Terminology is the field of lexicology (or the study of lexicon) that deals with specialized vocabularies and sets of terms related to particular fields (aviation terminology, medical terminology, stylistics, agriculture, etc.). Terminology as a new academic field is located at the boundary among linguistics, logic, theory of existence, information science and specialized areas of science and technology, and in the interdisciplinary area.
What is terminology?
In its first meaning, the word terminology means “a set of technical words belonging to a science, an art, an author or a social group,”, for example, the terminology of medicine or the terminology of computer scientists. In a more restricted or specialized sense, the same term refers to “a linguistic discipline devoted to the scientific concepts and terms in use in specialized languages.”.
If the common language is the one we use in our daily lives, language is the means of unambiguous communication in a particular field of knowledge or practice, based on a vocabulary and linguistic uses that are specific to it.
The terminologist is a specialist in this field, in the same way as the lexicographer is a specialist in lexicography, i.e. the “discipline devoted to the census and study of the words of a given language considered in their forms and their meanings”.
The connection between these linguistic disciplines is reinforced by the recent use of the term lexicography as a synonym for terminology.
A language is not a fixed entity, (1) fixed once and for all: words constantly disappear, die, new words appear… the world changes, and the lexicon evolves.
To designate new realities, English, like all other languages, is enriched with new words – neologisms – which are created or borrowed from foreign languages.
In everyday language, this creation is somewhat spontaneous, the inventiveness of young people, journalists, not to mention writers and poets… is deployed in the greatest freedom. Just think of all these new words (governance, alter globalism, eco-citizen, slam …) that we hear in the media, that we see in the newspapers. Sometimes they go out of fashion quickly, sometimes they become firmly established in usage and in the dictionaries.
A “terminology” is “a set of concepts representing the reality defined by terms belonging to a specific language” (ISO 1087-1, 2000).
A concept is “a unit of knowledge created by a unique combination of characters”. A concept is an image or idea created in our brain when presented with an object. This object can be physical (for example, a car) or abstract (for example, speed).
A concept can be represented by a designation, that is, a sign that denotes it. A term is a verbal designation of a concept in a specific domain. This concept thus creates the connection between the object and the designation. This is represented by the Ogden-Richard semiotic triangle. (2) This concept thus creates the connection between the object and the designation.
The construction of a terminology involves a systematic approach to finding the specific terms most relevant to a discipline or field of knowledge in a particular context of use.
The purpose of documenting vocabulary is to promote consistent use. A terminology is also intended for a human user and is mainly used by domain experts.
According to ISO 1087, there are several possible types of relationships in a terminology:
1- Hierarchical relationships between two concepts that can be generic (one concept is more specific than the other) or partial (one concept is part of another).
2- Pragmatic associative relationships between two concepts that have no hierarchical relationship but an experience-based connection (e.g. teaching and education).
In the technical and scientific fields, the data is different and of a completely different magnitude: to express concepts that are often very complex, professionals in their particular field of activity use very precise words or expressions, terms, which number in the hundreds of thousands (by comparison, a general language dictionary has 50,000 to 100,000 words at most). (3)
A terminology is first and foremost a collection of specialized terms from the same field of activity that has its own vocabulary: medical terminology, computer terminology, sports terminology, marine terminology, etc.
The word terminology also designates an activity, the “art of identifying, analyzing and, if necessary, creating the vocabulary for a given technique, in a concrete operating situation, so as to meet the user’s needs for expression” to produce terms and definitions to designate the notions and realities of a field: recently it was necessary to create genome, cyber camera, biofuel, mini message…
Terminology (or terminography) applies to specialized languages in the same way that lexicography applies to general language. A notion, a definition, a term: this is the principle behind all terminology. Each new notion must be precisely defined and designated by a term that is as appropriate, as meaningful and as clear as possible. It is close to translation, basing itself on the meaning of a notion to give equivalent terms from one language to another. Finally, it is a linguistic discipline that studies specialized concepts and the terms that designate them in a specialized language.
The scope of terminology
Terminology is the discipline that deals with scientific or technical vocabulary. Its purpose is to study the way in which science and technology designate objects and phenomena. Terminology also refers to the identification, formatting and management of terms, especially in the form of dictionaries and databases. For this practical purpose, it is called terminography (processing and analysis of terms). This distinction is similar to that between lexicology (study of the units of a language) and lexicography (processing and analysis of these units). Finally, terminology means “set of terms” (e.g. terminology of medicine, chemistry). Terminology has only recently come to have a truly recognized meaning. In his dictionary, Littré states: “This so-called science is only a vain terminology” [Cette prétendue science n’est qu’une vaine terminologie] (1873). In fact, the word terminology, whose creation in European languages dates back to the end of the 18th century, only came into use with a positive meaning in the middle of the 20th century.
Thus, terminology is a discipline that deals with the theoretical study of the names of objects or concepts used in a given field of knowledge, the way in which terminological units’ function in language, and the problems of translation, classification and documentation that arise in connection with them. Terminology is also the set of rigorously defined terms that are specific to a science, a technique or a particular field of human activity.
The ISO 1087 standard defines terminology as “the scientific study of concepts and terms in use in specialized languages“. Here one finds a fundamental distinction, that between notion and term. According to Eugen Wüster, (5) one of the founders of the discipline, a term is a two-sided unit consisting of a name (in any language) that refers to a notion (i.e. a conceptual unit).
Philippe Thoiron and Henri Béjoint wonder in an article entitled: “La terminologie, une question de termes?’’ whether terminology is about terms: (6)
‘’For historic terminologists the term is most definitely not the word. The term is characterized by monosemy, univocity, precision of definition; its meaning can only be referential, hence it becomes nothing but a label attached to the thing it represents. Terminology, which claims to be purely onomasiological, aims at standardizing specialized languages. In recent decades some terminologists have moved closer to linguistics, and in particular corpus linguistics, to elaborate another terminology, based on discourse observation – and hence semasiological –where terms can be polysemic, have synonyms or be context-dependent. For them, the primary objective is no longer standardization but the description of specialized discourses. These new terminologists have advanced the discipline by bringing it closer to linguistics and observing real facts rather than invoking ideals. But their dismissal of all basics of classic terminology may have gone too far. By examining them one after the other we intend to show that these basic principles are still worthwhile, from a linguistic and social point of view, especially when tools need to be created. Rather than insisting on the differences between currents, we prefer to claim that they complement one another. “
Terminology is, also, the study of the choice and use of terms that are part of specialized vocabularies, which can be found in all fields of knowledge: computer science, grammar, linguistics, mathematics, philosophy, medicine, music… and which can also be part of everyday language, and therefore appear both in a terminology bank, which is the responsibility of terminologists, and in an everyday language dictionary, which is the responsibility of lexicographers. For example, the term table is both a furniture terminology and a computer terminology.(7)
Terminology and ontology (8) share the same fundamental notion: the concept. In terminology, a term is the inseparable combination of a denomination (a linguistic expression representing a business word) and a concept (sometimes called notion) that represents its meaning.
Role of the terminologist: The terminologist’s job is to identify, analyze and, if necessary, create terms to meet the user’s need for expression. Their work in creating words is semantic and etymological in nature. In contrast, nomenclature is the codification of a set of words specific to a particular field (generally scientific). This codification is then done more according to syntactic and pragmatic criteria.
Terminology work now requires the use of computer tools, particularly database software. The information on the terms is referenced in a terminology record, of which there are several forms. In general, the same types of information can be found in the terminology record: the heading term, grammatical information (word class and category, e.g. masculine noun), definition, source, etc. Terminology work is a painstaking task that requires strict adherence to formal data entry guidelines.
Related meanings of the term terminology:
- A set of terms specific to an author, a thinker or a school of thought. We thus speak of Kantian, Sulpician, Marxist or other terminology. It is then linked to dialectics.
- A set of terms and expressions specific to a region, to a social group (e.g. popular terminology) or to a discipline (e.g. grammatical terminology, see Learning grammar).
- If we admit that any science is “a set of edited texts (hence terms)”, terminology becomes a part of epistemology, the other part being editorial science.
Elements of the history of terminology
This process of naming objects and phenomena has a long history. The first collections of terms – from which writing was born – are mainly inventories: counts of jewels, precious stones, tools, etc., and concern: Egypt, Mesopotamia, India and the Minoan civilization. The reflection on the relationship between the name and the thing is deepened by the Greek philosophers, in particular Plato (Cratylus) and Aristotle (Organon). It is one of the constants of the philosophical currents, from the Stoics to the medievalists, until the modern and contemporary times.
However, it is the question of the creation, definition and evolution of terms that most directly concerns terminology. The reflection on vocabularies has known privileged periods in Europe, particularly during the scientific revolutions of the 18th century. The progress of biology, with Lamarck, and of botany, with Linnaeus, (9) emphasized the need to create sets of terms, or “nomenclatures,” to designate species. The developments in chemistry with Guyton de Morveau (1787) were also accompanied by terminological revolutions, such as the one that led, notably with Lavoisier, from ancient alchemy to modern chemistry: the abandonment of the phlogiston theory, in particular, led to another conception of combustion and to the creation of new terms, such as hydrogen and oxygen.
Terminology as a practice affirms its presence in the classificatory activity which accompanied the development of natural sciences from the 18th century, as shown, for example, by the lexicology of Linnaeus.
Terminology as a discipline is inseparable from the advent of the “age of science” in the first half of the 20th century. Mandatory reference, this mode of scientific knowledge has resulted in a doubling of the world: that of everyday life (the common meaning) on the one hand, and that of science, entirely rebuilt, on the other.
This duality finds its most accomplished expression in the “Scientific conception of the world” developed by the Vienna Circle at the turn of the 1930s, following work by Frege, Russel and Wittgenstein.
The industrial revolutions of the 19th century, with the invention of the steam engine, electricity, the internal combustion engine, etc., in turn focused attention on the question of naming new objects and products for mass distribution. The Universal Exhibitions became vast gatherings where technical innovation was brought to the forefront. In 1867, the first petroleum engines were presented at the Paris exhibition. Patents for inventions multiplied. In 1890, Clément Ader filed a patent for a “winged device for aerial navigation called an airplane” (Guilbert, 1965). The first major congresses were held at this time, for aviation, the automobile, electricity (Paris 1881), etc. World congresses of engineers provide a measure of the speed of progress (Chicago 1893, San Francisco 1915, Tokyo 1929).
At this time, the first international congresses of scientific nomenclature also began to be held regularly (botany in 1867, zoology in 1889, etc.). Most of the major technical standardization institutes were created at the beginning of the 20th century, such as the Union des syndicats de l’électricité (Union of Electricity Unions), created in France in 1906, the forerunner of the present-day Union technique de l’électricité et de la communication. The first study committee of the International Electro-Technical Commission was created in 1906, preceding that of rotating machines and graphic symbols, was the “nomenclature” committee.
Establishing terminology as a discipline
At the beginning of the 20th century, terminology is used in scientific nomenclatures or in industrial environments, particularly for the elaboration of technical standards. However, it does not yet constitute a discipline: it remains a simple practice by which scientists and technicians designate reality and give form to their knowledge.
From the 1930s on, the work of an Austrian engineer, Eugen Wüster, contributed to the development of scientific reflection on this practice. His thesis, Internationale Sprachnormung in der Technik, besonders in Elektrotechnik (1966), (10) presented in 1931, laid the foundations for what could be a discipline of its own for the analysis of terms used in science and technology. As a result of this research, the Technical Committee 37 “Terminology” was founded in 1936 at the I.S.A. to develop methodological standards for the management of terminology. Technical Committee 37 (or T.C. 37), which was attached to the I.S.O. after the interruption of the Second World War, continued to work, bringing together in 2002 nearly sixty countries and organizations. A global reflection on terminology, carried out at the global level, has progressively been developed. It covers the principles and methods of terminology, its use in specialized translation, its computer applications, data coding, the formatting of bibliographic sources, etc. The international scope of such an action remains important, and the internationalization of terminology and ideally the use of similar terms in different languages is a constant concern.
Several schools of thought have developed as a result of the thinking initiated by Eugen Wüster. (11) Thus the Vienna School, (12) which places terminology in the field of analytic philosophy. The Soviet School, on the other hand, tried to link terminological systems and knowledge systems. In the wake of these ideas, schools of thought based on linguistic planning began to develop in the 1970s, notably in Quebec with Jean-Claude Corbeil and Guy Rondeau.
In the French-speaking world in particular, terminology has recently been taken into consideration in the context of political reflection. It is the influx of Anglicisms in the French language that has directed attention to specialized vocabularies. The conditions for the survival of French as a language of science and technology have led to questions about the conditions of possibility for terminology, a discipline that is likely to have as its object the analysis and processing of terminologies.
In France, the Anglicization of science and technology, particularly following the world wars, led to reactions aimed at defending French and creating new terms. Thus, throughout the 20th century, movements of intellectuals contributed to give life to this idea. Between the wars, personalities such as André Thérive, Ferdinand Brunot and Albert Dauzat participated in associations and groups of intellectuals. After the Second World War, great figures such as Alfred Sauvy, René Etiemble, and Aurélien Sauvageot took over. The latter presented himself as a supporter of “linguistic dirigisme”. (13)
For Philippe Thoiron et Henri Béjoint, terminology which claims to be purely onomasiological, aims at standardizing specialized languages: (14)
‘’In classical terminology, the term is described as a label affixed to a “unit of thought” that it designates, and that we agree to call a concept, sometimes a notion (Sager 1990, 23; Depecker 2002). This naturally leads any linguist to ask what the concept is and what the relations are between the signified and the concept, not to mention the referent, as well as the relations between the concept, the signified and the elements traditionally used to describe meaning, whether they are called traits as in semantics or characters as in classical terminology. The question is whether the concepts that correspond to the terms are different from those that correspond to the words, and/or whether the relationship between the sign and the concept is different. We tend to say that the meaning of a term merges with the conceptualization of what it designates, whereas the meaning of a word, its Saussurean signified, includes other components, sometimes designated by the term connotation, which the community, or each speaker, constitutes little by little as the uses accumulate.”
The influence of English, the need to develop specialized vocabularies, and the construction of the French-speaking world led to political positions that played a major role in the constitution of terminology as a discipline. It may indeed have seemed strange that, from the 1960s onwards, French-speaking countries wanted to build a political Francophonie whose language was becoming anglicized. The consecration of these movements was the creation, in 1966, of the High Committee for the Defence and Expansion of the French Language, attached to the Prime Minister. This organization, whose name will regularly evolve, contributed to the constitution of an internationally recognized francophonie.
Some particularities of terminology
Identifying, describing, analyzing, classifying, etc. is at the basis of any scientific approach or construction of objects. But it is very rare that this does not lead to a process of designation: the objects and phenomena described must be designated in order to structure knowledge and communicate it. Terminology still retains several particularities from its history: in particular, the fact that it is essentially a practice of engineers and scientists, that it is part of specialized translation, and that it is still little integrated into the human sciences, particularly linguistics. However, it obviously deals with linguistic units (nouns, verbs, expressions, etc.).
One of the particularities of terminology compared to the usual lexicon of a language is, however, that it has to take into account considerable masses of units. If the total number of linguistic units described in a dictionary such as Le Nouveau Petit Robert (1993) is close to 60,000 words, the volume of terminological units making up a language such as French is estimated today at several million; for example, the terms of the life sciences (biology, medicine, etc.) number several hundred thousand. This is independent of the number of scientific nomenclatures (notably the names designating living species), which number in the tens of millions. For example, there are 400,000 species of beetles, most of which have not yet been described. Moreover, the volume of objects to be designated and listed, especially those in collections and museums, is estimated at one billion objects today (Tillier, Académie des sciences, 2000).
Terminology has to deal with linguistic units. It is preferable to speak of terminological units. In fact, the term “term” appears to be reductive with respect to the diversity of phenomena observable in terminology. Terminological units often exceed the limits of lexical units in the usual sense, particularly in traditional lexicography: that is, units considered generally and primarily from the point of view of their morphology. The terminological unit can in fact cover simple units: tower; but very often complex units: drilling tower, cooling tower, film flow cooling tower, water rain cooling tower, etc. One is obliged to conceive each of these long units as a whole, like control tower, an example of a relatively limited unit for a usual language dictionary.
It is accepted in terminology that the elements contained in each of these units form a block by the concept to which each terminological unit refers. Conversely, these expansion phenomena can be followed by reduction phenomena: a boat that runs on steam becomes “a” steam. Or of substitution of elements: vehicle with driving wheels becomes a vehicle with all driving wheels; or of intercalation: prime time leads to prime time. All these processes help to indicate that terminologies are formed in discourse and are not systematically created ex nihilo by simple confrontation with the object to be designated.
Moreover, it is useful to speak of terminological units, since a term does not necessarily imply a noun: in terminology, there are many verbs or verbal units: to record, to save, to remember, etc.; many adjectives: a wine can be ample, opulent, woody, etc.; adverbs: anti-constitutional; and even connectors: notwithstanding, in accordance with, whereas, etc. All kinds of units can be treated in this way: alphanumeric units (A4, ERS-1, etc.?), symbols, etc. The terminology may also take into account, for writing or technical translation purposes, units such as: made in, courtesy of, etc.
Terminology – a means of communication in a specialized language
Terminology practice is a field of applied linguistics, which includes work in specialized lexicography, translation writing and language teaching. In fact, these four professional applications of linguistics are closely related: specialized translation requires mastery of specialized bilingual or multilingual terminologies, technical writing consists in their “unilingual discourse”, and the teaching of specialized languages aims at their acquisition by the learner, while the institutional practice of comparative terminology and its phraseological component flourishes in the translation environment. This explains why terminologists with linguistic training are so highly valued, terminologists with linguistic studies, who have acquired a good deal of experience in translation and technical writing, or who have specialized in a particular field. Their knowledge of the concepts in a given field and of the terminology in use is a valuable professional asset.
The main terminology activities
Terminology activity is based on the ability to identify the terms that designate concepts specific to a field, attest to their use with precise references, briefly describe them, distinguish correct from incorrect usage, and to recommend or advise against certain uses in order to facilitate unambiguous communication.
In comparative terminology, the lags that inevitably result in inter-language transfers is brought to light when identifying terms, by the absence of proper designations in one of the languages in touch. In this case, the role of the terminologist is to describe the shortcomings observed and to propose designations which fill the gap. For the proposed term to be acceptable and viable, it must be based on a good knowledge of the rules of lexical training in the host language, insert harmoniously in the terminology set in place, and be clearly presented as a terminologist’s “proposition”.
In unilingual terminology, the appearance of a new concept – whether borrowed from another specialty or created from scratch – can lead to the opposite phenomenon to the absence of a designation, i.e., a plethora of synonymous designations. In this case, the terminologist’s role is to identify them and to create uni-notional terminology files (i.e., dealing with a single concept) to standardize their use. Parallel or conflicting usages are often studied in standardization or uniformity committees that publish official notices that inform all users of the selected terms. These committees usually operate within a company or a professional association, either nationally or internationally, and are almost always composed of terminologists and specialists in the field.
Terminology in the information society
Although terminology is increasingly becoming a theoretical discipline, it is primarily an application discipline in companies, research laboratories and standardization institutes. It is essential for specialized translation, technical writing and documentation. But its practice is rapidly evolving due to the development of the information society. Terminology is thus placed at the crossroads of several disciplines, including information technology (documentation, indexing, text analysis, etc.), knowledge industries (artificial intelligence, expert systems, knowledge banks, etc.) and automatic language processing (automatic translation, text generation, speech recognition, etc.).
Terminology gives form to information by structuring it through precisely defined linguistic units. These units also give access to the concept, which is otherwise difficult to manipulate. The question of ontologies, for example – objects that any company handles (components, products, units of measurement, etc.) – necessarily leads to the question of how to designate them. Terminology thus offers an almost obligatory access key to information, insofar as the search for information in natural language is in full expansion.
In this sense, the terminology unit is an essential element of documentation techniques. It structures the information contained in a text; it restores it in the form of keywords (terms that appear explicitly in a document); or it encompasses it in the form of descriptors (terms that synthesize the themes addressed in a document): a text dealing with biodiversity may thus never mention the term “species” or “environment”, which will nevertheless be useful to associate with it in an indexing system.
Terminology thus makes it possible to identify information content as well as to link it together thanks to an approach that is both linguistic and conceptual. It homogenizes facts or particular practices by bringing them together under concepts (for example, by bringing together under the same descriptor medical procedures performed by different organizations and practitioners).
A terminology also offers the possibility, when it is structured, of being organized in relatively coherent tree structures. The use of terminology trees is beginning to be exploited on networks such as the Internet, which already offer many possibilities because of their easy articulation in hypertext. Many directories and catalogs are composed on this model. It is also possible, by browsing through trees, to search for a term whose meaning is not known. Or to refine a request from these trees, the system proposing for example a set of domains and sub-domains likely to better situate the question asked. Knowledge modeling based on terminologies is also booming.
A tree imposes a hierarchical (and thus nonlinear) structure on a collection of items: (15)
As much as terminology contributes to other disciplines, these disciplines have led terminology to evolve. The mass of documents issued, the digitization and processing of these documents, and the speed of transmission are creating increasingly complex systems. In this context, terminology has diversified and specialized its fields of application: while the function of the terminologist as a specialist in monolingual and multilingual terminology remains, his fields of specialization have evolved. Firstly, within terminology: the application of IT to terminology has given rise to a specific discipline, terminotics (formed from terminology and IT). (16) The aim is to control and manage terminologies in very different languages, to facilitate the exchange of terminological data, and to make them accessible. The economic stakes are considerable, since mastering terminology data increases the speed and reliability of translations. (17)
Maria Carmen Staiano introduces the field of terminotics in the following words: (18)
‘’The increasing exchange of experiences and knowledge between the fields of Natural Language Processing (NLP), Information Retrieval, Corpus Linguistics, Computational Linguistics, Knowledge Engineering and Artificial Intelligence has opened new methodological and applicative perspectives to Terminology.
Terminotics is an interdisciplinary field concerned with the application of Computational Linguistics (computer science applied to the analysis and synthesis of language data) and Linguistic Engineering (creation of NLP resources and tools) to terminographic and terminological tasks.
Therefore ‘terminotics’ can be considered as a blend word, combining both ‘terminology’ and ‘informatics’.
This orientation, which started emerging in the mid-80s, has revolutionized language professionals’ work, leading to an approach based on the analysis of corpora to extract and collect terms.
This new discipline has:
- sped up and automated the research work thanks to terminology extraction tools;
- facilitated terminology management, retrieval, and updating of terminology by creating terminographic databases. ‘’
Object, concept and representation
Object is understood in terminology for the determination of any unit of reality (product, constituent, flow of particles, etc.). The term object is therefore understood in a broad sense and can designate a thing, an entity or a phenomenon. The definition of the object, accepted at the international level for terminology, is the following: “Everything that can be perceived or conceived” (I.S.O. 1087, 2001). (19)
“Conceived” refers to design, conception, concept. One can be in the design stage without having fully fixed the concept one is working on (for example in the realization of a new product). “Perceived” refers to perceive, perception, percept. The link between perception and design is important. It helps explain why some languages do not name certain objects of reality, which are nevertheless perceived: the percept may be there, but not the designation that refers to the perceived object. For example, there is no common word in French to designate the part of the arm that follows the forearm, located between the elbow and the shoulder.
This approach is useful for the analysis of the way languages describe reality. It also makes it possible to decide the degree of equivalence of terms from one language to another. It is also rich in perspectives, as several theories (G. Lakoff, (20) and A. Wierzbicka, (21) in particular) have developed around the perception and conceptualization of reality by languages, from an epistemological as well as an anthropological point of view.
Concept and perception go hand in hand. This is one of the reasons why the term notion has been abandoned in favor of concept in recent standards of terminology methodology (I.S.O., 2000, 2001). Moreover, concept is linked to the tradition of logic and to the practice of scientists and technicians, creators and handlers of concepts.
The relationship to the object is of primary importance in terminological description. It is necessary to describe the object, whether it is for the scientist who formulates a discovery, for the expert who patents an invention, or for the standardizer who sets the specifications for a product or an industrial construction process. Thus, one of the first acts of any technical or scientific discourse is to describe, linguistically and technically, the objects being dealt with – products, components, techniques, processes, etc. – in order to make them understandable.
Considered from this point of view, terminology contributes to the question of the relationship of language to reality. One of the constraints, and perhaps one of the opportunities for terminologists, is to have the sanction of reality: to export products around the world, one must be sure that the same objects are being spoken of here and there. It is certainly possible to use code numbers. But this allows the identification of an object, without explaining how to use it, maintain it or repair it. Considering how much products are nowadays accompanied by their documentary description, particularly for reasons of market acculturation (English localization), we can only note that language (and in translation, languages) remains useful for understanding and making people understand.
The fact remains that, for a concept, even a well-defined one, the terminological material is often prolific. For example, to designate the concept of “software for surfing the Internet”, it is possible to find terminological units such as browser, navigator, explorer, etc. in different usages, while constantly asking oneself whether these terminological units really designate a single concept. This abundance of synonyms must be analyzed for French, but also with regard to other languages, such as English, which aligns browser, explorer, web explorer, navigator, etc.
There must therefore be no ambiguity in the description, which requires particular attention to the meaning of the terms and formulations used. The texts of product standards, maintenance manuals, operating instructions, etc., must also be reliably translatable.
Conclusion: understanding terminology practice
Terminology practice is a field of applied linguistics which includes work in specialized lexicography, translation writing, and language teaching. In fact, these four professional applications of linguistics are closely related: specialized translation requires mastery of specialized bilingual or multilingual terminologies, technical writing consists in their “unilingual discourse”, and the teaching of specialized languages aims at their acquisition by the learner, while the institutional practice of comparative terminology and its phraseological component flourishes in the translation environment.
Terminological activity is based on the ability to identify the terms that designate domain-specific concepts, to attest to the use of these terms with the help of precise references, to describe briefly correct and incorrect usage, and to recommend or discourage certain uses in order to facilitate unambiguous communication.
In comparative terminology, the gap that results from the transfer of specialized knowledge between languages is highlighted when locating terms, by the absence of proper designations in one of the languages in contact. In this case, the role of the terminologist is to describe the gaps and to propose designations that fill them. In order for the proposal of a term to be acceptable and viable, it must be based on a good knowledge of the rules of lexical formation in the host language, fit harmoniously into the existing terminology set, and be clearly presented as a “proposal” by the terminologist.
Terminology content management by subject area reflects the evolution of specialized concepts and linguistic usages, taking into account the needs of users. It aims to maintain the consistency and currency of the information stored by means of additions, deletions and modifications of data. It allows the selection of certain types of data for the preparation and delivery of terminology products such as bilingual lexicons, vocabularies, unilingual or multilingual phraseological dictionaries, and terminology standards.
To follow the evolution of knowledge in a field of activity, to be on the lookout of discoveries and their consequences on the specialized discourse are the sine qua non of any terminology research that must reflect current events.
The knowledge acquired in a given field is structured in terminology by means of hierarchical and associative relationships between the concepts identified. The most frequently used are the hierarchical relationships between generic and specific concepts as well as the partial relations between a set and its parts.
Their graphical representation is called a conceptual system or notional tree. As for the associative relations, they link the concepts because of a spatial or temporal proximity and are of the following types: producer-product, action-result, activity-tool, container-content and cause-effect.
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Ahmad, K. et M. Rogers (2001). « Corpus Linguistics and Terminology Extraction », in Wright, S.E. et G. Budin (dir.), Handbook of Terminology Management, vol. 2, Amsterdam/Philadelphie: John Benjamins, p. 725-760.
Attrait . Atelier de travail informatisé du terminologue (http://www.rint.org/attrait).
Auger, R, P. Drouin et M. C. L’Homme (1991). « Un projet d’automatisation des procédures en terminographie », Meta, 36(1), p. 121-127.
Auger, P. et L. J. Rousseau (1978). Méthodologie de la recherche terminologique. Québec : Gouvernement du Québec.
Austermühl, F. (2001). Electronic Tools for Translators, Manchester: St. Jerome Publishing.
Barnbrook, G. (1996). Language and Computers. A Practical Introduction to the Computer Analysis of Language, Edimbourg: Edinburgh University Press.
Barrière, C. (2002). « Hierarchical Refinement and Representation of the Causal Relation », Terminology, 8(1), p. 91-111.
DOI : 10.1075/term.8.1.05bar
Béjoint, H. et P. Thoiron (dir.) (2000). Le sens en terminologie, Lyon : Presses universitaires de Lyon, « Travaux du CRTT ».
Bergenholtz, H. et S. Tare (dir.) (1995). Manual of Specialized Lexicography, Amsterdam/Philadelphie: John Benjamins.
Bergeron, M., C. Kempa et Y. Perron (1997). Vocabulaire d’Internet, HTML, JAVA, Vrml, Cyberculture, Québec : Gouvernement du Québec.
Binon, J., S. Verlinde, J. VanDyck et A. Bertels (2000). Dictionnaire d’apprentissage du français des affaires, Paris : Didier.
Blanchon, É. (1991). « Choisir un logiciel de terminologie », La banque des mots, 4, p. 5-96.
Boivin, G., F. Michel et Y. Perron (1994). Lexique des outils d’assemblage, Québec : Gouvernement du Québec.
Boukhors, A., A. Kaszycki, J. Laplace, S. Munerot et L. Poublan (2002). XML La synthèse. Intégrez XML dans vos architectures, Paris : Dunod.
Bourigault, D. (1993). « Analyse syntaxique locale pour le repérage de termes complexes dans un texte », Traitement automatique des langues (TAL), 34(2), p. 105-117.
Bourigault, D. (1994). LEXTER, un logiciel D’Extraction de Terminologie. Application à l’acquisition des connaissances à partir de textes, thèse de doctorat, École des hautes études en sciences sociales, Paris.
Bourigault, D., C. Jacquemin et M. C. L’Homme (dir.) (2001). Recent Advances in Computational Terminology, Amsterdam/Philadelphie: John Benjamins.
Bourigault, D. et M. Slodzian (1999). « Pour une terminologie textuelle », Terminologies nouvelles, 19, p. 29-32.
Boutin-Quesnel, R., N. Bélanger, N. Kerpan et L. J. Rousseau (1975). Vocabulaire systématique de la terminologie, Québec : Gouvernement du Québec, « Cahiers de l’Office de la langue française ».
Bowker, L. (1997). « You Said Flat-Bed Scanner, I Say Color Flatbed Scanner », Terminology, 4(2), p. 275-302.
Bowker, L. et J. Pearson (2002). Working with Specialized Language. A Practical Guide to Using Corpora, Londres: Routledge.
DOI : 10.4324/9780203469255
Brants, T. (2000). « TnT—A Statistical Part-of-speech Tagger », dans Proceedings of the Sixth Conference on Applied Natural Language Processing, ANLP-2000, Seattle (http://www.coli.uni-sb.de/~thorsten/publications/Brants-ANLPoo.pdf).
Brill, E. (1992). « A Simple Rule-based Part of Speech Tagger », dans Proceedings of the Third Conference on Applied Natural Language Processing, Trente, Italie.
Bryan, M. (1988). An Author’s Guide to the Standard Generalized Markup Language, Chatam (G.-B.): Adisson-Wesley.
Budin, G. (2001). « A Critical Evaluation of the State-of-the-art of Terminology Theory », Ittf Journal, 12(1-2), p. 7-23.
Cabré, M. T. (1992). La terminologia. La teoria, eh mètodes, les aplicacions, Barcelone : Ed. Empüries.
Cabré, M. T. (1998/1999). « Do we Need an Autonomous Theory of Terminology? », Terminology, 5(1), p. 5-19.
Cabré, M. T. (1999). Terminology. Theory, Methods and Applications, Amsterdam/Philadelphie: John Benjamins.
Cabré, M. T. (2003). « Théories of Terminology: Their Description, Prescription and Explanation », Terminology, 9(2), p. 163-200.
Cabré, M. T. et J. Feliu (dir.) (2001). La terminologia cientifico-técnica : reconocimiento, análisis y extracciόn de informaciόn formal y semántica, Barcelone : Institut universitari de linguistica aplicada (IULA).
Caignon, P. (2000). Essential Lexicon in Accounting, Saint-Laurent: Fides.
Chung, T. M. (2003). « A Corpus Comparison Approach for Terminology Extraction », Terminology, 9(2), p. 221-246.
DOI : 10.1075/term.9.2.05chu
Church, K. W. et P. Hanks (1990). « Word Associations, Norms, Mutual Information, and Lexicography », Computational Linguistics, 16(1), p. 22-29.
Cirad-Amis. Centre de coopération international en recherche agronomique pour le développement (http://locust.cirad.fr) (page consultée le 3 janvier 2002).
Cohen, B. (1986). Lexique de cooccurrents. Bourse et conjoncture Économique, Montréal : Linguatech.
Collet, T. (2003). « A Two-level Grammar of the Reduction of French Complex Terms in Discourse », Terminology, 9(1), p. 1-27.
DOI : 10.1075/term.9.1.02col
Concorde++ (concordancier mis au point par Denis L’Homme) (http://www.ling.umontreal.ca/lhomme/terminotique.htm) (page consultée le 1“décembre 2003).
Condamines, A. (1995). « Terminology. New Needs, New Perspectives », Terminology, 2(2), p. 219-238.
Condamines, A. (1998). « Analyse des nominalisations dans un corpus spécialisé : comparaison avec le fonctionnement en corpus général », dans Clas, A., S. Mejri et T. Baccouche (dir.), La mémoire des mots. Actes des Ves Journées scientifiques du réseau LTT, Montréal : Aupelf-uref, p. 351-368.
Cruse, D. A. (1986). Lexical Semantics, Cambridge: Cambridge University Press.
DOI : 10.1016/B0-08-043076-7/02990-9
Cutel. Comité d’uniformisation des termes de l’électronique et des télécommunications (1993). Vocabulaire de l’électronique et des télécommunications, Ottawa : Ministère des Approvisionnements et Services Canada.
Daille, B. (1994). Approche mixte pour l’extraction de terminologie : statistiques lexicales et filtres linguistiques, thèse de doctorat, Université Paris VII, Paris.
Daille, B. (1995). « Repérage et extraction de terminologie pour une approche mixte statistique et linguistique », Traitement automatique des langues (TAL), 36(1-2), p. 101-118.
Daille, B. (2001). « Qualitative Term Extraction », dans Bourigault, D., C. Jacquemin et M. C. L’Homme (dir.), Recent Advances in Computational Terminology, Amsterdam/Philadelphie : John Benjamins, p. 149-166.
Daille, B., B. Habert, C. Jacquemin et J. Royauté (1996). « Empirical Observation of Term Variation and Principles for their Description », Terminology, 3(2), p. 197-257.
DOI : 10.1075/term.3.2.02dai
Dancette, J. et C. Réthoré (2000). Dictionnaire bilingue de la distribution, Montréal : Presses de l’Université de Montréal.
De Loupy, C. (1995). « La méthode d’étiquetage d’Eric Brill », Traitement automatique des langues (TAL), 36(1-2), p. 37-46.
Dorland’s Illustrated Medical Dictionary (1994).28e édition, Philadelphie: W. B. Saunders Company.
Drouin, P. (2002). Acquisition automatique de termes : l’utilisation des pivots lexicaux, thèse de doctorat, Université de Montréal, Montréal.
Drouin, P. (2003). « Term-extraction Using Non-technical Corpora as a Point of Leverage », Terminology, 9(1), p. 99-115.
Drouin, P. et J. Ladouceur (1994). « L’identification automatique des descripteurs complexes dans les textes de spécialité », dans Bouillon, P. et D. Estival (dir.), Proceedings of the Workshop on Compound Nouns. Multïlingual Aspects of Nominal Composition, 2-3 décembre, Université de Genève, p. 18-28.
Dubois, J., Giacomo M., L. Guespin et al. (1973). Dictionnaire de linguistique, Paris : Librairie Larousse.
Dubuc, R. (2002). Manuel pratique de terminologie,4e édition, Montréal : Linguatech.
Duplain, J. (1979). Guide d’utilisation de la fiche de terminologie, Québec : Gouvernement du Québec.
Elra. European Language Resources Association. (http://www.elra.info) (page consultée le 7 avril 2004).
Estopà, R. (2001). « Les unités de signification spécialisées : élargissant l’objet du travail en terminologie », Terminology, 7(2), p. 217-237.
DOI : 10.1075/term.7.2.06est
Eurodicautom (http://enrodic.ip.lu) (Banque de terminologie gérée par la Commission européenne) (page consultée le 10 novembre 2003).
Felber, H. (1984). Terminology Manual, Paris : Unesco et Infoterm.
Feliu, J., J. Vivaldi et T. Cabré (2001). Ontologies : A Review, Barcelone : Institut universitari de lingüistica aplicada (IULA).
Fellbaum, C. (dir.) (1998). WordNet: An Electronic Lexical Database, Cambridge (Mass.): MIT Press.
DOI : 10.1002/9781405198431.wbeal1285
Firth, J. R. (1957). « A Synopsis of Linguistic Theory 1930-1955 », Studies in Linguistic Analysis, Oxford: Philological Review.
Garcia, D. (1997). « Structuration du lexique de la causalité et réalisation d’un outil d’aide au repérage de l’action dans les textes », dans Terminologie et intelligence artificielle TIA’97, Toulouse, p. 7-26.
Gaudin, F. (1993). Pour une socioterminologie. Des problèmes sémantiques aux pratiques institutionnelles, Rouen : Presses de l’Université de Rouen.
Gaussier, É. (2001). « General Considerations on Bilingual Terminology Extraction », dans Bourigault, D., C. Jacquemin et M. C. L’Homme (dir.), Recent Advances in Computational Terminology, Amsterdam/Philadelphie : John Benjamins, p. 167-183.
Gaussier, E. et J. M. Langé (1995), « Modèles statistiques pour l’extraction de lexiques bilingues », Traitement automatique des langues (TAL), 36(1-2), p. 133-155.
Geluk, P. (1990). Le chat… et non pas le contraire, Paris : J’ai lu.
Geluk, P. (1999). Le chat 1999,9999, Bruxelles : Casterman.
Grabar, N. et P. Zweigenbaum (2004). « Lexically-based Terminology Structuring », Terminology, 10(1) p. 23-53.
Le Grand Dictionnaire terminologique (http://www.oqlf.gouv.qc.ca/) (Banque de terminologie gérée par l’Office québécois de la langue française) (page consultée le1er décembre 2003).
Le Grand Robert de la langue française (2001).2e édition, Paris : Dictionnaires Le Robert.
Grefenstette, G. (1994). Explorations in Automatic Thesaurus Discovery, Boston: Kluwer Academic Press.
DOI : 10.1007/978-1-4615-2710-7
Guilbert, L. (1973). « La spécificité du terme scientifique et technique », Langue française, U. P. 5-17.
DOI : 10.3406/lfr.1973.5617
Habert, B., É. Naulleau et A. Nazarenko (1996). « Symbolic Word Clustering for Medium-size Corpora », dans Proceedings of the16th International Conference on Computational Linguistics (Coling’96), Copenhague, p. 490-495.
Habert, B., A. Nazarenko et A. Salem (1997). Les linguistiques de corpus, Paris : A. Colin.
Hamon, T., D. Garcia et A. Nazarenko (1999). « Détection de liens de synonymie : complémentarité des ressources générales et spécialisées », Terminologies nouvelles, 19, p. 61-69.
Hamon, T. et A. Nazarenko (2001). « Detection of Synonymy Links Between Terms. Experiments and Results », dans Bourigault, D., C. Jacquemin et M. C. L’Homme (dir.), Recent Advances in Computational Terminology, Amsterdam/Philadelphie: John Benjamins, p. 185-208.
Harris, Z. (1971). Structures mathématiques du langage, Paris : Dunod.
Harris, Z. (1991). A Theory of Language and Information: A Mathematical Approach, Oxford: Oxford University Press.
Harris, Z., M. Gottfried, T. Ryckman, P. Pattick Jr., A. Daladier, T. N. Harris et S. Harris (1989). The Form of Information in Science. Analysis of an Immunology Sublanguage, Dordrecht: Kluwer Academic Press.
DOI : 10.1007/978-94-009-2837-4
Hearst, M. (1992). « Automatic Acquisition of Hyponyms from Large Text Corpora », dans Proceedings of the International Conference on Computational Linguistics (Coling ‘92), Nantes, p. 539-545.
Heid, U. (1994). « On the Way Words Work Together. Topics in Lexical Combinatorics », dans Martin, W. et al. (dir.), Euralex’94 Proceedings, Amsterdam, p. 226-257.
Heid, U. et G. Freibott (1991). « Collocations dans une base de données terminologique et lexicale », Meta, 36(1), p. 77-91.
Héroux, M. (1992). Dictionnaire de la robinetterie et de la tuyauterie industrielles, Québec : Gouvernement du Québec.
Hull, D. (2001). « Software Tools to Support the Construction of Bilingual Terminology Lexicons », dans Bourigault, D., C. Jacquemin et M. C. L’Homme (dir.), Recent Advances in Computational Terminology, Amsterdam/Philadelphie: John Benjamins, p. 225-244.
IRIS, M. A., B. E. Litowitz et M. W. Evens (1988). « Problems of the Part-Whole Relation », dans Evens, M. W. (dir.), Relational Models of the Lexicon. Representing Knowledge in SemanticNetworks, Cambridge: Cambridge University Press, p. 261-288.
Isabelle, P. et S. Warwick-Armstrong (1993). « Les corpus bilingues : une nouvelle ressource pour la traduction », dans Bouillon, P. et A. Clas (dir.) (1993), La traductique, Montréal : Presses de l’Université de Montréal, p. 288-306.
ISO/TC 12618 (1994). International Standardization Organization. Conputational Aids in Terminology— Creation and Use of Terminological Databases and Text Corpora.
ISO/TC 12620 (1999). International Standardization Organization. Computer Applications in terminology—Data Categories—Part 1: Defining Parameters for Specifying Data Categories for Terminology Collections and Other Language Resources.
ISO/TC 12620 (1999). International Standardization Organization. Computer Applications in Terminology—Data Categories—Part 2: Data category registry.
Jacquemin, C. (1999). « Syntagmatic and Paradigmatic Representations of Term Variation », dans Proceedings of the 37th Meeting of the Association for Computational Linguistics (ACL).
Jacquemin, C. (2001). Spotting and Discovering Terms through Natural Language Processing Techniques, Cambridge (Mass.): MIT Press.
Jacquemin, C. et D. Bourigault (2003). « Term extraction and Automatic Indexing », dans Mitkov, R. (dir.), Handbook of Computational Linguistics, Oxford: Oxford University Press.
Justeson, J. S. et S. M. Katz (1995). « Technical Terminology: Some Linguistic Properties and an Algorithm for Identification in Text », Natural Language Engineering, 1(1), p. 9-27.
DOI : 10.1017/S1351324900000048
Kageura, K. (2002). The Dynamics of Terminology. A Theoretico-descriptive Study of Term Formation and Terminological Concepts, Amsterdam/Philadelphie: John Benjamins.
DOI : 10.1075/tlrp.5
Kilgariff, A. et D. Tugwell (2001). « WordSketch: Extraction and Display of Significant Collocations for Lexicography », Association for Computational Linguistks,39th Annual Meeting. Proceedings of the Workshop on Collocation: Computational Extraction, Analysis and Exploitation, Nantes, p. 32-38.
Kocourek, R. (1991). La langue française de la technique et de la science. Vers une linguistique de la langue savante, Wiesbaden : Oscar Brandstetter.
Langé, J. M. et É. Gaussier (1995). « Alignement de corpus multilingues au niveau des phrases », Traitement automatique des langues (TAL), 36(1-2), p. 67-80.
Langé, J. M., É. Gaussier et B. Daille (1997). « Bricks and Skeletons: Some Ideas for the Near Future of Maht », Machine Translation, 12(1-2), p. 39-51.
Lauriston, A. (1994). « Automatic Recognition of Complex Terms: The Termino Solution », Terminology, 1(1), p. 147-170.
Lebart, L. et A. Salem (1998). Analyse statistique des données textuelles. Questions ouvertes et lexicométrie, Paris : Dunod.
Lecomte, J. (1998). Le catégoriseur Brill14-JL5/WinBrill-0.3, INALF/CNRS. (http://www.inalf.fr/wmbrill/Brill14-Il5_WinBrill.doc) (page consultée le 15 février 2003).
Lehmann, A. et F. Martin-Berthet (1998). Introduction à la lexicologie, Paris : Dunod.
Lemay, C., M. C. L’Homme et P. Drouin (2004, à paraître). « Two Methods for Extracting » Specific « Single-word Terms from Specialized Corpora: Experimentation and Evaluation ».
DOI : 10.1075/ijcl.10.2.05lem
L’Homme, D., M. C. L’Homme et C. Lemay (2002). « Benchmarking the Performance of two Part-of-speech (POS) Taggers for Terminological Purposes. A Users’Viewpoint », Knowledge Organization, 29(3-4), p. 204-216.
L’Homme, M. C. (1998). « Le statut du verbe en langue de spécialité et sa description lexicographique », Cahiers de lexicologie, 73(2), p. 61-84.
L’Homme, M. C. (2000). « Understanding Specialized Lexical Combinations », Terminology, 6(1), p. 89-110.
DOI : 10.1075/term.6.1.06hom
L’Homme, M. C. (2001). « Nouvelles technologies et recherche terminologique. Techniques d’extraction des données terminologiques et leur impact sur le travail du terminologue », dans L’impact des nouvelles technologies sur la gestion terminologique, Toronto : Université York.
L’Homme, M. C. (2002). « Fonctions lexicales pour représenter les relations sémantiques entre termes », Traitement automatique des langues (TAL), 43(1), p. 19-41.
L’Homme, M. C. (2003). « Capturing the Lexical Structure in Special Subject Fields with Verbs and Verbal Derivatives: A Model for Specialized Lexicography », International Journal of Lexicography, 16(4), p. 403-422.
DOI : 10.1093/ijl/16.4.403
L’Homme, M. C., L. Benali, C. Bertrand et P. Lauduique (1996). « Definition of an Evaluation Grid for Term-extraction Software », Terminology, 3(2), p. 291-312.
DOI : 10.1075/term.3.2.04hom
L’Homme, M. C. et C. Bertrand (2000). « Specialized Lexical Combinations: Should they be Described as Collocations or in Terms of Selectional Restrictions », dans Proceedings. Ninth euralex International Congress, Stuttgart : Université de Stuttgart, p. 497-506.
Logiterm. Terminotix Inc. (http://www.terminotix.com/t_fr) (page consultée le 10 octobre 2003).
Lyons, J. (1990). Sémantique linguistique, Paris : Larousse.
Lyons, J. (1995). Linguistic Semantics. An Introduction, Cambridge: Cambridge University Press.
DOI : 10.1017/CBO9780511810213
Marshman, E. (2002). « The Cause-Effect Relation in a Biopharmaceutical Corpus: Some English Knowledge Patterns », dans Terminology and Knowledge Engineering. TKE 2002, Nancy, p. 89-94.
Marshman, E., T. Morgan et I. Meyer (2002). « French Patterns for Expressing Concept Relations », Terminology, 8(1), p. 1-29.
DOI : 10.1075/term.8.1.02mar
Martin, R. (1992). Pour une logique du sens, Paris : Presses universitaires de France.
Martin, W. et H. VanDerVliet (2003). « The Design and Production of Terminological Dictionaries », dans VanSterkenburg, P. (dir.), A Practical Guide to Lexicography, Amsterdam/Philadelphie: John Benjamins, p. 333-349.
Mcenery, T. et A. Wilson (1996). Corpus Linguistics, Edimbourg: Edinburgh University Press.
DOI : 10.1017/CBO9780511981395
Mel’cuk, I. et al. (1984). Dictionnaire explicatif et combinatoire du français contemporain. Recherches lexico-sémantiques I, Montréal : Presses de l’Université de Montréal.
Melcuk, I. et al. (1988). Dictionnaire explicatif et combinatoire du français contemporain. Recherches lexico-sémantiques II, Montréal : Presses de l’Université de Montréal.
Mel’cuk, I. et al (1992). Dictionnaire explicatif et combinatoire du français contemporain. Recherches lexico-sémantiques III, Montréal : Presses de l’Université de Montréal.
Mel’cuk, I. et al. (1999). Dictionnaire explicatif et combinatoire du français contemporain. Recherches lexico-sémantiques TV, Montréal : Presses de l’Université de Montréal.
Melcuk, I., A. Clas et A. Polguère (1995). Introduction à la lexicologie explicative et combinatoire, Louvain-la-Neuve (Belgique) : Duculot.
Mesh®. Medical Subject Headings. National Library of Medicine. (http://www.nlm.nih.gov/meshhome.html) (page consultée le 23 mai 2003).
Mesh® Browser. National Library of Medicine. (http://www.nlm.nih.gov/Mbrowser.html) (page consultée le 23 mai 2003).
Meyer, I. (2001). « Extracting Knowledge-rich Contexts for Terminography », dans Bourigault, D., C. Jacquemin et M. C. L’Homme (dir.), Recent Advances in Computational Terminology, Amsterdam/Philadelphie: John Benjamins, p. 279-302.
Meyer, I., S. Douglas, L. Bowker et K. Eck (1992). « Towards a New Génération of Terminological Resources: An Experiment in Building a Terminological Knowledge Base », dans Proceedings of the16th International Conference on Computational Linguistics, France, p. 956-957.
Meyer, I., K. Eck et D. Skuce (1997). « Systematic Concept Analysis within a Knowledgebased Approach to Terminology », dans Wright, S. E. et G. Budin (dir.), Handbook of Terminology Management, Amsterdam/Philadelphie: John Benjamins, p. 98-118.
Meyer, I. et K. Mackintosh (1994). « Phraseme Analysis and Concept Analysis in Exploring a Symbiotic Relationship in the Specialized Lexicon », dans Martin, W. et al. (dir.), Euralex ‘94 Proceedings, Amsterdam, p. 339-348.
Meyer, I. et K. Mackintosh (1996). « The Corpus from a Terminographer’s Viewpoint », International Journal of Corpus Linguistics, 1(2), p. 257-268.
DOI : 10.1075/ijcl.1.2.05mey
Meyer, I. et B. Mchaffie (1994). « De la focalisation à l’amplification : nouvelles perspectives de représentation des données terminologiques », dans Bouillon, P. et A. Clas (dir.), La traductique, Montréal : Presses de l’Université de Montréal, p. 425-440.
Meynard, I. (2000). Internet. Répertoire bilingue de combinaisons lexicales spécialisées français-anglais, Montréal : Linguatech.
Miller, G. A. (1990). « Nouns in WordNet: A Lexical Inheritance System », International Journal of Lexicography, 3(1), p. 1-26.
DOI : 10.1093/ijl/3.4.245
Morin, É. (1999). Extraction de liens sémantiques entre termes à partir de corpus de textes techniques, thèse de doctorat en informatique présentée à l’Institut universitaire de Nantes, Nantes.
Muller, C. (1977). Principes et méthodes de statistique lexicale, Paris : Honoré Champion.
Muller, C. (1992). Initiation aux méthodes de statistique linguistique, Paris : Honoré Champion.
Nazarenko, A., P. Zweigenbaum, B. Habert et J. Bouaud (2001). « Corpus-based Extension of a Terminological Semantic Lexicon », dans Bourigault, D., C. Jacquemin et M. C. L’Homme (dir.), Recent Advances in Computational Terminology, Amsterdam/Philadelphie : John Benjamins, p. 327-351.
Nomino. Nomino-Synopsis (http://www.ling.uqam.ca/nomino/synopsis.htm) (page consultée le 16 mars 2003).
Nuopponen, A. (1994). « Causal Relations in Terminological Knowledge Representations », Terminology Science and Research, 5(1), p. 36-44.
Orwell, G. (1987). Nineteen Eighty-Four, Londres: Penguin.
Otman, G. (1991). « Des ambitions et des performances d’un système de dépouillement terminologique assisté par ordinateur », La banque des mots, 4, p. 59-96.
Otman, G. (1996). Les représentations sémantiques en terminologie, Paris : Masson.
Palmer, F. R. (1976). Semantics. A New Outline, Cambridge: Cambridge University Press.
Parker, S. P. (dir.) (1994). McGraw-Hill Dictionary of Scientific and Technical Terms,5e édition, É.-U.: McGraw-Hill.
Pavel, S. et D. Nolet (2001). Précis de terminologie, Ottawa : Travaux publics et services gouvernementaux Canada.
Pearson, J. (1998). Terms in Context, Amsterdam/Philadelphie: John Benjamins.
Perron, J. (1996). « Adepte-Nomino : un outil de veille terminologique », Terminologies nouvelles, 15, p. 32-47.
Le Petit Larousse Illustré (2001). Paris : Larousse.
Picht, H. et J. Draskau (1985). Terminology. An Introduction, Guilford: University of Surrey.
Polguère, A. (2003). Lexicologie et sémantique lexicale. Notions fondamentales, Montréal : Presses de l’Université de Montréal.
DOI : 10.2307/j.ctv69t90p
Rey, A. (1995). Essays in Terminology, Amsterdam/Philadelphie: John Benjamins.
Rondeau, G. (1984). Introduction à la terminologie, Chicoutimi : Gaëtan Morin éditeur.
Sager, J. C. (1990). A Practical Course in Terminology Processing, Amsterdam/Philadelphie: John Benjamins.
DOI : 10.1075/z.44
Sager, J. C., D. Dungworth et P. Mcdonald (1980). English Special Languages. Principles and Practice in Science and Technology, Wiesbaden: Oscar Brandstetter.
Schmitz, K. D. (2001). « Criteria for Evaluating Terminology Database Management Programs », dans Wright, S. E. et G. Budin (dir.), Handbook of Terminology Management, vol. 2, Amsterdam/Philadelphie: John Benjamins, p. 539-551.
Séguéla, P. (1999). « Adaptation semi-automatique d’une base de marqueurs de relations sémantiques sur des corpus spécialisés », Terminologies nouvelles, 19, p. 52-60.
Sinclair, J. (1991). Corpus, Condordance, Collocation, Oxford: Oxford University Press.
Smadja, F. (1993). « Retrieving Collocations from Text: Xtract », Computational Linguistics, 19(1), p. 143-177.
Sylvain, F. (1982). Dictionnaire de la comptabilité et des disciplines connexes, Toronto : Institut canadien des comptables agréés.
Temmermann, R. (2000). Towards New Ways of Terminological Description. The Sociocognitive Approach, Amsterdam/Philadelphie: John Benjamins.
Terminology (2004). « Special issue on Recent Trends in Computational Terminology », 10(1).
Termium Plus (http://www.termiumplus.translationbureau.gc.ca/) (Banque de terminologie du Gouvernement Canadien) (page consultée le 30 novembre 2003).
Unified Language Resources System (UMLS) (http://www.nlm.nih.gov/research/umls/) (page consultée le 10 mai 2003).
Van Campenhoudt, M. (2001). « Pour une approche sémantique du terme et de ses équivalents », International Journal of Lexicography, 14(3), p. 181-209.
Winston, M. E., R. Chaffin et D. Herrmann (1987). « A Taxonomy of Part-whole Relations », Cognitive Science, 11(4), p. 417-444.
DOI : 10.1207/s15516709cog1104_2
WordNet. A Lexical Database for English (http://www.cogsci.princeton.edu/~wn) (page consultée le 3 septembre 2003).
WordSmith Tools. Mike Scott’s Web (http://www.lexically.net/wordsmith/) (page consultée le 18 novembre 2003).
Wright, S. E. (2001a). « Data Categories for Terminology Management », dans Wright, S. E. et G. Budin (dir.), Handbook of Terminology Management, vol. 2, Amsterdam/Philadelphie: John Benjamins, p. 554-571.
Wright, S. E. (2001b). « Terminology Management Entry Structures », dans Wright, S. E. et G. Budin (dir.), Handbook of Terminology Management, vol. 2, Amsterdam/Philadelphie: John Benjamins, p. 572-599.
Wright, S. E. et G. Budin (dir.) (1994). Handbook of Terminology Management, vol. 1, Amsterdam/Philadelphie: John Benjamins.
DOI : 10.1075/z.htm1
Wright, S. E. et G. Budin (dir.) (2001). Handbook of Terminology Management, vol. 2, Amsterdam/Philadelphie: John Benjamins.
DOI : 10.1075/z.htm1
Wüster, E. (1959-1960)  « The Wording of the World Presented Graphically and Terminologically » (trad. Juan C. Sager), Terminology, 9(2), p. 271-299.
Wüster, E. (1968). The Machine Tool. An Interlingual Dictionary of Basic Concepts, Londres: Technical Press.
Yvanhoé (2003). Environnement de terminologie créé au Bureau de la traduction par Yvan Cloutier (http://www3.sympatico.ca/marilynverge/yvan/yvanhoe.htm).
Zweigenbaum, P. (1999). « Encoder l’information médicale : des terminologies aux systèmes de représentation des connaissances », Innovation stratégique en information de santé, 2-3, p. 27-47.
Zweigenbaum, P. et N. Grabar (2000). « Liens morphologiques et structuration de terminologie », dans IC 2000. Ingénierie des connaissances, p. 325-334.
- Ciecierski, T., Grabarczyk, P. (2020) Introduction: Individual Concepts in Language and Thought. Topoi 39, 349–356. https://doi.org/10.1007/s11245-019-09635-8
- L’Homme, M. (2004). La terminologie : principes et techniques. Montréal : Presses de l’Université de Montréal. doi :10.4000/books.pum.10693
- This is an old dictionary, published at the end of the 19th century. Both its headings and definitions apply to a French language that has evolved considerably in nearly 150 years. Some passages bear the imprint of that time and must be read in this historical context. Sport was then a neologism, and cockroach seemed religious; science collected telescopic planets, doubted the future of the brand new telephone and invented the delicate stasimeter. The word race did not have the same meaning as today. In those days, people used to talk to each other, argue with each other, make a fool of each other, watch each other’s backs, and finally get along with each other happily. Unlike purely explanatory works, this dictionary is very literary, full of quotations of all kinds and from all eras, and adorned with advice on usage, or reprimands to famous authors who take liberties with the French language. Émile Littré’s relationship with words is often very affectionate, going so far as to defend barbarisms so that ancient poetry is not spoiled by them.
- Eugen Wüster, born on October 10, 1898 in Wieselburg and died on March 29, 1977 in Vienna, was an Austrian interlinguist. He founded the theory of terminology.
- Thoiron, P. & Béjoint, H. (2010). ‘’La terminologie, une question de termes ?’’ Meta, 55(1), 105–118. https://doi.org/10.7202/039605ar
- Swiggers, P. (2006). ‘’Terminologie et terminographie linguistiques : problèmes de définition et de calibrage. ‘’ Syntaxe et Sémantique, 7, 13-28. https://doi.org/10.3917/ss.007.0013
- Ontology: In its primary sense, ontology aims at studying what exists, its dissection into irreducible, non-redundant components and the relationships between them. In computer science, an ontology allows to formalize concepts specific to a domain by using a defined vocabulary composed of: Classes (or concepts), which represent a family/group: Each class contains one or more instances (or individuals); An instance can belong to several concepts. Relationships, which are directed and describe the type of interaction between:Two classes; A class and an instance; Two instances. This set of classes (or individuals) interconnected by relations thus forms a mathematical structure called a graph. To be more precise, the taxonomic structure of the tree is a Direct Acyclic Graph (DAG). To come back to a more cognitive point of view, the ontology is a model of knowledge representation, i.e. a conceptualization, which is then put into a formal model to allow a certain number of coherence and reasoning tests.
- Carl Linnæus, then Carl von Linné after his ennoblement, born on May 23, 1707 in Råshult and died on January 10, 1778 in Uppsala, is a Swedish naturalist who laid the foundations of the modern system of binominal nomenclature. Considering that scientific knowledge requires naming things, he listed, named and classified, systematically, most of the living species known at his time, based on his observations, as well as those of his network of correspondents. The hierarchy of classifications that he put forward became the standard nomenclature in the 19th century.
- Wüster, Eugen. (1966). Internationale Sprachnormung in der Technik, besonders in der Elektrotechnik. <Die nationale Sprachnormung und ihre Verallgemeinerung>. Bonn : Bouvier.
- Candel, D. (2007). « Terminologie de la terminologie. Métalangage et reformulation dans l’Introduction à la terminologie générale et à la lexicographie terminologique d’E. Wüster ». Langages, 168, 66-81. https://doi.org/10.3917/lang.168.0066
- Felber, Helmut & Christian Galinski. (1982). ‘’Terminology Science – About the Vienna School of Terminology – ‘’ J-Stage, Volume 25 (1982) Issue 8, 659-670.
- Thoiron, P. & Béjoint, H. (2010). « La terminologie, une question de termes ? » Meta, 55(1), 105–118. https://doi.org/10.7202/039605ar
- Tree Terminology
- Staiano, Maria Carmen. (2020). “Terminotics: a Computational Approach to Terminology’’termcoord.eu. https://termcoord.eu/2020/10/terminotics-a-computational-approach-to-terminology/
- Gouadec, Daniel. (2005). « Terminologie, traduction et rédaction spécialisées », Langages, Année 2005, 157, pp. 14-24.
- Staiano, Maria Carmen. (2020). ‘’ Terminotics: a Computational Approach to Terminology’’ op. cit.
- Lakoff, George & Mark Johnson (2008). Metaphors we live by. Chicago: University of Chicago press.
- A Wierzbicka, A. (1996). Semantics: Primes and universals: Primes and universals. Oxford: Oxford University Press, UK.
- Praetorius N. (2000). ‘’The relation between language and reality. ‘’ In: Principles of Cognition, Language and Action. Springer, Dordrecht. https://doi.org/10.1007/978-94-011-4036-2_5
- Davies, A. (2006). A Glossary of Applied Linguistics. London: Routledge.