Military taxonomy encompasses the domains of weapons, equipment, organizations, strategies, and tactics. The use of taxonomies in the military extends beyond its value as an indexing tool or record-keeping template.
Military theorist Carl von Clausewitz stressed the significance of grasping the fundamentals of any situation in the "blink of an eye" (coup d'œil). In a military context, the astute tactician can immediately grasp a range of implications and can begin to anticipate plausible and appropriate courses of action. Clauzewitz' conceptual "blink" represents a tentative ontology which organizes a set of concepts within a domain.
A conventional military taxonomy might be an hierarchical set of classifications for a given set of objects; and the progress of reasoning is developed from the general to the more specific. In such taxonomic schema, a conflative term is always a polyseme.
In contrast, a less conventional approach might employ an open-ended contextual military taxonomy—a taxonomy holding only with respect to a specific context; and the progress of reasoning is developed form the specific to the more general.
A taxonomy of terms to describe various types of military operations is fundamentally affected by the way all elements are defined and addressed—not unlike framing.
In terms of a specific military operation, a taxonomic approach based on differentiation and categorization of the entities participating would produce results which were quite different from an approach based on functional objective of an operation (such as peacekeeping, disaster relief, or counter-terrorism). An incidental advantage which flows from give-and-take in refining taxonomic terms more accurately and efficiently becomes more than a worthwhile objective in terms of anticipated outcomes or results. In today's nontraditional operations, the discussion about fundamentals also generates greater precision in how the defense and security community understands and discusses integrated operations.
Hyūga class helicopter destroyer
Military taxonomy in Japan is circumscribed by Japan's pacifist post-war constitution. For example, this affects classification of the Hyūga class helicopter carriers, which are ships of the Japan Maritime Self-Defense Force (JMSDF).
The two ships of this class, the JS Hyūga and the JS Ise resemble a light aircraft carrier or amphibious assault ship such as the Italian Navy's 13,850-ton Giuseppe Garibaldi, the Spanish Navy's 17,000-ton Principe de Asturias or the Royal Navy's 21,000-ton Invincible-class carriers. According to a PBS documentary, JS Hyūga is the "first Japanese aircraft carrier built since WWII;" but this label is controversial. A taxonomic label of "aircraft carrier" is legally proscribed.
Each ship in this class has attracted media and Diet attention because of its resemblance to an aircraft carrier. Until the 1970s, US Navy taxonomy categorized large-scale flattops as "attack aircraft carriers" and small flattops as "antisubmarine aircraft carriers." In Japan, the constitutional prohibition against having "attack" aircraft carries has been construed to encompass small aircraft carriers but not helicopter carriers.
A number of military strategies can be parsed using a taxonomy model. The comparative theoretical framework might posit a range of criteria, e.g., the character of envisaged political goals, the type of military strategy preferred, and the scope of forces engaged; and this template suggests discrete modes of force. The taxonomy-model analysis suggests a useful depiction of the spectrum of the use of military force in a political context.
In the 21st century, the ambit of a subset taxonomy of terrorism would include terms related to terrorists, terrorist groups, terrorist attacks, weapons, venues, and characteristics of terrorists and terrorist groups.
Taxonomies offer useful, but incomplete means of structuring information.
Taxonomies are a necessary but not sufficient condition for adequate evaluation of a given data set. While the taxonomic categorizations and sub-categorizations do enhance understanding, it may be significant that the lack of detail in describing objects or elements creates room for ambiguity.
- Cycorp: Structured information
- Fenske, Russell W. "A Taxonomy for Operations Research," Operations Research, Vol. 19, No. 1 (Jan.-Feb., 1971), pp. 224-234;] United Nations. "Taxonomy for Recordkeeping in Field Missions of UN Peacekeeping Operations." June 2006.
- Shames, Peter and Joseph Skipper. (2006). "Toward a Framework for Modeling Space Systems Architectures." NASA, JPL.
- Calusewitz, Carl. (1982). On War, p. 141; "Defining 'Taxonomy'," Straights Knowledge website.
- Malone, Joseph L. (1988). The Science of Linguistics in the Art of Translation: Some Tools from Linguistics for the Analysis and Practice of Translation, p. 112.
- Grossi, Davide, Frank Dignum and John-Jules Charles Meyer. (2005). "Contextual Taxonomies" in Computational Logic in Multi-Agent Systems, pp. 33-51.
- Downie, Richard D. "Defining integrated operations," Joint Force Quarterly (Washington, D.C.). July, 2005.
- "16DDH "13,500 ton" ton Class". Global Security. Archived from the original on June 16, 2008. Retrieved 2008-07-13.
- [ "Japan's Largest 'Helicopter Carrier' Commissioned Amid Concerns," Kyodo News International. March 18, 2009.
- Hutchison, Harold C. (2007-08-25). "Japan's Secret Aircraft Carriers". StrategyPage. Retrieved 2008-07-13.; (Japanese) JMSDF's new carrier, launch video.
- PBS/WNET, NYC: "Japan's About-Face: The military's shifting role in post-war society." July 8, 2008; Teslik, Lee Hudson. "Backgrounder; Japan and Its Military," Council on Foreign Relations. April 13, 2006; Hsiao, Russell. "China navy floats three-carrier plan," Asia Times (Hong Kong). January 8, 2008; "Meet Japan's New Destroyer - Updated," Information Dissemination (blog). August 23, 2007.
- "Japan Commissioned Its Biggest Helicopter Carrier," AvionNews (World Aeronautical Press Agency). March 18, 2009.
- Cohen, Stuart A. and Efraim Inbar. "A taxonomy of Israel's use of military force," Journal Comparative Strategy, Vol. 10, No. 2 (April 1991), pp. 121 - 138.
- Electronic Mapping Systems: taxonomy
- Carbonell, J. G. and J. Siekmann, eds. (2005). Computational Logic in Multi-Agent Systems, Vol. 3487. Berlin: Springer-Verlag. ISBN 978-3-540-28060-6
- Clausewitz, Carl. (1982). On War (editor, Anatol Rapoport). New York: Penguin Classics. ISBN 978-0-14-044427-8
- Malone, Joseph L. (1988). The Science of Linguistics in the Art of Translation: Some Tools from Linguistics for the Analysis and Practice of Translation. Albany, New York: State University of New York Press. ISBN 978-0-88706-653-5; OCLC 15856738