作者：
SHOEMAKE.WBUSNThe authorGraduated from
the Naval Academy in 1961 following which he served aboard USS GAINARD (DD 706) as AWS Officer. After attending Destroyer School in Newport R.I. he was assigned to the USS R. H. McCARD (DD 822) as Engineer Officer subsequently beginning his graduate study in the Engineering Electronics Curriculum at the U. S. Naval Postgraduate School Monterey California ultimately receiving his Master of Science in Electrical Engineering degree in 1968. His next assignment was instructor of Digital Logic Design and Programming in the Weapons Department of the U. S. Naval Academy during which time he was designated as Engineering Duty Officer (EDO-1400) and later assigned as Anti-Ship Missile Defense Project Coordinator for the Command and Control Division of the Naval Ship Engineering Center where he is presently the Assistant for the 3-D Radar in the Radar Branch. He is a member of the Institute of Electrical and Electronics Engineers (IEEE) the American Society of Naval Engineers (ASNE) and an associate member of the Society of Sigma Xi.
This volume contains selected and thoroughly revised papers plus contributions from invited speakers presented at the First International Workshop on C- straint Solving and Language Processing, held in Roskilde, Denma...
详细信息
ISBN:
(数字)9783540319283
ISBN:
(纸本)9783540261650
This volume contains selected and thoroughly revised papers plus contributions from invited speakers presented at the First International Workshop on C- straint Solving and Language Processing, held in Roskilde, Denmark, September 1–3, 2004. Constraint programming and Constraint Solving, in particular Constraint logicprogramming, appear to be a very promising platform, perhaps the most promising present platform, for bringing forward the state of the art in natural language processing, this due to the naturalness in speci?cation and the direct relation to e?cient implementation. Language, in the present context, may - fer to written and spoken language, formal and semiformal language, and even general input data to multimodal and pervasive systems, which can be handled in very much the same ways using constraint programming. The notion of constraints, with slightly di?ering meanings, apply in the ch- acterization of linguistic and cognitive phenomena, in formalized linguistic m- els as well as in implementation-oriented frameworks. programming techniques for constraint solving have been, and still are, in a period with rapid devel- ment of new e?cient methods and paradigms from which language processing can pro?t. A common metaphor for human language processing is one big c- straintsolvingprocessinwhichthedi?erent(-lyspeci?ed)linguisticandcognitive phases take place in parallel and with mutual cooperation, which ?ts quite well with current constraint programming paradigms.
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