Home Catalogue search

eng

Refine your search:

Search in the Catalogues and Directories






	Sort by
Simple Search

Page: 1...3 4 5 6 7 8 9 10 11...20

Hits 121 – 140 of 382

121	Portability in the Janus Natural Language Interface
	Weischedel, Ralph M.; Bobrow, Robert J.; Ayuso, Damaris...
	In: DTIC (1989)
	BASE
	Show details

122	IRUS-II User Manual.
	MacLaughlin, Dawn; Koile, Kimberle; Walker, Edward
	In: DTIC AND NTIS (1989)
	BASE
	Show details

123	What a Software Engineer Needs to Know: 1. Program Vocabulary
	Shaw, Mary; Giuse, Dario; Reddy, Raj
	In: DTIC AND NTIS (1989)
	BASE
	Show details

124	Design of a Syntax Directed Editor for PSDL (Prototype Systems Design Language)
	Porter, Scott W.
	In: DTIC AND NTIS (1988)
	BASE
	Show details

125	DoD Gateway Information System (DGIS) Common Command Language: The Decision for Artificial Intelligence
	Kuhn, Allan D.; Bixby, Randy L.; Tran, Duc T.
	In: DTIC AND NTIS (1988)
	BASE
	Show details

126	A practical method for LR and LL syntactic error diagnosis and recovery
	Michael G. Burke; Gerald A. Fisher; Thomas J. Watson
	In: http://www.cs.berkeley.edu/~jcondit/pl-prelim/burke87practical.pdf (1987)
	BASE
	Show details

127	A Non-Cognitive Formal Approach to Knowledge Representation in Artificial Intelligence.
	McMannama,Jim A
	In: DTIC AND NTIS (1986)
	BASE
	Show details

128	Simulation Using SMALLTALK.
	Helfman,Richard A; Ralston,Mark H; Suckling,J R
	In: DTIC AND NTIS (1986)
	BASE
	Show details

129	Criteria for Designing Computer Facilities for Linguistic Analysis
	Shieber, Stuart
	In: DTIC (1985)
	BASE
	Show details

130	Program Flow Analyzer. Volume 1.
	Anderson,Edward L
	In: DTIC AND NTIS (1985)
	BASE
	Show details

131	A Tool for Measuring the Size, Structure and Complexity of Software
	Versaw, Larry. - : North Texas State University, 1984
	BASE
	Show details

132	Tools for Testing Denotational Semantic Definitions of Programming Languages.
	Kini,Vittal; Martin,David F; Stoughton,Allen
	In: DTIC AND NTIS (1983)
	BASE
	Show details

133	Prerequisites to Deriving Formal Specifications from Natural Language Requirements.
	Weischedel,Ralph M
	In: DTIC AND NTIS (1980)
	BASE
	Show details

134	BIGMAC II: A FORTRAN Language Augmentation Tool
	Myers, Jr., Eugene W.; Osterweil, Leon J.
	In: DTIC (1980)
	BASE
	Show details

135	Numerical Control Lathe Language Study.
	Senkiw,Peter D; Harrington,Joseph , Jr; Childs,James J...
	In: DTIC AND NTIS (1979)
	BASE
	Show details

136	THE FORMAL DEFINITION OF MACHINE TOOL LANGUAGES
	DI Forino,Alfonoso Caracciolo
	In: DTIC AND NTIS (1969)
	BASE
	Show details

137	Published, produced and distributed by:
	Maartje De Jonge; Lennart C. L. Kats; Emma Soderberg...
	In: http://www.lclnet.nl/publications/natural-and-flexible-error-recovery.pdf
	BASE
	Show details

138	Analysis and Visualization of Temporal Changes in Bloggers ’ Activities and Interests
	Masahiko Itoh; Naoki Yoshinaga; Masashi Toyoda...
	In: http://www.tkl.iis.u-tokyo.ac.jp/top/modules/newdb/extract/1152/data/PVis2012_MasahikoITOH_r05.pdf
	BASE
	Show details

139	Evolution as a Noun and Evolution as a Verb
	Submitted To Soce; M M Lehman; J F Ramil...
	In: http://www-dse.doc.ic.ac.uk/~mml/feast/papers/pdf/654.pdf
	BASE
	Show details

140	ABSTRACT Towards Supporting On-Demand Virtual Remodularization Using Program Graphs
	David Shepherd; Lori Pollock; K. Vijay-shanker
	In: http://www.cis.udel.edu/~shepherd/shepherdAosd2006.pdf
	Abstract: OOP style requires programmers to organize their code according to objects (or nouns, using natural language as a metaphor), causing a program’s actions (verbs) to become scattered during implementation. We define an Action-Oriented Identifier Graph (AOIG) to reconnect the scattered actions in an OOP system. An OOP system with an AOIG will essentially support the dynamic virtual remodularization of OOP code into an Action-Oriented View. We have developed an algorithm to automatically construct an AOIG, and an implementation of the construction process. To automatically construct an AOIG, we use Natural Language Processing (NLP) techniques to process the natural language clues left by programmers in source code and comments, and we connect code segments through the actions that they perform. Using a reasonably sized program, we present several applications of an AOIG (feature location, working set recovery, and aspect mining), which demonstrate how the AOIG can be used by software engineering tools to combat the tyranny of the dominant decomposition.
	Keyword: Categories and Subject Descriptors; Coding Tools and Techniques General Terms; D.2.3 [Software Engineering; Design; Experimentation; Feature Location; Languages Keywords; Program analysis; Remodularization; Reverse engineering
	URL: http://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.88.439 http://www.cis.udel.edu/~shepherd/shepherdAosd2006.pdf
	BASE
	Hide details

Page: 1...3 4 5 6 7 8 9 10 11...20

© 2013 - 2024 Lin|gu|is|tik | Imprint | Privacy Policy | Datenschutzeinstellungen ändern