COMPUTER SCIENCE TRIPOS Part II – 2012 – Paper 9 5 Digital Signal Processing (MGK) (a) Make the following statements correct by changing one word or number. (Negating the sentence is not sufficient.)

Source URL: www.cl.cam.ac.uk

• Electronic engineering
• Electronics
• Infinite impulse response
• Filter design
• Filter
• Z-transform
• Finite impulse response
• Impulse invariance
• Digital signal processing
• Filter theory
• Signal processing

2009 Paper 9 Question 12 Digital Signal Processing (a) Make the following statements correct by changing one word or number. (Negating the sentence is not sufficient.) (i ) In the stopband, a filter design approximates

Source URL: www.cl.cam.ac.uk

• Signal processing
• Time series analysis
• Unitary operators
• Window function
• Discrete signal
• Fourier transform
• JPEG
• Short-time Fourier transform
• Discrete sine transform
• Mathematical analysis
• Fourier analysis
• Digital signal processing

Azmat: Sentence Similarity using Associative Matrices Evan Jaffe Lifeng Jin David King

Source URL: www.ling.ohio-state.edu

• Natural language processing
• Semantics
• Semantic analysis
• SemEval
• Parse tree
• Latent semantic analysis
• Association for Computational Linguistics
• Encoding
• Semantic similarity
• Computational linguistics
• Linguistics
• Science

A Computational Cognitive Model of Syntactic Priming David Reitter, Frank Keller, and Johanna D. Moore School of Informatics, University of Edinburgh 10 Crichton Street, Edinburgh EH8 9AB, UK Phone: +, Fax

Source URL: homepages.inf.ed.ac.uk

• Mind
• Psycholinguistics
• Memory
• Perception
• Priming
• Syntactic Structures
• Syntax
• Sentence processing
• Parsing
• Cognitive science
• Cognition
• Linguistics

Sentence Simplification by Monolingual Machine Translation Sander Wubben Tilburg University P.O. BoxLE Tilburg The Netherlands

Source URL: www.aclweb.org

• Computational linguistics
• Natural language processing
• Speech recognition
• Readability tests
• BLEU
• Evaluation of machine translation
• Readability
• Flesch–Kincaid readability test
• Statistical machine translation
• Linguistics
• Science
• Machine translation

2010 Paper 9 Question 7 Digital Signal Processing (a) Make the following statements correct by changing one word or number. (Negating the sentence is not sufficient.) (i ) An absolutely summable discrete sequence will h

Source URL: www.cl.cam.ac.uk

Approaches to Automatic Biographical Sentence Classification: An Empirical Study By Michael Ambrose Conway

Source URL: nlp.shef.ac.uk

• Biographical dictionary
• Biography
• Annotation
• Science
• Linguistics
• Knowledge
• Computational linguistics
• Speech recognition
• Natural language processing

Lexical Variety 16 Running head: PARSING AMBIGUOUS SENTENCES

Source URL: www.kachergis.com

• Semantics
• Generative linguistics
• Sentence processing
• Syntactic ambiguity
• Parts of speech
• Garden path sentence
• Parsing
• Ambiguity
• Phrase structure rules
• Linguistics
• Psycholinguistics
• Syntax

Running Head: UNTRAINED SPEAKERS’ PROSODY To cite, please refer to: Fox Tree, J. E., & Meijer, P. J. A[removed]Untrained speakers’ use of prosody in syntactic disambiguation and listeners’ interpretations. Psycho

Source URL: people.ucsc.edu

• Semantics
• Systemic functional linguistics
• Psycholinguistics
• Sentence processing
• Intonation
• Prosody
• Jean E. Fox Tree
• Question
• Ambiguity
• Linguistics
• Phonology
• Phonetics

S-clause Segmentation for Efficient Syntactic Analysis Using Decision Trees Mi-Young Kim Jong-Hyeok Lee Div. of Electrical and Computer Engineering Pohang University of Science and Technology (POSTECH) and Advanced Infor

Source URL: www.alta.asn.au

• Predicate
• Semantics
• Syntax
• Subject
• Parsing
• Sentence
• Text segmentation
• Clause
• Natural language processing
• Linguistics
• Parts of speech
• Grammar