Name
Affiliation
Papers
ALLAN RAMSAY
School of Computer Science, University of Manchester, Manchester, United Kingdom
24
Collaborators
Citations 
PageRank 
18
23
8.97
Referers 
Referees 
References 
127
254
105
Search Limit
100254
Title
Citations
PageRank
Year
Investigating The Effects Of Gender, Dialect, And Training Size On The Performance Of Arabic Speech Recognition00.342020
Detecting Emotions In English And Arabic Tweets10.362019
CENTEMENT at SemEval-2018 Task 1: Classification of Tweets using Multiple Thresholds with Self-correction and Weighted Conditional Probabilities.00.342018
Using English Dictionaries to generate Commonsense Knowledge in Natural Language.00.342017
A Hybrid System to apply Natural Language Inference over Dependency Trees.00.342017
Arabic Tweets Treebanking and Parsing: A Bootstrapping Approach.00.342017
A web-based tool for Arabic sentiment analysis.40.542017
Universal Dependencies for Arabic Tweets.00.342017
Linking Tweets To News: Is All News Of Interest?10.362016
Fast and Robust POS tagger for Arabic Tweets Using Agreement-based Bootstrapping.10.352016
Unsupervised Stemmer for Arabic Tweets.00.342016
POS Tagging for Arabic Tweets.00.342015
POS Tagging for Arabic Tweets.00.342015
Generation of a phonetic transcription for modern standard Arabic: A knowledge-based model.40.472014
Inference for Natural Language.00.342013
Dependency tree matching with extended Tree edit distance with subtrees for textual entailment10.372012
Combining black-box taggers and parsers for modern standard Arabic20.402012
Developing a visual temporal modeller: Applying an extensible nlp system to support learners' understanding of tense and aspect in english00.342012
Towards including prosody in a text-to-speech system for modern standard Arabic50.512008
Speech Acts, Epistemic Planning and Grice's Maxims30.512008
Translating emphatic/contrastive focus from English to Mandarin Chinese00.342008
Local constraints on sentence markers and focus in Somali00.342006
Local constraints on arabic word order10.382006
Run-time Optimisations for Reasoning with Intensional Logics.00.342000