<--- Back to Details
First PageDocument Content
Theoretical computer science / Logic in computer science / Programming language semantics / Models of computation / Game theory / Semantics / Denotational semantics / Game semantics / Determinacy / Samson Abramsky / Operational semantics
Date: 2003-02-27 10:19:48
Theoretical computer science
Logic in computer science
Programming language semantics
Models of computation
Game theory
Semantics
Denotational semantics
Game semantics
Determinacy
Samson Abramsky
Operational semantics

Semantics of Interaction Samson Abramsky Abstract The “classical” paradigm for denotational semantics models data types as domains, i.e. structured sets of some kind, and programs as (suitable) functions between doma

Add to Reading List

Source URL: www.cs.ox.ac.uk

Download Document from Source Website

File Size: 236,34 KB

Share Document on Facebook

Similar Documents

Semantics of Interaction Samson Abramsky Abstract The “classical” paradigm for denotational semantics models data types as domains, i.e. structured sets of some kind, and programs as (suitable) functions between doma

Semantics of Interaction Samson Abramsky Abstract The “classical” paradigm for denotational semantics models data types as domains, i.e. structured sets of some kind, and programs as (suitable) functions between doma

DocID: 1xToC - View Document

arXiv:quant-phv1 15 DecA Categorical Quantum Logic Samson Abramsky  Ross Duncan

arXiv:quant-phv1 15 DecA Categorical Quantum Logic Samson Abramsky Ross Duncan

DocID: 1tYSN - View Document

Edited by  1 No-Cloning In Categorical Quantum Mechanics Samson Abramsky

Edited by 1 No-Cloning In Categorical Quantum Mechanics Samson Abramsky

DocID: 1tNX2 - View Document

CATEGORICAL QUANTUM MECHANICS Samson Abramsky and Bob Coecke 1 INTRODUCTION Our aim is to revisit the mathematical foundations of quantum mechanics from a novel point of view. The standard axiomatic presentation of quant

CATEGORICAL QUANTUM MECHANICS Samson Abramsky and Bob Coecke 1 INTRODUCTION Our aim is to revisit the mathematical foundations of quantum mechanics from a novel point of view. The standard axiomatic presentation of quant

DocID: 1tE15 - View Document

Information Dynamics Samson Abramsky Department of Computer Science, Oxford University Samson Abramsky (Department of Computer Science, Oxford University) Information Dynamics

Information Dynamics Samson Abramsky Department of Computer Science, Oxford University Samson Abramsky (Department of Computer Science, Oxford University) Information Dynamics

DocID: 1s4ep - View Document