Publications

[1]	Edward Ashcroft, Anthony Faustini, Raganswamy Jagannathan, William Wadge. Multidimensional, Declarative Programming, Oxford University Press, London, 1995.
[2]	Gilbert Babin, Peter Kropf, Herwig Unger. A Two-Level Communication Protocol for a Web Operating System (WOS). In Proceedings of IEEE Euromicro Workshop on Network Computing, pp. 934-944, Västerås, Sweden, 1998.
[3]	Chris Dodd. Intensional Programming I, chapter Rank analysis in the GLU compiler, pages 76-82. World Scientific, Singapore, 1996.
[4]	Raganswamy Jagannathan, Chris Dodd. GLU programmer's guide. Technical report, SRI International, Menlo Park, California, 1996.
[5]	Raganswamy Jagannathan, Chris Dodd, Iskender Agi. GLU: A high-level system for granular data-parallel programming. Concurrency: Practice and Experience, (1):63-83, 1997.
[6]	Peter Kropf. Overview of the Web Operating System (WOS) project. In Proceedings of the 1999 Advanced Simulation Technologies Conference (ASTC 1999), pages 350-356, San Diego, California, april 1999.
[7]	Joey Paquet. Scientific Intensional Programming. Ph.D thesis, Department of Computer Science, Laval University, Sainte-Foy, Canada, 1999.
[8]	John Plaice, William Wadge. A new approach to version control. IEEE Transactions on Software Engineering, 3(19):268-276, 1993.
[9]	Panagiotis Rondogiannis. Higher-Order Functional Languages and Intensional Logic. PhD thesis, Department of Computer Science, University of Victoria, Victoria, Canada, 1994.
[10]	William Wadge, Edward Ashcroft. Lucid, the Dataflow Programming Language. Academic Press, London, 1985.
[11]	Raganswamy Jaggannathan, Adding Eagerness to Eduction
[12]	Vincent Jayawardene, An Intensional Engine on L4
[13]	Herwig Unger, Peter Kropf, Gilbert Babin, Thomas Bohme, Simulation of Search and Distribution Methods for Jobs in a Web Operating System (WOS)
[14]	Ioana Banicescu, Herwig Unger, Running Scientific Computations in a Web Operating System Environment
[15]	Monica Schraefel, Blanca Mancilla, John Plaice, Intensional Hypertext
[16]	Joey Paquet, John Plaice, The Semantics of Dimensions as Values
[17]	Panos Rondogiannis, William W. Wadge, First-Order Functional Languages and Intensional Logic
[18]	Raganswamy Jaggannathan, Chris Dodd, GLU Implementation Architectures for Heterogeneous Systems
[19]	Gordon Davis Brown, Intensional HTML 2: A Practical Approach
[20]	John Plaice, Computer Science is an Experimental Science
[21]	Panos Rondogiannis, William W. Wadge, Higher-Order Functional Languages and Intensional Logic
[22]	William W. Wadge, A Hybrid Predicate Calculus
[23]	John Plaice, Peter Kropf, Intensional Communities
[24]	Raganswamy Jaggannathan, Intensional and Extensional Graphical Models for GLU Programming
[25]	Panagiotis Rondogiannis, William Wadge, Intensional Programmaing Languages
[26]	Joey Paquet, John Plaice, The Intensional Relation
[27]	Joey Paquet, John Plaice, Introduction to Intensional Programming
[28]	John Plaice, Paul Swoboda, Ammar Alammar, Building Intensional Communities Using Shared Contexts
[29]	Joey Paquet, John Plaice, On the Design of an Indexical Query Language
[30]	Joey Paquet, John Plaice, Towards an Intensional Scientific Programming Methodology
[31]	Joey Paquet, John Plaice, Dimensions and Functions as Values
[32]	Joey Paquet, John Plaice, Visualization of Multidimensional Dataflow Programs
[33]	Raganswamy Jaggannathan, Edward Ashcroft, Fault Tolerance in Parallel Implementation of Functional Languages
[34]	Raganswamy Jaggannathan, Chris Dodd, Application Experience with an Implicitly Parallel Composition Language
[35]	Raganswamy Jaggannathan, Coarse-Grain Dataflow Programming of Conventional Parallel Computers
[36]	Raganswamy Jaggannathan, Dataflow Models
[37]	Raganswamy Jaggannathan, Toward a Scalably Efficient Parallel Implementaton of a Hybrid Intensional Language
[38]	William Wadge, Intensional Markup Language
[39]	William Wadge, Intensional Logic in Context
[40]	Oliver Krone, Simon Schubiger, WEBRES: Towards a Web Operating System
[41]	Jean-Raymond Gagne, Joey Paquet, John Plaice, Indexical Translation of Tail-Recursive Functions
[42]	Abhay Kejriwal, En M. Huey, Standard Cells for Hardware Synthesis of Lucid Programs
[43]	John Plaice, Multidimensional Lucid: Design, Semantics and Implementation
[44]	William Wadge, The Malleable Document
[45]	Joey Paquet, Bases de Donnees Relationnelles en tant que Flux de Donnees Multidimensionnels
[46]	Mehmet Orgun, Weichang Du, Multi-Dimensional Logic Programming: Theoretical Foundations
[47]	Anthony Faustini, Raganswamy Jaggannathan, Multidimensional Problem Solving with Lucid
[48]	Weichang Du, Object-Oriented Implementation of Intensional Languages
[49]	Alan Yoder, David Cohn, Observations on Spreadsheet Languages, Intensions and Dataflow
[50]	Mehmet Orgun, Wanli Ma, An Overview of Temporal and Modal Logic Programming
[51]	John Plaice, Particle In-Cell Simulation with Lucid
[52]	Paul Swoboda, Practical Languages for Intensional Programming
[53]	Slim Ben Lamine, John Plaice, Peter Kropf, Problems of Computing on the Web
[54]	Pushpa Rao, Raganswamy Jaggannathan, Developing Scientific Applications in GLU
[55]	Jean-Rene Gagne, John Plaice, Demand-Driven Real-Time Computing