Digital Analog Simulation of Uniform Motion in Representations of Physcial N-Space by Lattice-work MIMD Computer Architectures, Anil M. Shende. April 1991. Ph.D. Dissertation, SUNY at Buffalo. Technical Report Number 91-14, Dept. of Computer Science, SUNY, Buffalo.
Optimally Representing Euclidean Space Discretely for Analogically Simulating Physical Phenomena, John Case, Dayanand S. Rajan and Anil M. Shende, Foundations of Software Technology & Theoretical Computer Science, 1990. Proceedings in Lecture Notes in Computer Science, 190--203, Volume 472, Springer Verlag, Berlin.
Spherical Wave Front Generation in Lattice Computers, John Case, Dayanand S. Rajan and Anil M. Shende. To appear in the Journal of Computing and Information, 1(1), Special Issue: Proceedings of the 6th International Conference on Computing and Information, Peterborough, Ontario, Canada. 1994.
Spatial/Kinematic Domain and Lattice Computers, John Case, Dayanand S. Rajan and Anil M. Shende. Journal of Experimental and Theoretical Artificial Intelligence, Vol. 6, Pages 17--40, 1994. (Also Proceedings of the Third International Workshop on Analogical and Inductive Inference (1992), Lecture Notes in Artificial Intelligence, Volume 642, Springer Verlag, Berlin.)
A Characterization of Root Lattices, Dayanand S. Rajan and Anil M. Shende. To appear in Discrete Mathematics.
Root Lattices are Efficiently Generated, Dayanand S. Rajan and Anil M. Shende. Journal submission under review.
Lattice Computers for Approximating Euclidean Space, John Case, Dayanand S. Rajan and Anil M. Shende. Journal submission under review.
Simulating Particle Travel with Lattice Computers (A Preliminary Report), John Case, Dayanand S. Rajan and Anil M. Shende. Conference submission under review.
Lattice Computers for Optimally Representing Euclidean Space, John Case, Dayanand S. Rajan and Anil M. Shende. University of Delaware, CIS Department, Technical Report No. 91-15. June 1991.
Spherical Wave Front Generation in Lattice Computers, John Case, Dayanand S. Rajan and Anil M. Shende. University of Delaware, CIS Department, Technical Report No. 91-16. June 1991.
Simulating Uniform Motion in Lattice Computers I: Constant Speed Particle Translation, John Case, Dayanand S. Rajan and Anil M. Shende. University of Delaware, CIS Department, Technical Report No. 91-17. June 1991.
Multi-Particle Motion in Lattice Computers (Preliminary Draft) John Case, Srikrishnan R. Chitoor, Dayanand S. Rajan and Anil M. Shende. Unpublished.