Optimally Representing Euclidean Space Discretely for Analogically Simulating Physical Phenomena. - John Case; Dayanand S. Rajan; Anil M. Shende (FSTTCS, 1990)

Representing the Spatial/Kinematic Domain and Lattice Computers. - John Case; Dayanand S. Rajan; Anil M. Shende (AII, 1992)

The equations DkY = Xn in combinatorial species. - Dayanand S. Rajan (Discret. Math., 1993)

The Adjoints to the Derivative Functor on Species. - Dayanand S. Rajan (J. Comb. Theory A, 1993)

Spatial/kinematic domain and lattice computers. - John Case; Dayanand S. Rajan; Anil M. Shende (J. Exp. Theor. Artif. Intell., 1994)

A characterization of root lattices. - Dayanand S. Rajan; Anil M. Shende (Discret. Math., 1996)

Root Lattices are Efficiently Generated. - Dayanand S. Rajan; Anil M. Shende (Int. J. Algebra Comput., 1997)

Lattice computers for approximating Euclidean space. - John Case; Dayanand S. Rajan; Anil M. Shende (J. ACM, 2001)