A Scheme for Manipulative Algebra on a Computer. - David Barton (Comput. J., 1967)

A simple algebra system. - David Barton; Stephen R. Bourne; C. J. Burgess (Comput. J., 1968)

An Algebra System. - David Barton; Stephen R. Bourne; John P. Fitch (Comput. J., 1970)

The Structure of the Cambridge Algebra System. - David Barton; Stephen R. Bourne; J. R. Horton (Comput. J., 1970)

General Relativity and the Application of Algebraic Manipulative Systems. - David Barton; John P. Fitch (Commun. ACM, 1971)

The Automatic Solution of Systems of Ordinary Differential Equations by the Method of Taylor Series. - David Barton; I. M. Willers; R. V. M. Zahar (Comput. J., 1971)

A review of algebraic manipulative programs and their application. - David Barton; John P. Fitch (Comput. J., 1972)

Algebraic manipulation in Cambridge. - David Barton; John P. Fitch (SIGSAM Bull., 1974)

On Taylor Series and Stiff Equations. - David Barton (ACM Trans. Math. Softw., 1980)

Distributed Processing in a Small Office. - David Barton (Softw. Pract. Exp., 1983)

A Problem with Algebra Systems - Revisited. - David Barton (Comput. J., 1984)

Parallelism in Simple Algebra Systems. - David Barton (Comput. J., 1985)

Florida International University High Performance Database Research Center. - Naphtali Rishe; Wei Sun 002; David Barton; Yi Deng 001; Cyril U. Orji; Michael Alexopoulos; Leonard Loureiro; Carlos Ordonez 002; Mario R. Sánchez; Artyom Shaposhnikov (SIGMOD Rec., 1995)

System Specification in Rosetta. - Perry Alexander; Roshan Kamath; David Barton (ECBS, 2000)

Modeling of radiowave propagation in tunnels. - Jeffrey Boksiner; Chrysanthos Chrysanthou; Jonathan Lee; Mashuk Billah; Timothy Bocskor; David Barton; James Breakall (MILCOM, 2012)

Observing Mental Models in Novice Programmers. - Richard Bornat; Saeed Dehnadi; David Barton (PPIG, 2012)

Evaluation of a Hypervisor-Based Smart Controller for Industry 4.0 Functions in Manufacturing. - Florian Schade; David Barton; Jürgen Fleischer; Jürgen Becker 001 (WF-IoT, 2021)

Modeling Nonlinear Oscillator Networks Using Physics-Informed Hybrid Reservoir Computing. - Andrew Shannon; Conor Houghton; David Barton; Martin Homer (CoRR, 2024)