Trees and Routines. - R. A. Brooker; Derrick Morris; Jeffrey S. Rohl (Comput. J., 1962)

The Main Features of Atlas Autocode. - R. A. Brooker; Jeffrey S. Rohl; S. R. Clark (Comput. J., 1966)

Experience with the Compiler Compiler. - R. A. Brooker; Derrick Morris; Jeffrey S. Rohl (Comput. J., 1967)

Compiler Compiler Facilities in Atlas Autocode. - R. A. Brooker; Derrick Morris; Jeffrey S. Rohl (Comput. J., 1967)

The Atlas compiler system. - Derrick Morris; Jeffrey S. Rohl (Comput. J., 1967)

A system design proposal. - Tom Kilburn; Derrick Morris; Jeffrey S. Rohl; Frank H. Sumner (IFIP Congress (2), 1968)

A Note on Backus Naur Form. - Jeffrey S. Rohl (Comput. J., 1968)

List Processing Facilities in Atlas Autocode. - Jeffrey S. Rohl; G. Cordingley (Comput. J., 1970)

The MU5 compiler target language and autocode. - P. C. Capon; Derrick Morris; Jeffrey S. Rohl; I. R. Wilson (Comput. J., 1972)

A note on compiling arithmetic expressions. - Jeffrey S. Rohl; J. A. Linn (Comput. J., 1972)

An In-Core Batching Standard FORTRAN Compiler for Large ICL 1900 Machine. - Jeffrey S. Rohl; H. D. Ellison; R. J. Collins (Softw. Pract. Exp., 1975)

Programming Improvements to Fike's Algorithm for Generating Permutations. - Jeffrey S. Rohl (Comput. J., 1976)

Converting a Class of Recursive Procedures into Non-recursive Ones. - Jeffrey S. Rohl (Softw. Pract. Exp., 1977)

Generating Permutations by Choosing. - Jeffrey S. Rohl (Comput. J., 1978)

Why Recursion? - Jeffrey S. Rohl (Language Design and Programming Methodology, 1979)

Eliminating Recursion from Combinatoric Procedures. - Jeffrey S. Rohl (Softw. Pract. Exp., 1981)

A Faster Lexicographical N Queens Algorithm. - Jeffrey S. Rohl (Inf. Process. Lett., 1983)

The Reve's Puzzle. - Jeffrey S. Rohl; Tamás D. Gedeon (Comput. J., 1986)

Towers of Hanoi: The Derivation of Some Iterative Versions. - Jeffrey S. Rohl (Comput. J., 1987)

The Towers of Hanoi - a representation-free solution. - Jeffrey S. Rohl (ACM SIGPLAN Notices, 1987)

Reversing is Not Inherent in Lexiocographical Permutation Generation. - Jeffrey S. Rohl (Comput. J., 1990)

Ord-Smith's Pseudo-Lexicographical Permutation Procedure is the Tompkins-Paige Algorithm. - Jeffrey S. Rohl (Comput. J., 1991)

The Influence of Programming Languages on the Design of MU5. - Jeffrey S. Rohl (IEEE Ann. Hist. Comput., 1999)