1999 |
16 | EE | Jeffrey S. Rohl:
The Influence of Programming Languages on the Design of MU5.
IEEE Annals of the History of Computing 21(1): 34-37 (1999) |
1991 |
15 | | Jeffrey S. Rohl:
Ord-Smith's Pseudo-Lexicographical Permutation Procedure is the Tompkins-Paige Algorithm.
Comput. J. 34(6): 569-570 (1991) |
1990 |
14 | | Jeffrey S. Rohl:
Reversing is Not Inherent in Lexiocographical Permutation Generation.
Comput. J. 33(3): 274-278 (1990) |
1987 |
13 | | Jeffrey S. Rohl:
Towers of Hanoi: The Derivation of Some Iterative Versions.
Comput. J. 30(1): 70-76 (1987) |
1986 |
12 | | Jeffrey S. Rohl,
Tamás D. Gedeon:
The Reve's Puzzle.
Comput. J. 29(2): 187-188 (1986) |
1983 |
11 | | Jeffrey S. Rohl:
A Faster Lexicographical N Queens Algorithm.
Inf. Process. Lett. 17(5): 231-233 (1983) |
1981 |
10 | | Jeffrey S. Rohl:
Eliminating Recursion from Combinatoric Procedures.
Softw., Pract. Exper. 11(8): 803-817 (1981) |
1979 |
9 | | Jeffrey S. Rohl:
Why Recursion?
Language Design and Programming Methodology 1979: 71-84 |
1978 |
8 | | Jeffrey S. Rohl:
Generating Permutations by Choosing.
Comput. J. 21(4): 302-305 (1978) |
1977 |
7 | | Jeffrey S. Rohl:
Converting a Class of Recursive Procedures into Non-recursive Ones.
Softw., Pract. Exper. 7(2): 231-238 (1977) |
1976 |
6 | | Jeffrey S. Rohl:
Programming Improvements to Fike's Algorithm for Generating Permutations.
Comput. J. 19(2): 156-159 (1976) |
1975 |
5 | | Jeffrey S. Rohl,
H. D. Ellison,
R. J. Collins:
An In-Core Batching Standard FORTRAN Compiler for Large ICL 1900 Machine.
Softw., Pract. Exper. 5(1): 19-28 (1975) |
1972 |
4 | EE | Jeffrey S. Rohl,
J. A. Linn:
A note on compiling arithmetic expressions.
Comput. J. 15(1): 13-14 (1972) |
3 | EE | P. C. Capon,
D. Morris,
Jeffrey S. Rohl,
I. R. Wilson:
The MU5 compiler target language and autocode.
Comput. J. 15(2): 109-112 (1972) |
1970 |
2 | | Jeffrey S. Rohl,
G. Cordingley:
List Processing Facilities in Atlas Autocode.
Comput. J. 13(1): 20-24 (1970) |
1968 |
1 | | T. Kilburn,
D. Morris,
Jeffrey S. Rohl,
F. H. Sumner:
A system design proposal.
IFIP Congress (2) 1968: 806-811 |