TY - BOOK
T1 - Address and data register separation of the M68000 family
AU - Williams, F.L.
AU - Steven, G.B.
PY - 1990
Y1 - 1990
N2 - On the M68000 registers are partitioned into eight data registers and eight address registers. Many authors consider this division to be a breakdown in instruction set orthogonality and a major shortcoming of the M68000 architecture. However, an investigation at Hatfield Polytechnic into the impact of instruction set orthogonality on compiler code generation found that, in practice, this register division was not a problem. FLEC, and Hatfield Polytechnic research compiler, which compiles a subset of Modula-2 onto the M68000, was written to assist in this investigation. Our observations are derived from our experience while writing FLEC.
AB - On the M68000 registers are partitioned into eight data registers and eight address registers. Many authors consider this division to be a breakdown in instruction set orthogonality and a major shortcoming of the M68000 architecture. However, an investigation at Hatfield Polytechnic into the impact of instruction set orthogonality on compiler code generation found that, in practice, this register division was not a problem. FLEC, and Hatfield Polytechnic research compiler, which compiles a subset of Modula-2 onto the M68000, was written to assist in this investigation. Our observations are derived from our experience while writing FLEC.
M3 - Other report
T3 - UH Computer Science Technical Report
BT - Address and data register separation of the M68000 family
PB - University of Hertfordshire
ER -