J. Mashey. Object-code to object-code translation. USENET Posting, 9 November, 1988. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
The Impact of Copyright on the Development of Cutting Edge.. - Cifuentes (Correct)
....of the generation of native code and optimizations of frequently executed pieces of code, resulting in more efficient techniques than emulation. Binary translation is a relatively new area of research, used in the late 1980s and 1990s to aid in the porting of code to newer machines (e.g. Moxie [28], VEST and mx [35] and FX 32 [21] It developed as an alternative to emulation because interpretation was considered too slow for the purposes of running application software on other machines. As reported by Digital, FX 32 runs applications five to 20 times faster than they run under emulation. ....
J. Mashey. Object-code to object-code translation. USENET Posting, 9 November, 1988.
Shade: A Fast Instruction-Set Simulator for Execution Profiling - Cmelik, Keppel (1993) (271 citations) (Correct)
....a program and produces an address trace that is saved to a data file. The analyzer is run offline. ATUM microcode simulates a cache to perform trace compression. ATUM requires a processor with microcode and programs may run as much as 20X slower, not including I O. 8.8. Moxie, MX, VEST Moxie [Mashey88] translates MIPS binaries into VAX binaries. The MIPS compilers were debugged by (a) compiling a source program for the VAX, b) compiling the same program for the MIPS and converting it to a VAX binary using Moxie, and (c) comparing the output of the VAX and MIPS to VAX binaries. Moxie was used ....
John Mashey, "Object-code to object-code translation," USENET posting, 9 November 1988.
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