J. Hennessy and P. Nye, "Stanford Integer Benchmarks", Stanford University. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Post Processing Optimization of Byte-Code.. - Prabhas.. (Correct)
....interpreter. The reason for choosing this system is simply that it is our own work therefore we have access to all details for its implementation. A brief description of R1 system is given in the next section) We compiled seven integer benchmark programs from the Stanford Benchmark Suite [5]. These programs are : bubble sort, tower of Hanoi, matrix multiplication, permutation, quick sort, 8 queens problem and generate prime numbers by sieve method. Although significantly larger programs must be used to make conclusive statements about performance, these programs are sufficiently ....
J. Hennessy and P. Nye, "Stanford Integer Benchmarks", Stanford University.
Iterative Type Analysis and Extended Message Splitting.. - Chambers, Ungar (1990) (64 citations) (Correct)
....more static type information than was previously available, enabling it to aggressively inline away many of the costly message sends without sacrificing source code compatibility. This SELF compiler achieved a performance of between 20 and 25 of optimized C on the Stanford integer benchmarks [9], twice that of the fastest Smalltalk implementation on the same machine. While this performance is a clear improvement over comparable systems, it is still not competitive with traditional languages. To narrow the gap even further, we have developed and implemented iterative type analysis and ....
Hennessy, J. Stanford integer benchmarks. Personal communication (1988).
An Efficient Implementation of Self, a Dynamically-Typed.. - Chambers, Ungar, Lee (1991) (27 citations) (Correct)
....available (excluding graphics performance) is the ParcPlace V2.4 b2 Smalltalk 80 virtual machine, rated at about 4 Dorados 7 [22] this system includes the DeutschSchiffman techniques described earlier. We compare transliterations from C into Smalltalk and SELF of the Stanford integer benchmarks [13] and the Richards operating system simulation benchmark [10] as well as the following small benchmarks, adapted from Smalltalk 80 systems [18] sumToTest = 1 sumTo: 10000 ) sumTo: arg = total 0 to: arg Do: index total: total index. total ) recurseTest = 14 recurse ) ....
Hennessy, J. Stanford integer benchmarks. Personal communication (1988).
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