1 %T The design of very fast portable compilers
12 %T A Programmer-friendly LL(1) Parser Generator
15 %J Software \- Practice and Experience
21 %T The Code Expander Generator
25 %I Vrije Universiteit, Amsterdam
28 %T The ACK Pascal Compiler
32 %I Vrije Universiteit, Amsterdam
39 %I Vrije Universiteit, Amsterdam
42 %T A set of multi\-process primitives for stack based machines
46 %I Vrije Universiteit, Amsterdam
53 %I Vrije Universiteit, Amsterdam
56 %T Language- and Machine-independent Global Optimization on Intermediate Code
65 %T The ACK Target Optimizer
69 %I Vrije Universiteit, Amsterdam
71 %T Some Topics in Parser Generation
75 %I Vrije Universiteit, Amsterdam
82 %I Vrije Universiteit, Amsterdam
85 %T The Design and Implementation of the EM Global Optimizer
87 %I Vrije Universiteit, Amsterdam
91 %T Does anybody out there want to write HALF of a compiler?
101 %T Amsterdam Compiler Kit documentation
102 %A A.S. Tanenbaum et. al.
103 %I Vrije Universiteit, Amsterdam
107 %T A Practical Toolkit for Making Portable Compilers
112 %J Communications of the ACM
118 %T Description of a Machine Architecture for use with Block Structured
126 %I Vrije Universiteit, Amsterdam
128 %T A Unix Toolkit for Making Portable Compilers
133 %J Proceedings USENIX conf.
139 %T Using Peephole Optimization on Intermediate Code
155 %T A portable compiler for the Proposed ISO Standard Pascal Language
164 %T Implications of Structured Programming for Machine Architecture
172 %T The table driven code generator from the Amsterdam Compiler Kit (Second
175 %I Vrije Universiteit, Amsterdam
176 %R on-line internal ACK documentation
179 %T Dhrystone Benchmark: Rationale for Version 2 and Measurement Rules