« earlier | later » Page 1 of 2
A Lazy Developer Approach: Building a JVM with Third Party Software
Translating JVM bytecode into LLVM. We'd like to do this with occam.
The LLVM Compiler Infrastructure Project
Proceedings of the LLVM developers' meeting. Worth looking at.
What Every Computer Scientist Should Know About Floating-Point Arithmetic
Extremely handy guide to how floating-point arithmetic works. Well worth reading if you're implementing FP stuff.
Another portable T414 implementation. Looks very clean, and quite similar to the Transterpreter. (It uses switch for dispatch, and inlines all the instructions by hand.)
to emulation occam research transputer vm ... on 07 March 2007
Java theory and practice: Synchronization optimizations in Mustang
Optimising locking in the JVM.
Discussion on stack-based versus register-based VMs.
A Java VM for machines with very little memory. Might be worth looking at for future occam VMs.
« earlier | later » Page 1 of 2
- vm | |
1 | art |
1 | backend |
1 | benchmarking |
1 | cache |
7 | compiler |
1 | concurrency |
1 | confidence |
1 | cute-code |
1 | effect-size |
1 | emulation |
1 | fp |
1 | games |
1 | grim-fandango |
1 | independence |
2 | java |
2 | javascript |
2 | jit |
2 | llvm |
1 | maths |
1 | memory |
1 | network |
1 | occam |
1 | parallel |
1 | performance |
3 | programming |
2 | python |
1 | reproducibility |
10 | research |
2 | software |
1 | statistics |
1 | transputer |
16 | vm |
1 | web |
tasty by Adam Sampson.