Virtual CPU Instruction Set: Porovnání verzí

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| [https://www.eeweb.com/profile/max-maxfield/articles/building-a-4-bit-computer-the-instruction-set Building a 4-Bit Computer: The Instruction Set] || 16 || 4 || 4 || 12 || 16
 
| [https://www.eeweb.com/profile/max-maxfield/articles/building-a-4-bit-computer-the-instruction-set Building a 4-Bit Computer: The Instruction Set] || 16 || 4 || 4 || 12 || 16
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| [https://www.codeproject.com/articles/43176/how-to-create-your-own-virtual-machine How to create your own virtual machine] || 35 || 8 || 8 || 16 || 5
 
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[[Category:Programování]]
 
[[Category:Programování]]

Verze z 16. 12. 2019, 23:51

Design goals[editovat]

  • Simple to implement in other programming languages
  • Efficient to execute by emulator
  • Future extensibility (to support 128-bit data/address width or more)
  • Single instruction code for any data/address width
  • Register based load-store architecture rather than stack based machine or accumulator based machine

Other interesting instruction sets[editovat]

CPU Instruction count Instruction size [bits] Data size [bits] Addressable memory [bits] Registers
Tiny CPU Instruction Set
A Quick Introduction to the ZipCPU Instruction Set
MINI-CPU Instruction Set Specification 12 4-12 8 8 PC, ACC, R
Simple Virtual Machine 18 8 32 32 PC, SP, FP
Simple virtual machine which interprets bytecode.
VAM Virtual Assembler Machine
Simple 8-bit Assembler Simulator 60 8 8 8 PC, SP, A, B, C, D
The RiSC-16 Instruction-Set Architecture 8 16 16 16 PC, R0-R7
TOY Machine 16 16 16 8 (256 words) PC, R0-R15
MU0 8 16 16 12 PC, ACC
LC-3 15 16 16 16 PC, R0-R7
TOY/2 - a minimalist 16 bit CPU 15 16 16 16 PC, A, T
MARIE: An Introduction to a Simple Computer 9 16 16 12 PC, ACC
Building a 4-Bit Computer: The Instruction Set 16 4 4 12 16
How to create your own virtual machine 35 8 8 16 5