Smv

Jul 20, 2023

Symbolic Model Verifier System for checking finite state systems

The SMV Symbolic Model Verifier system is a tool for checking finite state systems against specifications in the temporal logic CTL Computational Tree Logic.

One specifies the finite state system finite automaton, Mealy machine, full adder circuit, .. as a Kripke structure in the SMV language and provides specifications in CTL. The model checking algorithm allows to determine if the Kripke structure fulfills the specifications.



Checkout these related ports:
  • Zziplib - Library to provide transparent read access to zipped files
  • Zydis - Fast and lightweight x86/x86-64 disassembler library
  • Zycore-c - Support library with platform independent types, macros, etc for Zydis
  • Zthread - Platform-independent object-oriented C++ threading library
  • Zookeeper - Coordination Service for Distributed Applications
  • Zls - Zig LSP implementation + Zig Language Server
  • Zfp - High throughput library for compressed floating-point arrays
  • Zeal - Offline documentation browser
  • Zapcc - C++ caching compiler based on clang
  • Zanata-platform - Web-based translation platform
  • Zanata-cli - Zanata Java command line client
  • Z88dk - Complete Z80/Z180 development kit
  • Z80ex - ZiLOG Z80 CPU emulator library
  • Z80asm - Assembler for the Z80 microprocessor
  • Z80-asm - Z80 assembly code assembler and disassembler