About: Lossy channel system   Sponge Permalink

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A lossy channel system (LCS) is a computational model where nondeterministic finite automata communicate over a faulty network. They are notable in that certain LCS-related verification problems achieve a computational complexity of \(\mathbf{F}_{\omega^\omega}\)-complete, using a complexity class analog of the fast-growing hierarchy. Priority channel systems allow the automata to mark certain messages as more important than others, yielding a more powerful system with \(\mathbf{F}_{\varepsilon_0}\)-complete verification problems.

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  • Lossy channel system
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  • A lossy channel system (LCS) is a computational model where nondeterministic finite automata communicate over a faulty network. They are notable in that certain LCS-related verification problems achieve a computational complexity of \(\mathbf{F}_{\omega^\omega}\)-complete, using a complexity class analog of the fast-growing hierarchy. Priority channel systems allow the automata to mark certain messages as more important than others, yielding a more powerful system with \(\mathbf{F}_{\varepsilon_0}\)-complete verification problems.
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abstract
  • A lossy channel system (LCS) is a computational model where nondeterministic finite automata communicate over a faulty network. They are notable in that certain LCS-related verification problems achieve a computational complexity of \(\mathbf{F}_{\omega^\omega}\)-complete, using a complexity class analog of the fast-growing hierarchy. Priority channel systems allow the automata to mark certain messages as more important than others, yielding a more powerful system with \(\mathbf{F}_{\varepsilon_0}\)-complete verification problems.
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