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Juho
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A graph is almost Hamiltonian if it contains a cycle that visits every node at least once and at most twice.

Is the problem of determining whether a graph is almost Hamiltonian NP-complete?

A graph is almost Hamiltonian if it contains a cycle that visits every node at least once and at most twice.

A graph is almost Hamiltonian if it contains a cycle that visits every node at least once and at most twice.

Is the problem of determining whether a graph is almost Hamiltonian NP-complete?

deleted 80 characters in body; edited tags
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user15531
user15531

A graph is almost Hamiltonian if it contains a cycle that visits every node at least once and at most twice.

Is the problem of determining whether a graph is almost Hamiltonian NP-complete?

A graph is almost Hamiltonian if it contains a cycle that visits every node at least once and at most twice.

Is the problem of determining whether a graph is almost Hamiltonian NP-complete?

A graph is almost Hamiltonian if it contains a cycle that visits every node at least once and at most twice.

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Separated the question into a definition and a question.
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Dave Clarke
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Is it possible to show that if aA graph that is almost Hamiltonian withalmost Hamiltonian if it contains a cycle that containsvisits every node of it at least once and at most twice as.

Is the problem of determining whether a graph is almost Hamiltonian NP-complete problem?

Is it possible to show that if a graph that is almost Hamiltonian with a cycle that contains every node of it at least once and at most twice as NP-complete problem?

A graph is almost Hamiltonian if it contains a cycle that visits every node at least once and at most twice.

Is the problem of determining whether a graph is almost Hamiltonian NP-complete?

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user15531
user15531
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