
doi: 10.1007/bf01920493
For \(p\in N\) certain integer-valued functions \(A_ p(x)\), defined for \(x\in N\cup \{0\}\), are studied. These functions occur in a functional equation system corresponding to a generalized version of the transportation game ''Towers of Hanoi'' and their values may be interpreted as minimum numbers of moves. An explicit representation of \(A_ p(x)\) is given and so-called minimum partitions of x with respect to p are determined for all \(x\in N\). The minimum partitions of x are interest concerning the realisation of the minimum number of moves by optimal policies.
Deterministic scheduling theory in operations research, generalized sequencing, transportation game, minimum partitions, Towers of Hanoi, Game theory
Deterministic scheduling theory in operations research, generalized sequencing, transportation game, minimum partitions, Towers of Hanoi, Game theory
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