It is shown that the knapsack problem, which was introduced by Myasnikov et al. for arbitrary finitely generated groups, can be solved in NP for graph groups. This result even holds if the group elements are represented in a compressed form by SLPs, which generalizes the classical NP-completeness result of the integer knapsack problem. We also prove general transfer results: NP-membership of the knapsack problem is passed on to finite extensions, HNN-extensions over finite associated subgroups, and amalgamated products with finite identified subgroups
AbstractThe objective function and constraint of the knapsack problem are aggregated and an equivale...
We prove that the compressed word problem and the compressed simultaneous conjugacy problem are solv...
We prove that the compressed word problem and the compressed simultaneous conjugacy problem are solv...
Myasnikov et al. have introduced the knapsack problem for arbitrary finitely generated groups. In Lo...
In recent years, knapsack problems for (in general non-commutative) groups have attracted attention....
The knapsack problem is a classic optimisation problem that has been recently extended in the settin...
We consider exponent equations in finitely generated groups. These are equations, where the variable...
We show that the subset sum problem, the knapsack problem and the rational subset membership problem...
We show that the subset sum problem, the knapsack problem and the rational subset membership problem...
Every knapsack problem may be relaxed to a cyclic group problem. In 1969, Gomory found the subadditi...
In their paper [24], Myasnikov, Nikolaev, and Ushakov started the investiga-tion of classical discre...
AbstractIn this paper, we investigate a relation between the equality constrained Knapsack and Group...
Abstract. The classic knapsack and related problems have natural general-izations to arbitrary (non-...
We prove that the power word problem for certain metabelian subgroups of $\mathsf{GL}(2,\mathbb{C})$...
The power word problem of a group $G$ asks whether an expression $p_1^{x_1} \dots p_n^{x_n}$, where ...
AbstractThe objective function and constraint of the knapsack problem are aggregated and an equivale...
We prove that the compressed word problem and the compressed simultaneous conjugacy problem are solv...
We prove that the compressed word problem and the compressed simultaneous conjugacy problem are solv...
Myasnikov et al. have introduced the knapsack problem for arbitrary finitely generated groups. In Lo...
In recent years, knapsack problems for (in general non-commutative) groups have attracted attention....
The knapsack problem is a classic optimisation problem that has been recently extended in the settin...
We consider exponent equations in finitely generated groups. These are equations, where the variable...
We show that the subset sum problem, the knapsack problem and the rational subset membership problem...
We show that the subset sum problem, the knapsack problem and the rational subset membership problem...
Every knapsack problem may be relaxed to a cyclic group problem. In 1969, Gomory found the subadditi...
In their paper [24], Myasnikov, Nikolaev, and Ushakov started the investiga-tion of classical discre...
AbstractIn this paper, we investigate a relation between the equality constrained Knapsack and Group...
Abstract. The classic knapsack and related problems have natural general-izations to arbitrary (non-...
We prove that the power word problem for certain metabelian subgroups of $\mathsf{GL}(2,\mathbb{C})$...
The power word problem of a group $G$ asks whether an expression $p_1^{x_1} \dots p_n^{x_n}$, where ...
AbstractThe objective function and constraint of the knapsack problem are aggregated and an equivale...
We prove that the compressed word problem and the compressed simultaneous conjugacy problem are solv...
We prove that the compressed word problem and the compressed simultaneous conjugacy problem are solv...