We study a class of generic optimization problems on charger scheduling and charging path planing. These problems arise from emerging networking ...
Jul 8, 2016 · ABSTRACT. We study a class of generic optimization problems on charger scheduling and charging path planing. These problems arise.
This work designs a quasi-polynomial time algorithm that achieves poly-logarithmic approximation to the optimum charging path and can be further adapted and ...
Apr 26, 2022 · We instantiate our work by focusing on finding the charging path maximizing the number of nodes charged within a fixed time horizon. We show ...
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Title, Charge Me if You Can: Charging Path Optimization and Scheduling in Mobile Networks. Publication Type, Conference Paper. Year of Publication, 2016.
Apr 26, 2022 · We instantiate our work by focusing on finding the charging path maximizing the number of nodes charged within a fixed time horizon. We show ...
Charge Me If You Can: Charging Path Optimization and Scheduling in Mobile Networks · Dates et versions · Identifiants · Citer · Exporter · Collections · Partager.
Charge Me If You Can: Charging Path Optimization and Scheduling in Mobile Networks. Lin Chen, Shan Lin, Hua Huang. Charge Me If You Can: Charging Path ...
We construct the charging path and schedule where the charger starts charging node vi (1 ≤ i ≤ m) at time ki for gi time and then goes straightly to node vi+1.
This work designs quasi-polynomial-time algorithms achieving logarithmic approximation to the optimum charging path for emerging networking applications, ...