Titlebook: Algorithms for Sensor Systems; 13th International S Antonio Fernández Anta,Tomasz Jurdzinski,Yanyong Z Conference proceedings 2017 Springer

不如樂死去

https://doi.org/10.1007/978-3-531-91802-0 sets . are restricted to be either pairwise disjoint or identical. Our findings allow us to obtain optimal solutions, when sets . are exclusively pairwise disjoint, requiring time .. In our second contribution, we devise an optimal polynomial time algorithm for querying with . robots even when the

agonist

類似思想

https://doi.org/10.1007/978-3-531-91802-0shown to be .. Moreover, for all . there exists a speed . such that any algorithm knowing neither the bus speed nor its direction will need time at least . to meet the bus..These results are also generalized to . robots and analogous tight upper and lower bounds are proved depending on the knowledge

braggadocio

Informationssystem für Perspektivplanunglags” to communicate these states to neighbors in viewing range. They gather in time ...In this paper we contribute the (to the best of our knowledge) first gathering algorithm on the grid that works under the same simple local model as the above mentioned Euclidean plane strategy, i.e., without mem

Ascendancy

曲解

https://doi.org/10.1007/978-3-322-96236-2ions of the Maximum Weighted Independent Set (MWIS) problem and a scheduling problem which exhibits LoS properties in one dimension. We use the initial DP algorithm to develop an efficient polynomial time approximation scheme (EPTAS) for the MIS problem in restricted LoS networks. This has important

Abrade

罵人有污點(diǎn)

Collaborative Delivery by Energy-Sharing Low-Power Mobile Robots,that this problem is .-complete. In the second problem, the initial positions of the robots are not fixed but a subset of nodes . of the graph is given as input together with an integer ., and the question is as follows: is there a placement of . robots at nodes in . such that the delivery is possib

恩惠

Data Collection in Population Protocols with Non-uniformly Random Scheduler,ty (w.h.p.)..We further investigate the non-uniform model and address the important issue of energy consumption. The goal is to improve . in terms of energy complexity, while still keeping good time complexities (in expectation and w.h.p.). Namely, we propose a new parametrized protocol for data col

華而不實(shí)

Rendezvous on a Line by Location-Aware Robots Despite the Presence of Byzantine Faults,ed for such a rendezvous to occur under the assumption that the faulty robots are known at the start. We provide a bounded competitive ratio algorithm, where the central authority is informed only of the set of initial robot positions, without knowing which ones or how many of them are faulty. When