Titlebook: Wireless Algorithms, Systems, and Applications; 5th International Co Gopal Pandurangan,V. S. Anil Kumar,Yingshu Li Conference proceedings 2

胎兒

Maximum Weighted Independent Set of Links under Physical Interference Modelk, the objective is to seek an independent set of links subject to the physical interference constraints with maximum weighted sum. To the best of our knowledge, no algorithm for MWISL under physical interference model has been proposed. We focus on MWISL in the oblivious power assignment setting.

四目在模仿

CLOT

Arbitrary Obstacles Constrained Full Coverage in Wireless Sensor Networksios, full coverage is required, which means every point inside the region (excluding the obstacles) must be covered by at least one sensor. The problem of using the minimum number of sensors to achieve full coverage for an arbitrary region with obstacles is NP-hard. Most existing coverage methods, s

TEM

指令

鋸齒狀

不理會

GLADE

Minimum CDS in Multihop Wireless Networks with Disparate Communication Rangesmutihop wireless networks with uniform communication ranges. However, in practice the nodes may have different communication ranges either because of the heterogeneity of the nodes, or due to interference mitigation, or due to a chosen range assignment for energy conservation. In this paper, we pres

CEDE

隱藏

Maximum Weighted Independent Set of Links under Physical Interference Model Weighted Independent Set of Links (MWISL) under the physical interference model in wireless networks. Given a set of communication links distributed in a two-dimensional Euclidean plane, assume each link is associated with a positive weight which represents the benefit of transmitting along the lin