Semantic Scholar extracted view of "EBTCOR: an Energy-Balanced 3D Topology Control Algorithm Based on Optimally Rigid Graph in UWSNs" by Zhao Zhao et al.
To solve those problems, this paper proposes a topology control algorithm that comprehensively considers link quality and balance of node energy consumption ...
295-315. EBTCOR: an Energy-Balanced 3D Topology Control Algorithm Based on Optimally Rigid Graph in UWSNs. Zhao Zhao, Chunfeng Liu, Zhihua Li, Bin Wu, Maode ...
2009. A heterogeneous wireless sensor network based ... EBTCOR: an Energy-Balanced 3D Topology Control Algorithm Based on Optimally Rigid Graph in UWSNs.
Jul 19, 2024 · EBTCOR: an Energy-Balanced 3D Topology Control Algorithm Based on Optimally Rigid Graph in UWSNs. Ad Hoc Sens. Wirel. Networks 42(3-4): 295 ...
Oct 22, 2024 · This paper presents an optimization scheme of sensor networks for node scheduling and topology control, aiming to reduce energy consumption ...
Missing: EBTCOR: 3D
EBTCOR: an Energy-Balanced 3D Topology Control Algorithm Based on Optimally Rigid Graph in UWSNs. 295-315. view. electronic edition @ oldcitypublishing.com; no ...
Jul 6, 2020 · This paper discusses the data transmission strategy based on underwater multimodal communication for marine applications in underwater wireless sensor networks ...
Sep 12, 2013 · In this paper, we proposed a localized dynamic topology control algorithm (EBTC) to help extend the lifetime of a WSN. By adapting to the energy ...
Missing: 3D Optimally Rigid
This paper focuses on the topology optimization problem to decrease transmission delay and prolong network lifetime on the premise of reliable transmission ...