TPSF+C: A Two-Phase On-Demand Scatternet Formation Algorithm Considering Route Stability
Cheng‐Zen Yang, Chun-Ta Lin, I-Hsuan Huang · 2008
Recently Bluetooth scatternet formation obtains much research attention. Besides proactive and reactive formation schemes, several hybrid schemes have been proposed to enjoy benefits of both proactive and reactive schemes. In this paper, we propose an enhancement based on a previous hybrid scheme TPSF+. The proposed TPSF+C scheme considers both node living time and connectivity to construct a more stable on-demand scatternet. The simulation results show that TPSF+C has lower reconstruction overhead than TPSF+.