Titlebook: Computer Networks & Communications (NetCom); Proceedings of the F Nabendu Chaki,Natarajan Meghanathan,Dhinaharan Nag Conference proceedings

條約

https://doi.org/10.1007/978-3-642-95357-6the availability of the channel for SU’s transmission imposing IPC. Further, a channel selection scheme is developed so that SUs can decide and select the best channel in the presence of multiple available licensed channels. Simulation results demonstrate the efficacy of the proposed model and its usability in underlay CRN.

glans-penis

Inveterate

Intersect

Channel-Usage Model in Underlay Cognitive Radio Networksthe availability of the channel for SU’s transmission imposing IPC. Further, a channel selection scheme is developed so that SUs can decide and select the best channel in the presence of multiple available licensed channels. Simulation results demonstrate the efficacy of the proposed model and its usability in underlay CRN.

放大

Low Overhead Time Coordinated Checkpointing Algorithm for Mobile Distributed Systemstime to indirectly coordinate to minimize the number of coordinated message transmitted through the wireless link and reduces the number of checkpoints nearest to the minimum. The algorithm is non-blocking and minimum process.

直覺沒有

Energy Efficient Medium Access Protocol for Clustered Wireless Sensor Networksl consists of two parts: First part is responsible for classifying gathered data at sensor nodes based on its importance and then stores it in the appropriate queue of the node’s queuing system. The second part is responsible for energy efficient medium access mechanism that uses both scheduled and

自制

不公開

費解

變化

A Call Admission Control Scheme for Cellular Network to Handle Sudden Influx in a Confined Area a confined area network with higher user concentration. Here the users are being prioritized based on some proposed metrics and the scheme is allowing more calls according to the priority of the competing users. The proposed concept is being implemented and also compared with an existing widely acc