Titlebook: Quality, Reliability, Security and Robustness in Heterogeneous Networks; 9th International Co Karan Singh,Amit K. Awasthi Conference procee

烦扰

Clusterhead Selection Using Multiple Attribute Decision Making (MADM) Approach in Wireless Sensor Neppropriate selection of cluster heads for gathering data from nodes. In this paper, we present a multi-criterion approach for the selection of cluster heads (CHs) using Technique for Order Preference by Similarity to Ideal Solution (TOPSIS). Three attributes are considered for the selection of CHs,

DAMP

Key Pre-distribution in a Non-uniform Network Using Combinatorial Design structure of the network is non-uniform. During key distribution phase, nodes are placed in the rectangular grid to form a virtual network. The actual network consists of the nodes along with their location in the target region. However, the deployment strategy and the key distribution technique in

假设

Asparagus

Scheme for Assigning Security Automatically for Real-Time Wireless Nodes via ARSAll put a lot of load on the server for security related work which may hamper the packet delivery ratio. But strong security is indispensable for maintaining the confidentiality of information in current real-time wireless communication networks. This research work combines both, the concepts of net

黄油没有

Power Efficient MAC Protocol for Mobile Ad Hoc Networks issue, since these are powered by batteries. It is also due to mobility of MANETs, the size of batteries is of great concerns. This paper presents a novel power control protocol, namely Power Efficient MAC protocol for mobile ad hoc networks. The PEMAC protocol uses minimum power level to transmit

Paleontology

慷慨援助

Deployment of Sensors in Regular Terrain in Form of Interconnected WSN Unitsent. In this paper a new scheme of deployment is proposed considering a regular rectangular terrain. In the proposed algorithm the entire coverage of the terrain is provided by interconnecting a number of predefined WSNs. Each WSN in a normal configuration consists of five sensors as deployable unit

PANIC

AGOG

Blatant

A Stable Energy-Efficient Location Based Clustering Scheme for Ad Hoc Networksting it to clusters and CHs. The paper includes a case that models different scenarios based on the proposed protocol. Also, characteristic analysis of our clustering scheme with some of the existing algorithms is done which shows the strength of this scheme over others.