Recent Development in Wireless Sensor and Ad-hoc Networks [electronic resource] /
Patnaik, Srikanta.editor.
Li, Xiaolong.editor.
Yang, Yeon-Mo.editor.
Wireless Sensor Network (WSN) consists of numerous physically distributed autonomous devices used for sensing and monitoring the physical and/or environmental conditions. A WSN uses a gateway that provides wireless connectivity to the wired world as well as distributed networks. There are many open problems related to Ad-Hoc networks and its applications. Looking at the expansion of the cellular infrastructure, Ad-Hoc network may be acting as the basis of the 4th generation wireless technology with the new paradigm of ‘anytime, anywhere communications’. To realize this, the real challenge would be the security, authorization and management issues of the large scale WSNs. This book is an edited volume in the broad area of WSNs. The book covers various chapters like Multi-Channel Wireless Sensor Networks, its Coverage, Connectivity as well as Deployment. It covers comparison of various communication protocols and algorithms such as MANNET, ODMRP and ADMR Protocols for Ad hoc Multicasting, Location Based Coordinated Routing Protocol and other Token based group local mutual exclusion Algorithms. The book also covers a chapter on Extended Ad hoc On-Demand Distance Vector (EAODV) routing protocol based on Distributed Minimum Transmission Multicast Routing (DMTMR). One chapter is dedicated to OCDMA and its future application and another chapter covers development of Home Automation System using SWN.
Description based upon print version of record.
Includes bibliographical references and index.
Multi-Channel Wireless Sensor Networks -- Coverage, Connectivity and Deployment in Wireless Sensor Networks -- Development of Home Automation System by Using ZigbeX and Atmega128 for Wireless Sensor Networks -- The Analysis of the Two-Dimensional Probability CSMA Wireless LAN MAC Protocol with Monitoring -- Location Based Coordinated Routing Protocol for Wireless Sensor and Actor Networks -- Performance Comparison of BEMRP, MZRP, MCEDAR, ODMRP, DCMP & FGMP to Achieve Group Communication in MANET -- DMTMR-Based EAODV Method for Wireless Sensor Network -- Token Based Group Local Mutual Exclusion Algorithm in MANETs -- A Dual Band Z-Shape Stepped Dielectric Resonator Antenna for Millimeter Wave Applications -- OCDMA: Study and Future Aspects -- Focused Crawling: An Approach for URL Queue Optimization Using Link Score -- An Optimized Structure Filtered-x Least Mean Square Algorithm for Acoustic Noise Suppression in Wireless Networks -- An Exhaustive Comparison of ODMRP and ADMR Protocols for Ad-hoc Multicasting.
Wireless Sensor Network (WSN) consists of numerous physically distributed autonomous devices used for sensing and monitoring the physical and/or environmental conditions. A WSN uses a gateway that provides wireless connectivity to the wired world as well as distributed networks. There are many open problems related to Ad-Hoc networks and its applications. Looking at the expansion of the cellular infrastructure, Ad-Hoc network may be acting as the basis of the 4th generation wireless technology with the new paradigm of ‘anytime, anywhere communications’. To realize this, the real challenge would be the security, authorization and management issues of the large scale WSNs. This book is an edited volume in the broad area of WSNs. The book covers various chapters like Multi-Channel Wireless Sensor Networks, its Coverage, Connectivity as well as Deployment. It covers comparison of various communication protocols and algorithms such as MANNET, ODMRP and ADMR Protocols for Ad hoc Multicasting, Location Based Coordinated Routing Protocol and other Token based group local mutual exclusion Algorithms. The book also covers a chapter on Extended Ad hoc On-Demand Distance Vector (EAODV) routing protocol based on Distributed Minimum Transmission Multicast Routing (DMTMR). One chapter is dedicated to OCDMA and its future application and another chapter covers development of Home Automation System using SWN.
Electrical engineering.
Computer communication systems.
Input-output equipment (Computers).
Communications Engineering, Networks.
Computer Communication Networks.
Input/Output and Data Communications.