alexa Sensor Network Security|OMICS International|International Journal Of Sensor Networks And Data Communications

Sensor Network Security

International Journal of Sensor Networks and Data Communications is the most counted journal in Sensor network security. The journal follows a stringent peer-review process that aims to improve the overall quality of the published content and attracting more number of citations. In collaborative efforts, the journal is focusing on wireless networks and communications, protocols, distributed algorithms, signal processing, embedded systems, and information management. In Sensor network security, it is important to select the most appropriate cryptographic method because all the security requirements are ensured by cryptography. Cryptographic methods used should meet the constraints of sensor nodes and be evaluated by code size, data size, processing time, and power consumption. Physical layer secure access is one of the sensor network security methods could be provided by using frequency hopping. A dynamic combination of the parameters like hopping set (available frequencies for hopping), dwell time (time interval per hop) and hopping pattern (the sequence in which the frequencies from the available hopping set is used) could be used with a little expense of memory, processing and energy resources. The OMICS International handles over 350 titles at present, which also broadly include Open Access journals on Life Sciences, Chemical Sciences, Management and Engineering Sciences which are beneficial to both scholars and students. With the growing number of scientific enthusiasts and readers by a large margin, the efficacy of open access publishing has witnessed an assertive impact. International Journal of Sensor Networks and Data Communication is known for its best articles on security frameworks for wireless sensor networks. As a scientific organization, the OMICS International carries the vision to present the authentic free-to-view scientific literature to the scientific community.
 
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Last date updated on June, 2014