Paper Title
A SYNCHRONIZED DATA INSERTING STRUCTURE FOR DATA GATHERING IN WSNsAbstract
Data upload time becomes a major part of mobile data collection in the wireless sensor network. Cross over Multiple antenna on a mobile collector, the time to upload the data may be very low. However, previous tasks just cured wireless as a power capacitance by ignoring continuous and sensor as a link capability, which will significantly separate from the real wireless environment. In order to overcome this issue, in this article we present the minimum framework for collecting new data to collect mobile data. Wireless Sensor Network by considering the combined dynamic wireless link capability and power control. Our new framework not only allows all sensor data uploads from the sensor to mobile converter, but also determine the power of transmission under flexible link capabilities. We studied the problem under flow protection, energy consumption, flexible link capacity, transmission compatibility, and barriers. Trouble To solve at least the problem, we all serve the repetition of ultraviolet furniture. We first relax the problem with Lagrangian Dissolution, then the actual problem is eliminated in many sub-problems, and is available to divide the algorithm Data rate, link flow and routing, power control, and transmission compatibility. For a mobile collector, we also suggest a sub-intention Determining time to stop different locations. Finally, we provide comprehensive simulation results to showcase Variable and algorithm of the analyzed algorithms. With the results the average dimensions of the collection of 20% less data show Low data collection costs and stability in case of low energy consumption compared to previous tasks as well as node failure.
KEYWORDS : Wireless Sensor Networks, Power Control, transmission compatibility, Link Capability