The easy method may be to attach the complete routing path in each packet. The problem is that overhead can be great for packets with long routing paths. Using the routing path for each packet, many measurement and diagnostic methods can make effective management and protocol improvements in the WSN format, which consists of a large number of invisible sensor nodes. Path offers a new way to break the light to see if there are recovered tracks. To further improve inference capability and effective implementation, the path provides a quick format to begin rebuilding the first set of tracks. To be effective and effective, two types of problems must be addressed. The HASH function must be light and efficient enough, since it must operate on sensors with limited resources. Using the routing path for each packet, many measurement and diagnostic methods can make effective management and protocol improvements in the WSN format, which consists of a large number of invisible sensor nodes. We implemented the trail and evaluated its performance using large-scale WSN applications as well as comprehensive simulations. The results reveal that the band achieves much higher refresh rates in different network configurations compared to other modern methods. Compared to Path Zip, the path uses a great similarity between several fast inference packages, resulting in much better development.
A REPLACEMENT BASED ASSOCIATION SYSTEM TO REDUCE DOWNLOAD TIME AND POWER CONSUMPTION
2019-06-12
IJITR; Vol 7, No 4 (2019): June - July 2019; 9130-9132
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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