A Simulative Comparison of AODV and DSR
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This paper analyzes the performance of both schemes in WSNs when an event is detected and the packet arrival rate of the network increases using packet delivery ratio(PDR),
Tsukamoto's fuzzy machine learning and SVM can classify network traffic data subjected to a DDOS attack by analyzing packet length, the number of packets, and a number of
For TCP, client-server WLAN with IPv4 has the highest throughput for all packets, having 105 Mbps for packet size of 128 Bytes and 620 Mbps for packet size of 1408 Bytes while peer-peer
Kriti Chadha and Sushma Jain [4] show the effects of black hole attack on using AODV protocol based on various performance metrics such as throughput, packet drop ratio, normalized
Conclusion In this paper, the network performance of the most commonly used proactive routing protocols were simulated and measured in terms of packet delivery ratio, network latency,
Comparing the metrics To illustrate the empirical applications of the metrics proposed here, we first com- pare the annual Dt= 1 year migration matrices estimated via the parametric
Packet delivery ratio, packet success rate, and energy consumption were used to show the performance with respect to number of EDs and a different number of gateway nodes.. We were able
