A network congestion leading to packet loss, power over utilization due to retransmissions as well as packet drops in wireless sensor networks (WSN’s). It becomes quite important here to control and avoid such congestion’s precisely. This can be achieved using an upstream hop-by-hop protocol for congestion control (UHCC) which is proposed on a cross layer …
Using Upstream Hop by Hop protocol For congestion control Read More »
A sinkhole attack attempts to harm wsn’s where in an intruder attempts to redirect all network traffic towards itself, by providing false routing data. This has an adverse effect on the network load balance as well as it provides a stage for other attacks to go through as well. This makes it extremely important to …
Secure Routing Algo against Sinkhole Attacks for MWSN’s Read More »
Making use of a sleep technique the power consumption of a wireless sensor based network can be minimized using S MAC protocol. This breaks up the network into a virtual cluster. Different sleep schedules being used in each cluster leads to issues in the S MAC protocol. Our system proposes to find out the best …
Optimizing Transmission Energy By Clustering Size Using S-MAC in WSNs Read More »
As opposed to TCP Reno, the TCP Vegas in the early stages itself allows to recognize as well as avoid the periodic packet loss. In many cases it has been proved that TCP Vegas provides a better performance as compared to TCP Reno. Well even TCP Vegas has several issues which affect it’s anti congestion …
SMCC using TCP Vegas: Self-Managing Congestion Control Algorithm System Read More »
Download Project Document/Synopsis The project aims at controlling the AC power by using the concept of firing angle control of thyristors. One can enter the required percentage of power supply through a keypad. The input is provided to a microcontroller of 8051 family that initiate the firing angle to adjust the load power. For matching …
