Authors :
Dr. Sandeep kumar; Vandna Bansla; Sanjay kumar
Volume/Issue :
Volume 7 - 2022, Issue 1 - January
Google Scholar :
http://bitly.ws/gu88
Scribd :
https://bit.ly/34nJDIP
DOI :
https://doi.org/10.5281/zenodo.5995733
Abstract :
Various researchers in the WSN field are
trying to find a way to save energy so that nodes can
survive longer in the network, remembering the ultimate
goal of overcoming such challenges of power but with
their own requirements. Power consumption is one of the
issues for WSNs. Route protocols are the hot spot of the
quality of services issues. Power consumption, network
life time, network failure and packet over. A key problem
for WSN is that these networks are attacked by a packet
overhead, which causes high power consumption and
lowers Quality of services in sensory networks.
Performance analysis comparing using the hybridization
method of active and reactive protocol provides better
results that contain a better rate of packet transfer with
less error, less chance of node failure and extension of
network life.
At WSN, there are several router protocols used for
development Network performance. In those processes,
the DSR protocol is most applicable to terms of low power
intensity, but sometimes when node mode changes from
sleep functionality, efficiency decreases as data packets
that need to wait initially indicate where the package has
been sent and this increases the waiting time to eliminate
packet expiration delays leading to increased power
consumption. Our problem identifies dead nodes and
selects the most appropriate data transfer method to make
it easier and less energy efficient. To address these issues,
we propose the power used to transfer power to a protocol
known as PDORP. The proposed PDORP protocol
contains both the Power Output Performance
Management System (PEGASIS) and DSR delivery
procedures. In addition, the mixing of GA and BFO is
used in the proposed process to identify alternative
energy-saving alternatives. Performance analysis,
comparison using the proposed hybridization method
Route protocol provides better results consisting of a
small error rate, less delay and less power consumption
than other route tracking agreements that lead to better
Quality of services and extend network life.
Keywords :
Wireless Network, PDORP, Sensor Network.
Various researchers in the WSN field are
trying to find a way to save energy so that nodes can
survive longer in the network, remembering the ultimate
goal of overcoming such challenges of power but with
their own requirements. Power consumption is one of the
issues for WSNs. Route protocols are the hot spot of the
quality of services issues. Power consumption, network
life time, network failure and packet over. A key problem
for WSN is that these networks are attacked by a packet
overhead, which causes high power consumption and
lowers Quality of services in sensory networks.
Performance analysis comparing using the hybridization
method of active and reactive protocol provides better
results that contain a better rate of packet transfer with
less error, less chance of node failure and extension of
network life.
At WSN, there are several router protocols used for
development Network performance. In those processes,
the DSR protocol is most applicable to terms of low power
intensity, but sometimes when node mode changes from
sleep functionality, efficiency decreases as data packets
that need to wait initially indicate where the package has
been sent and this increases the waiting time to eliminate
packet expiration delays leading to increased power
consumption. Our problem identifies dead nodes and
selects the most appropriate data transfer method to make
it easier and less energy efficient. To address these issues,
we propose the power used to transfer power to a protocol
known as PDORP. The proposed PDORP protocol
contains both the Power Output Performance
Management System (PEGASIS) and DSR delivery
procedures. In addition, the mixing of GA and BFO is
used in the proposed process to identify alternative
energy-saving alternatives. Performance analysis,
comparison using the proposed hybridization method
Route protocol provides better results consisting of a
small error rate, less delay and less power consumption
than other route tracking agreements that lead to better
Quality of services and extend network life.
Keywords :
Wireless Network, PDORP, Sensor Network.
