02319nam a22001577a 4500999001700000100007700017245008200094260002700176300000800203500166200211700004201873856003301915942001101948952010001959952010202059  c65472d65469  aMemon, Naseer Ahmed a13-12MSIT21aSupervisor - Dr. Mukhtiar Ahmed Memon  aSurvey on Energy Efficient Routing  for Under Water Wireless Sensor Networks   aNawabshahbQUESTc2019  a40p  a
ABSTRACT

In  Deep Sea	Underwater Wireless-Sensor Networks (UWSNs) is the prominent &foremost Explore-able area for researchers aimed its well-known application	for extracting the valuable  information from  the  deep sea-area/bottom	of  the sea information about many precious materials like gold, silver, & other rock minerals also underwater coal mines Oil/Gas and many more. To obtain the i n format ion from seabed	level  for  that  specific  designs  of  routing  protocol	are required.	We (researchers)  have designed  many routing protocols,  according to the nature of underwater	environment	but	still  the  existing	routing	protocols	face	many challenges  like: Limitations of acoustic channel controlling of the water-depth. reliable link development between nodes /sensors and enhance the efficiency timing of battery power of the nodes. This thesis work covers t he survey of Energy-efficient routing protocols for underwater wireless sensor networks. The t he is covers t he Novel  contribution to focus the unique classification  of operation of the Energy­ efficient routing protocols with its used-mechanism and limitations. This thesis	also focuses the analytical comparative analysis of the Energy-efficient routing protocols
through findings of the new parameters. The simulation based results are a l o t he novel contribution of this thesis. For simulation analysis the NS2.30 (simulator) with use of Aqua_Sim package/application, makes the comparison between Energy­ efficient routing protocols under which the Cluster based Energy-efficient Routing protocol (CBE2R) remains the well performer amongst a l l the existing protocols.  aDepartment of Information Technology   uhttps://tinyurl.com/v3eckkew  cTHESIS  00104070aRESEARCHbRESEARCHd2019-09-27l0oR/IMS-19pMP/45-513r2019-09-27 00:00:00yTHESIS  00104070aRESEARCHbRESEARCHd2023-12-18l0pMP/53-658r2023-12-18 00:00:00w2023-12-18yTHESIS