Jain Neha., Jangir Hitesh; International Journal of Advance research , Ideas and Innovations in Technology © 2017, www.IJARIIT.com All Rights Reserved Page | 1171 ISSN: 2454-132X Impact factor: 4.295 (Volume3, Issue2) Available online at www.ijariit.com Survey On Underwater Acoustic Wireless Sensor Networks Of Routing Protocols Neha Jain Mody University, Lakshmangarh, Rajasthan er.nehajain007@gmail.com Hitesh Jangir Mody University, Lakshmangarh, Rajasthan hiteshjangir.cet@modyuniversity.ac.in Abstract: In the past few years wireless Sensor Network has been an emerging technology. As it is a permutation of computation, sensing, and communication. In the 70% of the earth, a huge amount of unexploited resources lies covered by oceans. To coordinate interact and share information among themselves to carry out sensing and monitoring function underwater sensor network consists a number of various sensors and autonomous underwater vehicles deployed underwater. This paper is concerned about the underwater acoustic wireless sensor network of routing protocol applications and UW-ASNs deployments for monitoring and control of underwater domains. Keywords: Underwater Acoustic Sensor Network, Wireless Sensor Network, Cross-Layer Protocol. I. INTRODUCTION Underwater wireless sensor networks deployed to perform tasks in a collaborative manner over a body of water. UW-ASNs applications allow monitoring and assisted navigation. The Underwater wireless sensor network consists nodes and connected to the acoustic communication, Autonomous devices can self-organize. Acoustic communication has been the knowledge of choice for decades when it comes to transmitting signals underwater. There are many applications of underwater wireless sensor network which can have very identical requirements: stable or mobile, short, or long-lived. The bandwidth available for UW-ASNs is partial and be determined on both range and frequency. As the bandwidth is limited, the acoustic signals are subject to time- varying multipath where the result is relative to radio channels. To increase the operation range of AUV’s underwater network s can also be used. A Major challenge in the development of the underwater routing protocol is propagation delay, heavy multipath fading, and varying network. For the data transmission, acoustic communication in the ocean is feasible. Fig 1. Underwater Acoustic Wireless Sensor Networks This Fig1.shows underwater acoustic sensor network [`1].No uniform distribution the network fragmentation is occurring. By the directly transmitting the sensed data to the control station of the ocean shell the one way sensed data collected. Underwater objects intersect with another and forward sensory data to the sink nodes, which are typically son buoys on the water shell. In the underwater sensor networks, power consumption problems mainly occur. When deployed under the water, nodes can mainly be replaced or recharged in the harsh surroundings and ambient energy.In the acoustic communication data transmission is possible.