Qualification: 
M.Tech, BE
dhaneshraj@am.amrita.edu

Dhanesh Raj currently serves as Research Associate at the Amrita Center for Wireless Networks & Applications (Amrita WNA), Amritapuri from August 2014. He is currently working in MICRONet-Mobile Infrastructure for Coastal Region Offshore Communications and Networks project, funded by Information Technology Research Academy (ITRA),DeitY, which helps to develop and deploy a mobile infrastructure for offshore communications and networking in the coastal region targeting to ensure effective communication whilst tackling natural disasters and hazards. Dhanesh is also pursuing his PhD at Amrita WNA, Amritapuri.

EDUCATION

  • M.Tech. in Wireless Networks and Applications, Amrita Vishwa Vidyapeetham
  • B.E. in Electronics and Communication Engineering, Anna University Chennai

 

ACHIEVEMENTS

  • Research Scholar, Erasmus Mundus ICM Mobility for PhD’s at University of Trento, Italy
  • Amrita Bright Idea Award Winner 2013 for innovative idea on ”Wireless Real Artificial Urinary Sphincter Control for Urinary Incontinence”
  • Amrita Innovation Seed Grant Winner 2013 “Wireless Real Artificial Urinary Sphincter Control for Urinary Incontinence”
  • Attended Winter School on Cloud Computing and participated in IBM Technical Quiz secured prize along with grant as part of IBM ICARE 2014 conference
  • Got Certificate of Appreciation for achievements during Academic Year 2013-2014
     

PROJECTS

  • MICRONet (2014- Present), partly funded by ITRA
    • Working on to deployment level of MICRONet in the area of Delay Tolerant Networks for providing communication and connectivity to fishing vessels at sea.
  • 2014: An Assistive Device for Managing Urinary Incontinence
  • 2013: Design of Wireless Real Time Artificial Sphincter Control System for UrinaryIncontinence
     

Publications

Publication Type: Conference Paper

Year of Conference Publication Type Title

2017

Conference Paper

H. S. Jennath, Nandesh Nair, Sethuraman Rao, Raj Dhanesh, Narayanan, S., and Krishnaswamy, D., “A resilient self-organizing offshore communication network for fishermen”, in ACM International Conference Proceeding Series, 2017, vol. Part F125794.[Abstract]


Fishing is a major industry that provides the livelihood for millions of families worldwide. The fishing vessels are typically at sea for 5-7 days at a stretch completely cut off from the land. In a low-cost offshore communication system for fishermen currently being developed, a multilevel P2MP backhaul network connects clusters of boats at the fishing zones. Each cluster forms a wireless mesh network with multiple potential gateways to the backhaul network. This work proposes a resilient lightweight protocol for optimized dynamic provisioning of the backhaul network based on an adaptive, demand driven algorithm. A local controller, capable of running on any access router, selects the optimal subset of gateways so that the rest can be reconfigured as mobile base stations or switched to power saver mode. It assigns every boat in a cluster to the most appropriate gateway maximizing the utilization of gateways. A proof-of-concept implementation has been done with a hardware test bed and the results are very encouraging. © 2017 ACM. More »»

2017

Conference Paper

L. Rajagopal and Raj Dhanesh, “Study of Synchronization Facets for 5G Small Cell Use Case Scenario”, in 2017 2nd International Conference on Communication and Electronics Systems (ICCES), 2017.[Abstract]


5G aims at having a higher capacity than current 4G, with a greater density of mobile broadband users, and supporting device to device, massive machine and ultra-reliable communications, lower latency than 4G equipment and lower battery consumption, for better implementation of Internet of Things. In order to connect multiple devices into the network, real time functionality needs to be achieved, thus, the network components should be synchronized with respect to each other. A synchronization methodology consisting of numerous protocols and algorithms need to be included into the system in order achieve real time functionalities, minimal delay and high data rate. As per the previous researches, many algorithms have been formulated to provide synchronization between varying network components. However, while moving into 5G networks, the designed algorithms and protocols will be insufficient to support the rising traffic. Synchronization provided to cell sites can be costly as network grow and small cell proliferate. Hence, smart strategies for synchronization need to be developed that can pave way for the utilization of cost effective backhauls. Various parameters that can affect synchronization include transmission power, propagation effects, packet loss, jitter, security etc. So, to achieve synchronization in a 5G network, algorithms need to be developed that can overcome above effects as well as support upcoming rise in traffic. These algorithms and protocols need to be merged with 5G architecture to come up with an effective layer to layer synchronization methodology.

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2017

Conference Paper

S. Swetha and Raj Dhanesh, “Optimized Video Content Delivery Over 5G Networks”, in 2017 2nd International Conference on Communication and Electronics Systems (ICCES), 2017.[Abstract]


As network operators transit to 5G networks, efficient delivery of multimedia services has become one of the most promising and challenging application for mobile network operators today. The video consumption habits of mobile users are exponentially increasing and it causes high traffic on core network. This, in turn results in degradation in perceived video quality and content delivery. The current network architecture is inefficient to handle this huge amount of video traffic. Therefore, it poses the need for traffic optimization solution to enhance end-user QoE. In this paper, we present specific solutions that enable to optimize video traffic management thereby, maximizing QoE of video content delivered.

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2015

Conference Paper

B. Aswini, Raj Dhanesh, Sethuraman Rao, and Kalyan, P. S., “A Network Operations Center for a Communication Network of Fishing Vessels at Sea”, in Sixth International Conference onAdvances in Communication, Network, and Computing – CNC 2015, Chennai, India, 2015.

Publication Type: Conference Proceedings

Year of Conference Publication Type Title

2015

Conference Proceedings

Jennath H S, Raj Dhanesh, M, K. Anju, and Sethuraman Rao, “Comparative Study of Backhaul Options for Communication at Sea”, CNC 2015 Sixth International Conference on Advances in Communication, Network, and Computing. Chennai, India, 2015.

2015

Conference Proceedings

S. Unni, Raj Dhanesh, Sasidhar, K., and Sethuraman Rao, “Performance measurement and analysis of long range Wi-Fi network for over-the-sea communication”, Modeling and Optimization in Mobile, Ad Hoc, and Wireless Networks (WiOpt), 2015 13th International Symposium on. IEEE, Mumbai, pp. 36 - 41, 2015.[Abstract]


Currently, Indian fishermen use handheld radios or satellite phones for offshore communication. While the former is based on broadcast communication with its range limited by Line-of-Sight, the latter is expensive. Therefore, lack of connectivity-at-sea is a huge problem for many Indian fishermen. Hence, this work prescribes a hierarchical point-to-multi-point backhaul network using long range (LR) Wi-Fi technology. It is a multi-hop network consisting of base stations and clusters of boats. Each boat-cluster forms a wireless mesh access network. A field-trial was conducted at sea to measure and analyze the coverage and connectivity of the P2mP LR Wi-Fi backhaul network, using commercially available 5 GHz base stations, antennas and customer premises equipment (CPE). Several parameters such as transmission power level, mechanical antenna tilt at the base station and channel bandwidth were fine-tuned to maximize the range. This paper discusses the observations and the results obtained.

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2014

Conference Proceedings

Dr. Maneesha V. Ramesh, Raj Dhanesh, and Dilraj, N., “An Assistive Device for Managing Urinary Incontinence”, Proceedings of the 6th IBM Collaborative Academia Research Exchange Conference (I-CARE) on I-CARE 2014. ACM, New York, NY, USA, pp. 1-4 , 2014.[Abstract]


Urinary Incontinence (UI) is a common and embarrassing condition affecting people of all age groups, especially women, aged population, patients with certain neurologic diseases, children born with spinal cord disorders, spinal trauma and other diseases of spinal cord, after certain pelvic and prostatic surgeries, etc., and they cause significant emotional impact on their quality of life. In this paper, we proposed a novel design of an assistive device for managing UI. We have also designed and developed a system for real time monitoring of urinary bladder and a control system for wirelessly triggering the opening and closing of an artificial sphincter by patients. One of the major requirements is on selecting a suitable electrically activated polymer that provides maximum deflection for minimum applied power. In this work we have studied and analyzed existing polymers and selected the most suitable Ionic Electro-Active Polymer (EAP) based on the results from the analysis. For continuous operation of this assistive device, one of the major challenges is to optimize the power usage. To achieve that goal, we have proposed and implemented a state transition algorithm for real-time optimization of power usage. The complete system is designed to be scalable to monitor multiple patients using one external device. Use of this device will provide an opportunity for the patients to engage in regular activities and also provide assistance and support for caretakers in old age homes and hospitals. A prototype of the complete system is developed, tested and results are described in this work.

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2013

Conference Proceedings

A. Alin Andus, Raj Dhanesh, Drishya, A., and S. Dwija, N., “Enabling Technologies in 4G with Heterogeneous Networks and LTE”, International Conference on Circiut,Control and Communications. 2013.

Publication Type: Journal Article

Year of Conference Publication Type Title

2015

Journal Article

D. B. Nair, Raj Dhanesh, and Sethuraman Rao, “Security Considerations in a Marine Communication Network for Fishermen”, AIRCC International Journal on Cybernetics & Informatics(IJCI) – CNC 2015, vol. 4, 2015.[Abstract]


With the recent advancements in and popularity of wireless networks, the security based issues are also increasing considerably. In this paper, we look at the data security and situational security vulnerabilities in the communication network for fishermen at sea being developed by our research center. We are proposing certain solutions and algorithms for avoiding some of the situations. They are Adaptive Contextaware Transmission Power Control (ACTPC) as a proposed solution for preventing unauthorized users at the maritime border, along with border alert and distress alert. The algorithms are implemented using a network of MICAz motes.

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