: 07923215965
gec-gnagar-dte@gujarat.gov.in

portfolio


faculty_photo

Prof. Nehal Shyal

Assistant Professor

CONTACT


CABIN:

2002/3

EMAIL:

nehalshyal@gecg28.ac.in

AREA OF INTEREST


  • Wireless Sensor Network

COURSE TAUGHT


  • Digital Electronics
  • Integrated Personality Development Course
  • Analog Electronics

RESEARCH INTEREST


  • Wireless Communication

EDUCATION
QUALIFICATION


ME/MTech

25-08-2011 - 13-06-2013

Adit, Vallabh Vidyanagar


WORK EXPERIENCE


Total : 8 years


Assistant Professor

17-06-2013 - 01-01-2015

Parul Institute Of Engineering And Technology


Publication

# Title Publication Date Author Conference/Journal Details
1 A Localization Protocol For Mobile Node Positioning In Multipath Environment 2013 Nehal M. Shyal In Proceeding Of 2nd International Conference On Research & Development In Engineering, Technology & Science (icrd-ets) And Aes E Journal, 2013. - Awarded As Best Paper In International Conference. In this paper a Network Model is presented for localization of moving node in Wireless Sensor Networks (WSNs). Multipath is major challenge to find location for a moving node in WSNs. Proposed method combines several methods to overcome multipath error for finding position of mobile node. Error is minimized based on threshold of RSS of each received channel. Simulation is done with Rayleigh channel and it enables to select the minimum error channel and finds accurate position with average error
2 Survey Report On Localization Protocol For Mobile Sensor Navigation In Awsn 2012 Nehal M. Shyal Adit Journal Of Engineering, Vol.9, No.1 Localization is an important aspect in the field of wireless sensor networks that has attracted significant research interest recently. Sensor networks hold the promise of revolutionizing our daily life by ubiquitously monitoring our environment and/or adjusting it to suit our needs. Many applications of wireless sensor networks (WSNs) require the knowledge of where the individual nodes are located. For example 1) Tracking of objects, 2) Location-based routing to give optimum path to a particula