Nishant Tripathi
@psit.ac.in
Assistant Professor (ECE)
Pranveer Singh Institute of Technology
B. Tech degree from Uttar Pradesh Technical University, Lucknow, India in 2009 and his M. Tech from Rajasthan Technical University, India in 2014 and Ph.D. (Submitted) from Lovely Professional University, India respectively. From 2009 to 2012, Lecturer at Marathwada Institute of Technology, India. From 2012 to 2016 has worked as Assistant Professor at IVSIT, India.
Since 2016, working with PSIT Kanpur, India as Assistant Professor.
Research interests are in sensors, WSN, Energy Harvesting, 5G and Cloud Computing. ( )
EDUCATION
Ph.D (Submitted) (Wireless Communication) - LPU
M.Tech-Digital Communication
B.Tech-ECE
RESEARCH, TEACHING, or OTHER INTERESTS
Electrical and Electronic Engineering, General Engineering, Computer Networks and Communications, Hardware and Architecture
FUTURE PROJECTS
6G-based Wireless Network Core system architecture Design
Applications Invited
Energy Optimization using Non-Meta Clustering Approach in Ad-Hoc Networks
Applications Invited
Scopus Publications
Scholar Citations
Scholar h-index
Scopus Publications
Nishant Tripathi, Charanjeet Singh, and Kamal Kumar Sharma
Auricle Technologies, Pvt., Ltd.
We report a new improved energy competent and optimized data packet flow protocol with Hierarchical Clustering utilized in Wireless camera Sensor Network.The existing Extensive Zonal Stable Election Protocol has been modified along with the threshold parameters amplification and residual energy. It incorporates dynamic hybrid method with finite number of Member Sensor nodes (MSN) in proximity with the base station share their data directly , while the rest of the farther nodes form a cluster for data transference using Cluster Head. The performance metrics accompanied by heterogeneity, longer network survival and better throughput have been improved. The network field was divided into 4 zones with a gateway for defined region 2, 3, and 4. The criterion for zone division remained on the energy status (residual) of the MSNs and distance from the BS and the formulated field characteristics in the simulation were kept unknown. The obtained results demonstrate that our proposed modified version of EZSE protocol considerably performs better than existing EZ-SEP, Z-SEP, SEP, LEACH, Mod-Leach protocols during entire stability timeframe. The notable achievement is also reported in throughput as the same is enhanced more than by ~ 39%, 43%, 49% ,56%, 53% while total packets communicated with base station has been increased more than by ~ 127%, 131%, 147%, 151%, 148% stability of the network is also improved more than by ~ 37%, 42%, 45%, 49%, 51% with the corresponding increase in the heterogeneity of networks.
Nishant Tripathi, Kamal Kumar Sharma, and Utkarsh Pandey
Springer Nature Singapore
Praveen Srivastava, Nishant Tripathi, Vikas Srivastava, and Utkarsh Pnadey
IOP Publishing
Abstract Intelligent Reflecting Surface (IRS) is a transformative and innovative technique for enhancing the energy efficiency of modern day communication for 5G and beyond networks. Multiple input multiple output (MIMO) is widely used technology as it enhances the energy and spectral efficiency of network. IRS in combination with MIMO is widely used to reduce the non-Line of sight communication losses and also to increase the efficiency. IRS is a tool which changes the phase of the incoming signal by transforming it to a discrete phase and retransmits it towards user. This paper present a deep insight to IRS aided MIMO communication network technology and latest work done in this area. A comparative analysis of works of different authors is represented in a tabular form so as to have a better insight into this area.
Nishant Tripathi, Raghvendra Singh, and Utkarsh Pandey
Springer Nature Singapore
Nishant Tripathi and Kamal Kumar Sharma
Springer Nature Singapore
Nishant Tripathi and Kamal Kumar Sharma
IEEE
Wireless Sensor Networks (WSN) [1] has become a greedy need of the modern day electronic market effecting military, surveillance and monitoring data/information sectors over different applicative domain. Improvements have been designated to WSN (wireless sensor network) and WCSN (Wireless Camera Sensor Network) due to large population demand and extensive need of wireless apparatus, and platforms like social networking, data analytics, bidirectional information transmission - reception through satellite and earth stations, telecasting, broadcasting of live feeds, surveillance of remote and desired objects/locations, requirements in aviation and SONAR based telemetry communication, biomedical instrumentations and many more. This needed very peculiar works to be looked for overall networking architecture during routing of information through the routers to the BS and then to the user. To support large data feeds in and there are various parameters over which the total technology dependency relies on during transmission such as energy conservation, scalability of the WSN/WCSN in 2-D and 3-D, optimizing the limited network resources etc. To effectively utilize the available spectrum of frequency bandwidth for communication even through the networking a new concept of cooperative communication has been utilized in integration with WSN/WCSN using their clustering optimizing algorithms. So, in the present state of literature an analytical comparison study has been put forth covering some of the different routing methodologies along with the different routing clustering algorithms on the basis of key functionalities and workability in terms of its architecture. The outcomes are utilized to provide substantial proposal of their workability in the future domain of WCSN/WSN based cooperative communication.
RECENT SCHOLAR PUBLICATIONS
MOST CITED SCHOLAR PUBLICATIONS
Publications
Nishant Tripathi et. al. “Optimizing Network Efficiency and Stability through Increased SectorizationEnhanced Protocol (ISEP) in Wireless Networks” accepted to be published in “International Journal of
Intelligent Systems and Applications in Engineering (IJISAE)”. (SCOPUS)
➢ Nishant Tripathi et. al. “Enhancement of Performance Metrics of Heterogeneous Wireless Camera
Sensor Network with Functionalization of Extensive Zonal Stable Election Protocol using Threshold
Amplification and Residual Energy”, published in “International Journal on Recent and Innovation
Trends in Computing and Communication”. (SCOPUS)
➢ Nishant Tripathi et. al. “Analytical Report on Metaheuristic and Non-Metaheuristic Algorithms for
Clustering in Wireless Networks” published in “International Journal on Recent and Innovation Trends
in Computing and Communication”. (SCOPUS)
➢ Nishant Tripathi, Charanjeet Singh, Kamal Kumar Sharma, “Hybrid Cloud Network Security Issues and
Challenges for Sensor as a Service in Virtual Sensor Networks” published in “European Chemical
Bulletin”, Eur. Chem. Bull. 2023,12(Special Issue 6), 7576 – 7590. (SCOPUS)
➢ Nishant Tripathi et. al. “Enhanced Throughput and Power for Forth level of Heterogeneity using Sector
based clustering Protocol (SBCP)” published in Journal of Propulsion Technology. (SCOPUS)
Nishant Tripathi and Dr. Kamal Kumar Sharma et. al. “Analytical Review on Satellite Communication:
Benefits, Issues, and future Challenges” published at Lecture Notes