The document discusses the use of energy harvesting (EH) in communication systems, particularly for wireless sensor networks (WSNs), highlighting its potential for long-term sustainability. It outlines various optimization challenges such as maximizing network lifespan, throughput, and minimizing delays, along with efficient management through clustering techniques. Additionally, it provides details on objectives related to energy harvesting and a summary of related publications.

1. Now a days, a number of studies have focused
on EH communication systems, in which EH is
accomplished using a variety of sources, such
as the ambient environment, licensed and
unlicensed bands, and so on.
As a result, EH is an appealing choice for
powering WSNs since it ensures their long-
term viability.
Several optimization challenges have been
explored in this area, including maximising of
life-span of sensor network, system
throughput, minimising of delay, and
simultaneous data transfer and energy
harvesting balancing.
In addition, additional studies explored using
clustering ways for managing EH-based
systems efficiently.

2. 1. Number of Objectives
2. Number of Objectives Completed(with the approach)
3. Tentative date to complete rest of the objective.
4. Number of Publications (Only Published)
i. Journal Papers, (With Details)
ii. Conference Papers(With Details)
iii. Book Chapters(With Details)
ii. Journal Papers, Conference Papers and Book
Chapters(With Details) (Submitted if any)

3. Objective
• Energy Harvesting in Wireless Sensor Networks to ensures
their long-term viability.
• Maximising of life-span of Wireless sensor network,
• Maximising the System Throughput,
• Minimising of delay,
• Simultaneous data transfer,
• Energy harvesting balancing,
• Clustering ways for managing Energy harvesting