Design of Energy-Efficient Protocol Stack for Nanocommunication Using Greedy Algorithms

Table 2

Existing energy management techniques.

Sr No.	Research article author(s)	Network method	Type of application	Focused issues	Energy management technique	Simulation/Real time
1	[20]	Random	Event based	Residual battery power and radio links	Energy storage	Simulation
2	[21]	Nanorectennas	Periodic	Total harvesting efficiency	Energy harvesting	Simulation
3	[22]	Nanorectennas	Event driven	Optimization	Energy harvesting	Simulation
4	[23]	Dynamic	Event based	Time synchronization	Energy consumption	Simulation
5	[24]	Fixed	Periodic	Energy transfer efficiency	Energy consumption	Simulation
6	[25]	Random	Distributive and adaptive	Energy transfer	Energy consumption	Simulation
7	[26]	Cluster	Query based	Scalability	Energy recharge	Simulation
8	[27]	Random	Event based	Efficient wireless power transfer	Energy consumption	Simulation
9	[13]	Cluster	Query based	Optimization of energy harvesting and consumption process	Energy harvesting	Simulation
10	[28]	Static and dynamic	Event driven	Delivery rate of data packets	Energy consumption	Simulation
11	[29]	Random	Periodic	Quantification of MCs	Energy consumption	Simulation
12	[30]	Random	Event based	Optimization of energy transfer	Energy consumption	Simulation
13	[11]	Cluster	Event driven	Maximizing energy utilization	Energy harvesting and energy consumption	Simulation