Capacity of channel with energy harvesting transmitter
The capacity of a channel with an energy harvesting transmitter refers to the maximum rate at which information can be transmitted over the channel while accounting for the energy harvesting constraints of the transmitter. This concept is important in wireless communication systems that use energy harvesting techniques to power the transmitters, such as in low-power sensor networks or in remote or inaccessible locations.
In general, energy harvesting transmitters are able to recharge their batteries or capacitors by harvesting energy from their environment, such as from solar or kinetic energy sources. However, the energy available for transmission may vary depending on the environment, and the transmitter must use its energy efficiently to maximize the rate of information transmission.
To determine the capacity of a channel with an energy harvesting transmitter, various techniques may be used, such as optimization algorithms or information theoretic approaches. These techniques aim to optimize the power allocation and modulation schemes used by the transmitter to maximize the rate of information transmission subject to the energy harvesting constraints.
The capacity of a channel with an energy harvesting transmitter can depend on a number of factors, such as the amount of energy available for transmission, the characteristics of the channel, and the modulation and coding schemes used by the transmitter. By analyzing these factors and developing efficient transmission strategies, it is possible to improve the performance of wireless communication systems that use energy harvesting techniques.
Research in this area has led to the development of several important results and algorithms, including the energy harvesting and channel state information feedback protocol, the energy harvesting Gaussian channel capacity, and the energy harvesting multiple access channel capacity. These results have practical applications in fields such as environmental monitoring, healthcare, and smart cities, where low-power and energy-efficient wireless communication systems are essential.
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