Energy-efficient wireless communication network design is an important and challenging problem. It is important because mobile units operate on batteries with an energy supply. It is challenging because there are many different issues that must be dealt with when designing a low-energy wireless communication system (such as amplifier design, coding, and modulation design), and these issues are coupled with one another. Furthermore, the design and operation of each component of a wireless communication system present trade-offs between performance and energy consumption.
Therefore, the challenge is to exploit the coupling among the various components of a wireless communication system and understand trade-offs between performance and energy consumption in each individual component, in order to come up with an overall integrated system design that has optimal performance and achieves low energy (power).
The key observation is that constraining the energy of a node imposes a coupling among the design layers that cannot be ignored in performing system optimization. In addition, the coupling between layers requires simulation in order to accurately determine the performance. The purpose of this power is to present a methodology for the design, simulation, and optimization of wireless communication networks for maximum performance with an energy constraint.
Therefore, the challenge is to exploit the coupling among the various components of a wireless communication system and understand trade-offs between performance and energy consumption in each individual component, in order to come up with an overall integrated system design that has optimal performance and achieves low energy (power).
The key observation is that constraining the energy of a node imposes a coupling among the design layers that cannot be ignored in performing system optimization. In addition, the coupling between layers requires simulation in order to accurately determine the performance. The purpose of this power is to present a methodology for the design, simulation, and optimization of wireless communication networks for maximum performance with an energy constraint.
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low energy-efficient wireless communication network design ppt
low energy-efficient wireless communication network design seminar report
low energy efficiency wireless
green wireless communications ppt
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