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Green Cellular Network: Deployment Solutions, Sensitivity and Tradeoffs

This paper explores the benefits of sleep mode operation, variable cell size, and vertical sectorization in reducing energy consumption in LTE networks. Results show how these techniques can improve power efficiency without compromising quality of service.

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Green Cellular Network: Deployment Solutions, Sensitivity and Tradeoffs

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  1. Green Cellular Network: Deployment Solutions, Sensitivity and Tradeoffs By SushantBhardwaj SB3322

  2. Objective • The paper investigates how different techniques like sleep mode operation, variable cell size and veriticalsectorization, can reduce both radio transmission and operational energy consumption for a muti-cell and multi-user LTE cellular network.

  3. Results • Sleep mode is a useful mechanism for a lighltly loaded small cell deployment scenario. • Vertical Sectorization is beneficial for medium to large cell deployment scenario. • Slleep mode and vertical sectorization can improve the tradeoff between power consumption and throughput QoS.

  4. Energy Matrics: • Power consumption • Energy consumption Ratio • Energy Reduction Gain

  5. Cell Deployment: • Sleep mode operation • Vertical Sectorization

  6. VeriticalSectorization:

  7. Power-QoS Tradeoff(PQT):

  8. Sensitivity Analysis and Results:

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