Proportional Fairness Algorithm for Traditional Users and Point-to-Point Users in LTE Uplink
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This design develops a fairness algorithm based on the proportional relationship between traditional users and point-to-point users in LTE uplink systems to ensure rational resource allocation. The algorithm accounts for key differences between traditional cellular users and direct point-to-point communication users, implementing appropriate balancing mechanisms to optimize their proportional coexistence. Through this fairness algorithm implementation using utility-based scheduling approaches, user demands can be better satisfied while enhancing overall network performance metrics such as throughput and latency. Key algorithmic components include user classification modules, proportional fairness calculations using logarithmic utility functions, and dynamic resource allocation mechanisms that adjust scheduling priorities based on real-time traffic patterns and quality of service requirements.
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