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Study of Radio Resource Sharing for Future Mobile WiMAX Applications with Relays

机译:继电器未来移动WiMAX应用的无线电资源共享研究

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WiMAX (802.16e) is technically capable of offering city-wide broadband connections to a high number of mobile terminals. The technology has strong industrial support, however a number of challenges remain to be resolved. Major concerns include battery life for mobile terminals, balancing support for high velocity and high data-rate, and increasing area coverage. Relay technology is a promising approach to address these challenges. Due to limited radio resources, it is necessary to consider radio resource efficiency. This paper presents a de-tailed analysis of relay efficiency with and without resource sharing. To enhance spectral efficiency, a directional distributed relaying architecture is proposed for interference elimination and avoidance.
机译:WiMAX(802.16e)技术上能够提供与大量移动终端提供城市广泛的宽带连接。该技术具有强大的工业支持,但仍有许多挑战仍有待解决。主要担忧包括移动终端的电池寿命,平衡对高速度和高数据速率的支持,以及增加面积覆盖。继电器技术是一个有希望的方法来解决这些挑战。由于无线电资源有限,有必要考虑无线电资源效率。本文介绍了具有和无资源共享的继电器效率的脱尾分析。为了提高光谱效率,提出了一种定向分布式中继架构,用于干扰消除和避免。

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