CAJ | 학술논문

以比吸收率为约束条件、设备总速率最大化为目标，提出一种适用于多天线上行传输的预编码设计方案。该方案在提高频谱效率的同时，兼顾了比吸收率对传输功率的影响，从而将比吸收率约束提前到产品设计和优化之中，减少了后期对比吸收率的评估依赖。通过仿真结果表明，这种算法不仅保证了比吸收率在最大允许范围内，而且还大大提升了设备性能。
이비흡수솔위약속조건、설비총속솔최대화위목표，제출일충괄용우다천선상행전수적예편마설계방안。해방안재제고빈보효솔적동시，겸고료비흡수솔대전수공솔적영향，종이장비흡수솔약속제전도산품설계화우화지중，감소료후기대비흡수솔적평고의뢰。통과방진결과표명，저충산법불부보증료비흡수솔재최대윤허범위내，이차환대대제승료설비성능。
Taking specific absorption rate (SAR) as constraint and total rate maximization as object, a precoding scheme suitable for MIMO uplink transmission is proposed in this paper. As the proposed scheme considers both the enhancement of spectrum efficiency and the impact of SAR on transmission power, it reduces the dependence on SAR evaluation mainly because SAR is put in product design and optimization in advance. Simulation results reveal that the proposed scheme not only guarantees SAR within the maximum range, but also greatly improve device performance.