Dynamic Resource Allocation for Next Generation Wireless Networks

大多数现代多用户无线通信系统努力通过更高速率、更低延迟的传输来提高系统性能，同时延长移动设备的电池寿命(或提高能效)。可获得性，以及最近对信道和队列知识的利用，已经导致了许多方法来解决部分有效的功率分配问题，同时仍然确保其用户/流的吞吐量和延迟保证。值得注意的是，为了进一步改进这些改进并在实际无线系统中实现它们，以及与诸如IEEE 802.16e和3GPP LTE/LTE-Advanced等现有标准的集成，诸如过程和计算能量建模以及生命周期能量约束等实际考虑是必不可少的。

Most modern, multiuser wireless communication systems strive to increase system performance through higher rate, lower latency transmissions, while simultaneously extending battery lifetime (or increasing energy efficiency) in mobile devices. The availability, and more recent the exploitation of channel and queue knowledge has led to a number of approaches to solve parts of the efficient power allocation problem while still ensuring their user/stream guarantees for throughput and delay. While notable, practical considerations such as process and computational energy modelling and lifetime energy constraints are essential in order to further these improvements and realize them in practical wireless systems and integration with existing standards such as IEEE 802.16e and 3GPP LTE/LTE-Advanced.