本文提出了一种基于改进的神经网络(MNN)的自适应闭环功率控制算法，该方法平滑了移动信道衰落的影响，使基站接收到的小区中所有用户的信号功率相等。
In this paper, a Modified Neural Network (MNN) based power controller is proposed to smoothen out the fast fading and keep the received signal power from each user constant at the base station.
改进衰落疾病的治疗方式，比如糖尿病和阿尔茨海默病是控制花销的最大希望以给病人带来不同意义的生活。
Further advances in treating expensive, debilitating diseases such as diabetes and Alzheimer's disease are the best hope for managing costs while making a meaningful difference in patients' lives.
介绍了BCCH载波与TCH载波的频率配置、信号衰落算法、干扰原理、动态功率控制的调节思路，以及提高网络质量，改善小区登陆与切换性能的措施。
I introduce the frequency allocation between BCCH carrier frequency and TCH, signal fading arithmetic, interference theory and the adjusting thinking of dynamic power control.
此外，该文还研究了阴影衰落、功率控制误差和非理想扇区天线这些实际因素对系统干扰与业务容量的影响。
In addition, the impact of the shadowing, power control error and imperfect sectorization on the interference and system capacity are evaluated.
当然，通过一些其它技术如功率控制、语音激活、抗多径衰落等也可以增强其系统容量。
Of course, there are still any other ways to increase the capacity, such as controlling efficiency, activating voice, decline interference of multiple channels.
在公元3世纪，随着汉朝的衰落新疆开始由本地首领控制，到7世纪时又由中国收复。
It came under the control of local leaders with the fall of the Han dynasty in the 3rd century AD and was regained by China in the 7th century.
生长控制，管理和衰落增长的控制是最常见于阳光地带城市，度假村，沿海地区，山区和其他环境和气候有吸引力的地方。
Growth control is found most commonly in Sunbelt cities, resorts, coastal areas, mountainous regions, and other environmentally and climatically appealing places.
生长控制，管理和衰落增长的控制是最常见于阳光地带城市，度假村，沿海地区，山区和其他环境和气候有吸引力的地方。
Growth control is found most commonly in Sunbelt cities, resorts, coastal areas, mountainous regions, and other environmentally and climatically appealing places.
应用推荐