COMP-of-lte_a--technology-research

说明：  宿舍管理系统，用到Visual C++，详细源代码(dormitory management system)

说明：  提供了三套ZigBee兼容的 平台，为我们的客户提供一种 只需要添加应用的解决方案。 所有的三种解决方案都是建立 在CC2420/CC2520上，而且 有很好的共存性。这些兼容的 平台缩短了产品进入市场的时 间，简化了系统设计和ZigBee 终端产品的验证。(Provided three sets of ZigBee-compliant platform, to offer our customers only need to add the application of a solution. All three solutions are built on CC2420/CC2520, but also the co-existence of good. These platform compatible product to shorten time-to-market and simplifies the system design and test ZigBee end-products.)

hfss设计的功分器，结构简单，易于实现，我相信对初学者会游有用( a new creative guide book on how to creat a new kind of antenna,i am sure it is helpful)

文件有两份电梯设计的毕业论文，使用PLC设计(File has two elevator design graduation thesis, using the PLC design)

：介绍了一种基于数字信号处理器（DSP）的移相调频（Phase-Shifted and Frequency-Varied，PSFV）PWM控制 逆变电源，给出了主电路拓扑结构，分析了其控制原理并设计了其控制程序流程图。新颖的PSFV 控制能够实现输出 电压90％的调整率，输出电流波动小于单纯移相调功PWM方式，并在轻载时保持连续。功率开关器件零电压零电流 通断（Zero-Voltage-Zero-Current Switching，ZVZCS）软开关的实现，有利于进一步提高开关频率和降低开关损耗。采用 高性能的专用DSP 芯片TMS320F2812 实现了系统的数字控制，满足了系统控制的灵活性和实时性，减小了系统的 体积和生产成本。仿真分析和实验结果证明了此控制模式的可行性与合理性。()

关于地震数据恢复的一系列论文，后面会将这一系列的论文上传。希望对处理地震数据的人有帮助。(This is a series of papers on the restoration of seismic data, the following will be uploaded to this series of papers, and I hope to be helpful to the people who deal with seismic data.)

Digital control DC-DC Converter, which could be with high performance and elctrical characteristics.

OptiSystem仿真软件模型案例，有光发送机设计，光接收机设计，光纤系统设计，光放大器设计 (OptiSystem simulation software model case, the light transmitter, optical receiver design, optical system design, design of optical amplifiers)

对DNA序列分类的方法进行了初步的探讨。对于分类问题，最重要的是找出不同类的特征。包括DNA分类问题的程序，以及几篇优秀论文(Method for classification of DNA sequences are discussed. For classification problems, the most important is to find out the characteristics of different types of. Including the DNA classification procedures, as well as several excellent papers)

在无线通信中使用跳频技术是军事通信中最主要的抗干扰手段之一, 而如果系统中能使用合适的中心频率可以快速跟踪跳频变化的带通滤波器将可以明显改善系统的抗干扰性能。文中从实际应用出发, 比较了几种可用于实现带通滤波器快速变频的方案, 选择了简单、实用的开关电容阵改变带通滤波器中心频率的方案(The use of frequency hopping in wireless communication technology is the most important anti-jamming in military communications, one of the means, and if the system can use the appropriate center frequency can be fast-tracked changes in frequency-hopping band-pass filter will be able to significantly improve the system anti-jamming性能. This paper from the actual application, the comparison of several band-pass filter can be used to achieve the rapid conversion of the program, choose a simple, practical switched capacitor array to change the center frequency of band-pass filter program)