Diophantine

文章讲述了现在韩国的频谱政策和动态频谱接入技术。过去韩国的频谱管理政策需要特权，并且只有一小部分频谱可以公用。随着无线技术的发展，现在，韩国政府，使用了机遇动态频谱接入的新型频谱策略，例如LBT技术用于REID，UWB和FACS等。MIC还考虑如何在DTV过渡完成后，重新分配频谱。新型的无线电技术如认知无线电和SDR将在UHF边带中应用新的服务。MIC试图用一用有效地方式开放频谱并接受新技术用于频谱策略中。(In this paper, we introduce spectrum policies and dynamic spectrum access technologies in Korea. In the past, Korea spectrum management was the command and control with exclusive usage rights and small portions of spectrum commons bands. With the development of the radio technologies, Recently, Korea government, MIC(ministry of information and com- munication), has been adopting new spectrum policies based on dynamic spectrum access technology such as LBT(Listen Before Talk) for RFID, UWB, and FACS(Flexible Access Common Spectrum) etc. MIC is also considering spectrum reallocation of digital dividend bands after DTV transition. New radio techniques such as cognitive radio and SDR will be applied to new services in this UHF band. MIC is trying to open the radio spectrum in an efficient way and adopt new technology into spectrum policy. Thus MIC is extending the open spectrum such as spectrum commons and spectrum liberalization bands. )

matlab的常用指针表，综合辅导与指南，符号语言工具箱(matlab common pointer table, comprehensive counseling and guidance, sign language toolbox)

AWGN信道和BSC信道的仿真程序，AWGN可调节信噪比，BSC可调节误码率(AWGN channel and the channel simulation program BSC, AWGN noise ratio can be adjusted, BSC bit error rate can be adjusted)

模板匹配法实现边沿检测，包括点模块、线模块和边沿模块等，文件中包含源图片及其程序运行结果(edge detection)

mimo channel capacity using matlab

matlab code for How to Detect and Track Red Colored Object in LIVE Video

13位巴克码+线形调频信号，进行脉冲压缩处理，中间经过解调处理。(13 Barker Code+ Linear FM signal, the pulse compression processing, intermediate processing after demodulation.)

This program takes as input number of horizontal and vertical regions then runs region based histogram matching and returns the image buffer

多主用户网络CR中动态频谱接入策略,使最小用户接入策略最大化。(Multi-user network CR main dynamic spectrum access strategy to maximize the minimum user access policies.)

说明：  实现机器人的自动编队，并可以避开障碍物，到达目的地的过程。(Automatic robot formations, and can avoid obstacles and reach the destination process.)