OFDM(wm)

自适应动态规划控制参数调整,先进的自适应 ,能够自动调节 器的 ,有很好的鲁棒性 (Adaptive control parameter adjusting dynamic programming, advanced adaptive, automatically regulator, has good robustness)

IP113M circuit application

带时延的纯方位角单站跟踪算法,它有效地解决了用EKF算法进行纯方位角跟踪时可能出现的不稳定和滤波发散现象以及声音信号的时延问题。(Pure time delay with a single station azimuth tracking algorithm, which effectively solved the EKF algorithm with pure azimuth tracking of the instability that may arise and filtering divergence phenomenon, as well as the voice signal delay problem.)

家了蒙特卡洛仿真的基于CV模型的目标跟踪，其中蒙特卡洛仿真100次。(Home of the Monte Carlo simulation model based tracking CV, in which Monte Carlo simulation 100 times.)

一种利用稻田算法来优化支持向量机的程序，能实现支持向量机的参数优化(algorithm Using a paddy field to optimization support vector machine procedure, can realize the support vector machine parameters optimization)

这是一个有关中国邮递员的问题的算法，可以用于许多实际的问题(This is an issue of the Chinese postman algorithm can be used for many practical problems)

烟花算法程序，人工智能算法，用于各种优化问题(Fireworks Algorithmic Program, Artificial Intelligence Algorithms, Used for Various Optimization Problems)

iterative 解码库,matlab 和 c写的， 包括turbo code和LDPC的编解码， 含源代码(iterative decoding library, matlab and c written, including the turbo code and LDPC coding and decoding, including source code)

Low-level parallel-support for PC-style hardware integrated in the LASI-Controller (on GSC-Bus) for HP-PARISC Workstations.

为了最大限度地减少能源采集充电通信系统传输完成时间，各 传输调度方案已被提出。然而，他们并没有考虑这个问题，其中一个发射器可能会失败 之前完成传输。为广播与能量收集解决这个问题，传输调度 切换发射器进行了研究。在广播通信系统中包括两个发射器和两个用户。该 发射器获取能量和独立工作交替进行。传输调度问题转化为 最小化传输的完成时间，在能量的因果关系的约束，数据传输的限制，而 发射器的开关约束。发射器的开关被证明发射机不应该停止传输解决 之前切换到其他发射器和切换阈值应当是零。然后，一个最佳的发送策略是 基于对速度区域和发射器的开关机制，早期的作品提出。建议的最佳传输 政策可以达到更大的速度比区域若干种次优的传输策略。( To minimise transmission completion time in energy-harvesting rechargeable communication systems, various transmission scheduling schemes have been proposed. However, they did not consider the issue where a transmitter may fail before completing the transmission. To resolve this issue, transmission scheduling for broadcasting with energy-harvesting switching transmitters is studied. The broadcasting communication system consists of two transmitters and two users. The transmitters harvest energy independently and work alternately. The transmission scheduling problem is formulated as minimising the transmission completion time, under the energy causality constraint, the data transmission constraint, and the transmitter switching constraint. Transmitter switching is addressed by proving that a transmitter should not stop transmission before switching to the other transmitter and the switching threshold should be zero. Then, an optimal transmission policy is proposed based on earl)