DENOISING-OF-ECG-SIGNAL-HAVING-BASE-LINE-DRIFT

ver codigo site ver codigo site ver codigo site ver codigo site ver codigo site ver codigo site ver codigo site ver codigo site ver codigo site

TSP问题关于蚁群最优化算法的MATLAB程序(Ant colony optimization about TSP algorithm of MATLAB)

何凯明的《Single Image Haze Removal Using Dark Channel Prior》论文中的代码，基于暗原色先验的图像去雾算法，对户外图像去雾有很好的效果(this code is of the paper"Single Image Haze Removal Using Dark Channel Prior",the function is removing haze based on Dark Channel Prior algorithm , having a good effect on outdoor images.)

使用拉格朗日松弛最小化方法处理简单的机组组合问题（UC）算例程序，源自电力系统运行与控制一书(Lagrangian relaxation minimization method is used to deal with simple unit combination problem (UC) example program, starts the power system operation and control)

BP神经网络 BP神经网络 BP神经网络 BP神经网络 BP神经网络( BP neural network BP neural network BP neural network)

卡尔曼滤波算法，用matlab语言编写的，可以直接使用(Kalman filtering algorithm, matlab language, can be used directly)

Automata using MATLAB

The signal received by a user over the forward link in such a high data rate system contains interference from the neighboring base stations. we note that the strength of this interference is a function of the network load in the neighboring cells. we obtain an expression for the received SINR (Signal to Interference and Noise Ratio) as a function of the traffic load in the interfering cells. Using this result, we propose an improvement to the SINR estimation scheme that is implemented in the current cellular data network. The proposed scheme provides a more accurate estimate of the user SINR by taking better account of the contribution of inter-cell interference. It builds on top of the current SINR measurement scheme by using a combination of pilot measurement and traffic load measurement

认知无线电中的频谱分配,基于CSGC算法用公平性标准评价性能好坏！(The cognitive radio spectrum allocation, based on fairness criteria CSGC algorithm to evaluate the performance good or bad!)

Filterbanks for digital hearing aids must use significantly different criteria than those designed for coding applications. For digital hearing aids, the filterbank channel gains must be adjustable over a large dynamic range to compensate for the hearing loss. This adjustability violates the alias cancellation properties of critically sampled filterbanks designed for coding. This paper describes a filterbank designed exclusively for hearing aid applications. Consideration will be given to the extremely limited memory, low delay and low power requirements that must be met in a typical hearing aid application.