Method-III

complex network routing based on the average waiting time of each node

lcmv- 阵列信号处理,可以自己输入信噪比(lcmv simulation on array )

Normalized Least mean square algorithm in matlab

说明：  采用频率调制 为1000Ｈｚ的载波，在解调前把加性白高斯噪声加入到调制信号。当噪声功率和调制信号功率比为０.００１，０.０１，０.０５，０.１和０.３是进行解调并绘出调制信号(The use of frequency modulation for the 1000Hz carrier, in the demodulation before AWGN added to the modulation signal. When the noise power and modulation signal power ratio of 0.3 is 0.001,0.01,0.05,0.1 and demodulation and modulation signals mapped)

矩量法分析 半波阵子天线 电流分布 方向图(mom dipole current distrubution pattern simulation )

量子理论和离子群优化算法结合，构建的量子粒子群优化算法，获得较的效果！(Quantum theory and particle swarm optimization algorithm combining quantum behaved particle swarm optimization algorithm to construct, acquire more effect! )

高频段超方向性天线阵列设计 (Ultra high frequency band directional antenna array design)

通过输入连续的图像序列，得到本证图像：包括reflectance 和 shading image(Deriving intrinsic images from image sequences)

针对二维矩形条带装箱问题提出了一种启发式布局算法，即底部左齐择优匹配算法（lowest—level left align bestfit，简称LLABF）．LLABF算法遵循最佳匹配优先原则，该原则综合考虑完全匹配优先、宽度匹配优先、高度匹配优先、组合宽度匹配优先及可装入优先等启发式规则．与BL（bottom-left），IBL（improved-bottom-left）与BLF（bottom—left-fill）等启发算法不同的是，LLABF能够在矩形装入过程中自动选择与可装区域匹配的下一个待装矩形．计算结果表明，LLABF结合遗传算法（genetie algorithm,简称GA）解决二维条带装箱问题更加有效．(A heuristic placement algorithm for two-dimensional rectangular strip packing problem is proposed, which is called bottom-level left align best fit algorithm (LLABF). Different from BL (bottom-left), IBL (improved-bottom-left) and BLF (bottom-left-fill) heuristic algorithms, LLABF can automatically select the next rectangle to be loaded that matches the mountable region during the rectangular loading process. Genetie algorithm (GA) is more effective to solve the two-dimensional strip packing problem.)

说明：  马尔可夫链（Markov Chain），描述了一种状态序列，其每个状态值取决于前面有限个状态。(The Markov Chain, which describes a sequence of states in which each state value depends on a finite number of previous states)