matlab实现huffman编码 1. norm2huff.m (encoder function) 2. huff2norm.m (decoder function) 3. frequency.m (private function) 4. huffcodes2bin.m (binary rapresentation of huffman codes) 5. huffman_bench1.m (benchmark) 6. huffman_demo1.m (dem

1. 首先把兩張圖讀進來，求出高與寬和設定time的最大值 2. 利用atan()這個數學函式算出角度，以圖的中心為基準width/2和height/2 把x,y帶入atan(-(y-height/2)/(x-width/2))*180/PI - 當求出的角度<隨著時間比例變的角度，則將新的圖覆蓋到舊的圖 - 反之，用舊的圖覆蓋舊的圖 3. 但是，這會產生一個問題，因為斜率一樣，且atan()求出的角度範圍只有-90~90度，所以一三象限或者二四象限會發生同時wi

Zhang等人 利用相位一致性信息的特性，提出了 特征相似性方法(FSIMG) ，选取了相位一致性信息和梯度信息 作为它的两个特征，得到了较好的结果。 -A novel feature similarity (FSIM) index for full reference IQA is proposed based on the fact that human visual system (HVS) understands an image mainly according

威布尔分布 多阶段 概率分布密度 概率分布图(NSGA-II is a very famous multi-objective optimization algorithm. I submitted an example previously and wanted to make this submission useful to others by creating it as a function. Even though this function is very specific to