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possible, and X is as small as it can be. In the second picture, prior that the restored image would be smooth, resulting in a combination of Laplacian and low energy, which evolved a step forward. The third picture, prior think to consider edges is not smooth drip, need different situation different treatment ... Sparse and redundant is the problem being discussed, is currently the latest evolutionary version, and then there are some algorithms, although also successfully evolved into human, u

b_weighted_bipred;/* for B-frame implicitly weighted */ int i_direct_mv_pred;/* Time Space Team Motion Prediction */ int i_chroma_qp_offset;/* Chroma quantization step offset */int I_me_method; /* Motion estimation Algorithm (x264_me_*) */int i_me_range; /* Full pixel Motion estimation search range (from predicted MV) */int i_mv_range; /* Maximum length of motion vector (in pixels). -1 = auto, based on level */int i_mv_range_thread; /* The minimum space between threads. -1 = auto, based on nu

$ Awk ' ors=nr%2? ' \ t ":" \ n "' B.txt #把奇数行换行符去掉$ xargs-n2 String numberA 1B 219. Cost statistics$ cat A.txtNumber of name chargesZhangsan 8000 1Zhangsan 5000 1Lisi 1000 1Lisi 2000 1WANGWU 1500 1Zhaoliu 6000 1Zhaoliu 2000 1Zhaoliu 3000 1Statistics per person Total cost, total quantity:$ Awk ' {name[$1]++;number[$1]+=$3;money[$1]+=$2}end{for (i in name) print I,number[i],money[i]} ' a.txtZhaoliu 3 11000Zhangsan 2 13000WANGWU 1 1500Lisi 2 300020. Printing multiplication FormulasMethod 1:$ Awk '

detection speed and the detection accuracy.The model presented in this paper is tested on different data sets, such as PASCAL VOC, MS COCO, ILSVRC, and so on. The detection time (timing) and the detection accuracy (accuracy) are compared with the State-of-art detection methods in the field of object detection.The single Shot Detector (SSD)This section explains in detail the SSD object detection framework and the SSD training method.Here, let's figure out what the default box and feature map cel

"Perceptual Hashing algorithm" (perceptual hash algorithm), which generates a "fingerprint" (fingerprint) string for each image, and then compares the fingerprints of different images. The closer the result is, the more similar the picture is.Here is one of the simplest implementations:The first step is to reduce the size.Reduce the image to 8x8 's size, a total of 64 pixels. The role of this step is to remove the details of the picture, only the str

each image, and then compares the fingerprints of different images. The closer the result is, the more similar the picture is.Here is one of the simplest implementations:The first step is to reduce the size.Reduce the image to 8x8 's size, a total of 64 pixels. The role of this step is to remove the details of the picture, only the structure, shading and other basic information, discard the different sizes, proportions of the picture differences.The

= Magic (4); m = zeros (4,4,24); for k = 1:24 m (:,:, k) = A (:, p (k,:)); end% at this time M is the "union" of 24 4*4 magic squares, is a three-dimensional array. Now let's look at the size of M: >>size (m) ans = 4 4 24Finally, the array of cells and the structure :An array of cells (cell array) is a basket, everything can be loaded into the →_→ just remember to use curly braces {} when the definition.>>c = {A sum (a) prod (prod (a))}%a is a magic square,prod function that is produce of, used

, andBUNDLX is the index file for slicing data in bundle files. you can store up to 128x128 (16384) slices in a bundle file, but creating a tile cache is not a single slice, but it is rendered with 4096 pixels (no antialiasing) or 2048 pixels (with antialiasing) as the edge length. , if the slice edge we select is 256 pixels long and anti-aliasing is turned on, each time the ARCSOC process creates a large image that is stitched into 8x8 (64) slices an

http://poj.org/problem?id=1178DescriptionCenturies ago, King Arthur and the Knights of the Round Table used to meet every year in New year's day to celebrate their Fellowship. In remembrance of these events, we consider a board game for one player, on which one king and several knight pieces is P Laced at the random on distinct squares.The Board is an 8x8 array of squares. The King can move to any adjacent square, as shown in Figure 2, as long as it d

The eight Queens question, an old and famous problem, is a typical case of backtracking algorithms. The issue is the international chess player, Max Bessel, in 1848: Put eight queens on the 8x8 chess game so that they don't attack each other.Click, that is, any two queens can not be in the same row, the same column or the same slash, ask how many kinds of pendulum. Gauss thinks there are 76 kinds of schemes. In 1854, in the Chess magazine in Berlin, d

The question of the eight queens was raised by the international chess player Max Bessel in 1848: placing eight queens on 8x8 's chess, so that they cannot attack each other, that any two queens cannot be on the same line, in the same column, or on the same slash, asking how many kinds of pendulum. Gauss thinks there are 76 kinds of schemes. In 1854, in the Chess magazine in Berlin, different authors published 40 different solutions, and later some of

The eight Queens question, an old and famous problem, is a typical case of backtracking algorithms.The problem is the international chess player Max Bessel in 1848: Put eight queens on the 8x8 chess, so that they can not attack each other, that is, any two queens can not be in the same row, the same column or the same slash, ask how many kinds of pendulum. Gauss thinks there are 76 kinds of schemes. In 1854, in the Chess magazine in Berlin, different

The principle in JAVA is transplanted to PHP. Below is a piece of JAVA source code that I downloaded on CSDN. The purpose is to calculate the image fingerprint, public nbsp; static nbsp; String nbsp; produceFingerPrint (String nbsp; filename) nbsp; {BufferedImage nbsp; source nbsp; nbsp; principles in Im JAVA are transplanted to PHP Here is a piece of JAVA source code that I downloaded on CSDN. The purpose is to calculate the image fingerprint, Public static String produceFingerPrint (St

primary colors. For example, you can use the Python Image Library (PIL) to load an image and print the pixel value. Test image >>> from PIL import Image>>> test_image = Image.open('data/test_image.jpg') # The image is an RGB image with a size of 8x8 pixels.>>> print 'Image Mode: %s' % test_image.modeImage Mode: RGB>>> print 'Width: %s px, Height: %s px' % (test_image.size[0], test_image.size[1])Width: 4 px, Height: 4 px # Get the pixel values from

The eight queens issue is an ancient and famous issue and is a typical case of backtracking algorithms. This problem was raised by Max #183, an international chess player, who proposed in 1848 that eight queens should be placed on 8x8 chess so that they could not attack each other, that is to say, neither of the two queens can be in the same row, column, or diagonal line. It can match the pattern like Haskell and Prolog, Create logic to push to rule

number ·), followed by the corresponding instruction (can be understood as a function body), and finally RET is the return instruction (exit the current stack). Typically, the parameter size is followed by a minus (-) split with the size of the stack frame. $0-49 means that this is a 0-byte stack with 49-byte long parameters. Nosplit Note that the scheduler is not allowed to resize the stack frame, which means that the stack frame size must be manually specified. But why is it 49 bytes? Because

The question of Knight travel is seen in the seventh chapter of the visual Baisc 6 how to program Chinese version. On the 8x8 chess board, the Knight (walk: Two squares in one direction, one in the other) does not repeat the path of all the blanks on the board. The idea is to choose the corner of a grid as the starting point, all the road can go all the way to try again. To try 8^63 times, the calculation time is too long. It's better to make the ches

The Queen's question was promoted by the 8 Queen's question.Eight Queen's question is a chess-based question: how can you place eight queens on an 8x8 chess board so that no queen can directly eat the rest of the queen? To achieve this, neither of the two queens can be in the same row, vertical line, or slash.650) this.width=650; "src=" Http://s3.51cto.com/wyfs02/M00/57/F8/wKioL1Sk1Z2C4AT3AAIgszap58g271.jpg "title=" 2015-01-01 13_01_53-Eight Queen's q

For the stack some problems are not very familiar with, so temporarily need some time to understand, need to write more code to realize,, Stack has an important application is to implement recursion in the programming language, so this time is mainly about recursive implementation, we are familiar with the factorial function, 2-order Fibonacci series and Ackerman functions, followed by some data structures, such as binary tree, generalized table, and so on, due to the inherent recursive nature o

? According to Dr. Neal Krawetz's explanation, the principle is very simple and easy to understand. We can use a quick algorithm to achieve basic results. The key technology here is "Perceptual hash algorithm". its function is to generate a "fingerprint" (fingerprint) string for each image and then compare the fingerprints of different images. The closer the result is, the more similar the image is. The following is a simple implementation: Step 1: reduce the size. Reduce the image size to