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[File Operate] dotnet写的文件分割器

Description: 下面我将这个文件分割器的运行流程简单列出如下： 1、 选择要分割原文件，用OpenFileDialog控件实现，变量SplitSourceFileName 记录文件路径。 2、 选择分割后文件的保存地址，用FolderBrouserDialog控件实现，变量SplTargetFolder记录保存路径。 3、 用户输入分块大小，可选择以KB或以MB为单位，变量ItemSize记录。 4、 点击“开始分割”按键，若个参数合法，则开始执行分割过程，进度条显示执行进度，否则提示错误。 5、 合并过程与分割过程类似，只是多了对可选择的合并文件的限制。 -Now, I will split the document for the operation is simple, is as follows : 1, opted to split the original document, with OpenFileDialog control achieved record variable SplitSourceFileName paper trails. 2, the choice of segmentation document addresses the preservation, use FolderBrouserDialog Controls, variable SplTargetFolder record keeping path. 3, user input block size, the option to KB or MB units, a variable ItemSize record. 4, clicking on the "Start split." Button, if parameter is lawful, the division started the process, the progress of the show progress in implementation, suggest otherwise wrong. 5, the merger process and segmentation process similar, but more on the choice of the merger document restrictions.
Platform: | Size: 29484 | Author: soft271 | Hits:

[Console] MTDmag

Description: 可变式分区分配思想建立存储分块表MBT，使用首次适应法为新作业寻找可用空间。 输入内存空间大小、MBT表长度，显示初始MBT表的状态，以后每分配一次空间或释放一次空间都要显示当前的MBT表。当选择“分配空间”操作，则需要输入新作业所需的空间；当选择“释放空间”操作，则需要输入想要释放的作业号。-variable thinking of establishing regional distribution storage block table MBT, use the first method to adapt to the new operations to find the available space. Importation of memory space size, the length of MBT table, table shows the initial state of MBT, every subsequent distribution of a space or a space must release shows the current MBT table. When choosing the "space allocation" operation, the need for the importation of new operational requirements for the space; When choosing the "release space" operation, will need to import want to release its operations.
Platform: | Size: 10994 | Author: 毛斌 | Hits:

[Other] VariableblocksizeMotionEstimation

Description: presentation of Fast Variable Block Size Motion Estimation Algorithms Based on Merge and Split Procedures for H.264/MPEG-4 AVC
Platform: | Size: 148522 | Author: 熊牧野 | Hits:

[mpeg mp3] 6

Description: An Adaptive Variable Block Size Transform Coding System with Lagrangian Cost Function Decision Criterion
Platform: | Size: 99831 | Author: Ken | Hits:

[ELanguage] pl/0

Description: /*PL/0编译系统C版本头文件pl0.h*/ /* typedef enum { false, true } bool; */ #define norw 13 /*关键字个数*/ #define txmax 100 /*名字表容量*/ #define nmax 14 /*number的最大位数*/ #define al 10 /*符号的最大长度*/ #define amax 2047 /*地址上界*/ #define levmax 3 /*最大允许过程嵌套声明层数[0,levmax]*/ #define cxmax 200 /*最多的虚拟机代码数*/ /*符号*/ enum symbol{ nul, ident, number, plus, minus, times, slash, oddsym, eql, neq, lss, leq, gtr, geq, lparen, rparen, comma, semicolon, period, becomes, beginsym, endsym, ifsym, thensym, whilesym, writesym, readsym, dosym, callsym, constsym, varsym, procsym, }; #define symnum 32 /*名字表中的类型*/ enum object{ constant, variable, procedur, }; /*虚拟机代码*/ enum fct{ lit, opr, lod, sto, cal, inte, jmp, jpc, }; #define fctnum 8 /*虚拟机结构代码*/ struct instruction { /*454*/ enum fct f; // 虚拟机代码指令 int l; //引用层与声明层的层次差 int a; //根据f的不同而不同 }; FILE * fas; //输出名字表 FILE * fa; //输出虚拟机代码 FILE * fa1; //输出源文件及其各行对应的首地址 FILE * fa2; //输出结果 bool listswitch; //显示虚拟机代码与否 bool tableswitch; //显示名字与否 char ch; //获取字符的缓冲区，getch使用 enum symbol sym; //当前的符号 char id[al+1]; //当前ident，多出的一个字节用于存放0 int num; //当前number int cc,ll; //getch使用的计数器，cc表示当前字符(ch)的位置 int cx; //虚拟机代码指针，取值范围[0，cxmax-1] char line[81]; //读取行缓冲区 char a[al+1]; //临时符号，多出的一个字节用于存放0 struct instruction code[cxmax]; //存放虚拟机代码的数组 char word[norw][al]; //保留字 enum symbol wsym[norw]; //保留字对应的符号值 enum symbol ssym[256]; //单字符的符号值 char mnemonic[fctnum][5]; //虚拟机代码指令名称 bool declbegsys[symnum]; //表示声明开始的符号集合 bool statbegsys[symnum]; //表示语句开始的符号集合 bool facbegsys[symnum]; //表示因子开始的符号集合 //名字表结构 struct tablestruct { char name[al]; //名字 enum object kind; //类型：const，var，array or procedure int val; //数值，仅const使用 int level; //所须层，仅const不能用 int adr; //地址，仅const不能用 int size; //需要分配的数据空间，仅procedure使用 }; struct tablestruct table[txmax]; //名字表 FILE * fin; FILE * fout; char fname[al]; int err; //错误计数器 //当函数中发生fatal error时，返回-1告知调用它的函数，最终退出程序 #define getsymdo if(-1==getsym()) return -1 #define getchdo if(-1==getch()) return -1 #define testdo(a,b,c) if(-1==test(a,b,c)) return -1 #define gendo(a,b,c) if(-1==gen(a,b,c)) return -1 #define expressiondo(a,b,c) if(-1==expression(a,b,c)) return -1 #define factordo(a,b,c) if(-1==factor(a,b,c)) return -1 #define termdo(a,b,c) if(-1==term(a,b,c)) return -1 #define conditiondo(a,b,c) if(-1==condition(a,b,c)) return -1 #define statementdo(a,b,c) if(-1==statement(a,b,c)) return -1 #define constdeclarationdo(a,b,c) if(-1==constdeclaration(a,b,c)) return -1 #define vardeclarationdo(a,b,c) if(-1==vardeclaration(a,b,c)) return -1 void error(int n); int getsym(); int getch(); void init(); int gen(enum fct x,int y ,int z); int test(bool *s1,bool *s2,int n); int inset(int e,bool *s); int addset(bool *str,bool * s1,bool * s2,int n); int subset(bool *str,bool * s1,bool * s2,int n); int mulset(bool *str,bool * s1,bool * s2,int n); int block(int lev,int tx,bool * fsys); void interpret(); int factor(bool * fsys,int * ptx,int lev); int term(bool * fsys,int * ptx,int lev); int condition(bool * fsys,int * ptx,int lev); int expression(bool * fsys,int * ptx,int lev); int statement(bool * fsys,int * ptx,int lev); void listcode(int cx0); int vardeclaration(int *ptr, int lev,int *ptx); int constdeclaration(int *ptr, int lev,int *ptx); int position(char * idt,int tx); void enter(enum object k,int * ptx,int lev, int * pdx); int base(int l,int * s,int b)
Platform: | Size: 25139 | Author: xqq771084591 | Hits:

[File Operate] dotnet写的文件分割器

Description: 下面我将这个文件分割器的运行流程简单列出如下： 1、 选择要分割原文件，用OpenFileDialog控件实现，变量SplitSourceFileName 记录文件路径。 2、 选择分割后文件的保存地址，用FolderBrouserDialog控件实现，变量SplTargetFolder记录保存路径。 3、 用户输入分块大小，可选择以KB或以MB为单位，变量ItemSize记录。 4、 点击“开始分割”按键，若个参数合法，则开始执行分割过程，进度条显示执行进度，否则提示错误。 5、 合并过程与分割过程类似，只是多了对可选择的合并文件的限制。 -Now, I will split the document for the operation is simple, is as follows : 1, opted to split the original document, with OpenFileDialog control achieved record variable SplitSourceFileName paper trails. 2, the choice of segmentation document addresses the preservation, use FolderBrouserDialog Controls, variable SplTargetFolder record keeping path. 3, user input block size, the option to KB or MB units, a variable ItemSize record. 4, clicking on the "Start split." Button, if parameter is lawful, the division started the process, the progress of the show progress in implementation, suggest otherwise wrong. 5, the merger process and segmentation process similar, but more on the choice of the merger document restrictions.
Platform: | Size: 59392 | Author: soft271 | Hits:

[Console] MTDmag

Description: 可变式分区分配思想建立存储分块表MBT，使用首次适应法为新作业寻找可用空间。 输入内存空间大小、MBT表长度，显示初始MBT表的状态，以后每分配一次空间或释放一次空间都要显示当前的MBT表。当选择“分配空间”操作，则需要输入新作业所需的空间；当选择“释放空间”操作，则需要输入想要释放的作业号。-variable thinking of establishing regional distribution storage block table MBT, use the first method to adapt to the new operations to find the available space. Importation of memory space size, the length of MBT table, table shows the initial state of MBT, every subsequent distribution of a space or a space must release shows the current MBT table. When choosing the "space allocation" operation, the need for the importation of new operational requirements for the space; When choosing the "release space" operation, will need to import want to release its operations.
Platform: | Size: 10240 | Author: 毛斌 | Hits:

[Other] VariableblocksizeMotionEstimation

Description: presentation of Fast Variable Block Size Motion Estimation Algorithms Based on Merge and Split Procedures for H.264/MPEG-4 AVC
Platform: | Size: 148480 | Author: 熊牧野 | Hits:

[mpeg mp3] 6

Description: An Adaptive Variable Block Size Transform Coding System with Lagrangian Cost Function Decision Criterion
Platform: | Size: 99328 | Author: Ken | Hits:

[Internet-Network] tftpx-1.0

Description: 用C语言开发的在Linux平台上的TFTP(RFC1380)服务器端和客户端. 支持目录列表, 可变块大小(RFC2348). 传输模式只支持二进自制模式. 停止等待机制作为数据传输的基本机制, 是网络编程必须的掌握的技能. TFTP 协议使用基于UDP的停止等待机制来实现文件的可靠传输. -Developed using C language in Linux platform TFTP (RFC1380) server-side and client. Supported directory listing, variable block size (RFC2348). Transfer mode supports only binary-made model. Stop waiting for data transfer mechanism as a basic mechanism is a network programming skills necessary. TFTP protocol uses UDP-based mechanism to stop waiting for a reliable file transfer.
Platform: | Size: 7168 | Author: 来无影 | Hits:

[Graph program] blockcode

Description: 可变块大小的方块编码源程序包括编码和解压两部分程序-Variable block size coding of the box including source code and extract the two parts of the procedure
Platform: | Size: 1024 | Author: yuan | Hits:

[Streaming Mpeg4] VLSL-Design-of-High-Performance-Full-search-Block-

Description: 给出了一种用于H.264变换尺寸全搜索快匹配算法的运动估计电路的改进结构，并完成了VLSI设计。通过脉动阵列和全流水线的设计，达到最高的数据重用率、最小的I/O引脚和100 的硬件计算效率。-An improved architecture for H.264 full-pel motion estimation using variable block size full-search block-matching algorithm is proposed in this paper. To obtain the highest data reuse efficiency and minimum I/O pin count while achieving 100 hardware efficiency, a systolic array and full pipeline architure is adopted.
Platform: | Size: 513024 | Author: 周 | Hits:

[CSharp] SmppClient

Description: RC5 has a variable block size (32, 64 or 128 bits), key size (0 to 2040 bits) and number of rounds (0 to 255). The original suggested choice of parameters were a block size of 64 bits, a 128-bit key and 12 rounds.
Platform: | Size: 930816 | Author: uy | Hits:

[Other] Fastvariableblocksizemotionestimationalgorithm

Description: 本文提出并得出快速可变块大小运动估计算法，在此基础上分析比较H264、MPEG4、AVC视频编码算法。文中提供的算法减少运算，以较少的运算量获得较高的图像质量。-This paper proposes and investigates fast variable block-size motion estimation algorithms based on merge and split procedures for H.264/MPEG-4 AVC video encoding. The algorithms take advantage of the correlation of the Motion Vectors (MVs) of the different block-size modes, to achieve good computation reduction. Experimental results show that the number of search points can be reduced to about 4 of that using full-search motion estimation, with negligible quality degradation.
Platform: | Size: 121856 | Author: 成果 | Hits:

[VHDL-FPGA-Verilog] yedek_son

Description: a basic Mode Decision hardware for Variable Block Size Motion Estimation in verilog
Platform: | Size: 2048 | Author: dumbmage | Hits:

[Other] vcFileupload

Description: 这是CTransferSocket_hawk的类实现文件，以下成员变量用于数据发送：数据缓存区,为一个先入先出队列，注意:队列中的数据比原始数据多4+BEGIN_TAG_LENGTH个字节,其中前4个字节用来存放原始数据的长度,接下来存放BEGIN_TAG.远程端需要长度来确定将要接收的数据块尺寸,并利用BEGIN_TAG，来判断是否有错误发生。-This is CTransferSocket_hawk class implementation file, the following member variable for data transmission: data buffer, a FIFO queue, Note: The data in the queue more than the original data, 4+ BEGIN_TAG_LENGTH bytes, of which the first 4 bytes the length used to store raw data, then store BEGIN_TAG. remote clients need to determine the length of the data block size to receive and use BEGIN_TAG, to determine whether an error occurred.
Platform: | Size: 38912 | Author: zs | Hits:

[Other] softhy153I

Description: 这是CTransferSocket_hawk的类实现文件，以下成员变量用于数据发送：数据缓存区,为一个先入先出队列，注意:队列中的数据比原始数据多4+BEGIN_TAG_LENGTH个字节,其中前4个字节用来存放原始数据的长度,接下来存放BEGIN_TAG.远程端需要长度来确定将要接收的数据块尺寸,并利用BEGIN_TAG，来判断是否有错误发生。-This is CTransferSocket_hawk class implementation file, the following member variable for data transmission: data buffer, a FIFO queue, Note: The data in the queue more than the original data, 4+ BEGIN_TAG_LENGTH bytes, of which the first 4 bytes the length used to store raw data, then store BEGIN_TAG. remote clients need to determine the length of the data block size to receive and use BEGIN_TAG, to determine whether an error occurred.
Platform: | Size: 990208 | Author: zs | Hits:

[VHDL-FPGA-Verilog] DSP_h264_VariableBlockSize

Description: 這是用verilog HDL實現H.264可變block大小的源碼。為了使其能在FPGA上運作，還加入了我自己的改善。-A verilog HDL code for H.264 with variable block size and my own improvement.
Platform: | Size: 262144 | Author: Chung-Hao Wu | Hits:

[matlab] BlowfishEncryption

Description: Blowfish Algorithm is a Feistel Network, iterating a simple encryption function 16 times. The block size is 64 bits, and the key can be any length up to 448 bits. Although there is a complex initialization phase required before any encryption can take place, the actual encryption of data is very efficient on large microprocessors. Blowfish is a variable-length key block cipher. It is suitable for applications where the key does not change often, like a communications link or an automatic file encryptor. It is significantly faster than most encryption algorithms when implemented on 32-bit microprocessors with large data caches.
Platform: | Size: 51200 | Author: prabhakaran | Hits:

[Other] Fast-Human-Detection

Description: 行人目标检测文章基于块大小可变的hog+svm-Pedestrian Detection article is based on a block size of the target variable hog+svm
Platform: | Size: 253952 | Author: zkz19872009 | Hits:
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