搜索资源列表
seg
- 调用Shootseg.dll 的C＃中文分词源代码，仅供参考，相互学习。
SEGY1
- seg数据的各种转换代码，比较全，总共四个，为了凑5个，能下载原吗，忍痛3啊
segment
- segment,一个简单的中文分词程序，命令行如下： java -jar segmenter.jar [-b|-g|-8|-s|-t] inputfile.txt -b Big5, -g GB2312, -8 UTF-8, -s simp. chars, -t trad. chars Segmented text will be saved to inputfile.txt.seg
chinese-word-segment.rar
- 一个的文本分割程序，采用了改变的最大长度切分结合统计分词方法。,this is a project about chines-word segment, it propose a method conmbining the max-seg and the statistic method.
speaker-seg
- 利用能量实现静音-语音的切分，并自动与人工标注做对比-The use of energy for quiet- voice segmentation and automatically compared with the manual tagging
seg
- 一个应用perl编写的中文分词工具，里面有一个很好分词词库-perl fen ci
SEG
- 51 数码管显示范例程序 汇编语言 SST89E51RD2-51 LED display sample program in assembly language SST89E51RD2
seg
- This the code for image segmentation-This is the code for image segmentation
SegyMAT
- SegyMAT is a set of m-files that aims to ease importing and exporting SEG-Y files from Matlab. SegyMAT aims to: completely support SEG-Y revision 1 be easy to use in other projects be compileable using the Matlab Compiler be a Swiss Army knife de
seg
- 7 segment decoder... for decoding
7-seg-clock
- The TAPR PIC-Encoder (PIC-E) is a general-purpose packet radio encoder based on the Microchip, Inc. PIC16F84 PIC microcontroller. The PIC-E was designed to provide a generic interface between the digital world (in the form of serial data stre
7-seg-counter
- The TAPR PIC-Encoder (PIC-E) is a general-purpose packet radio encoder based on the Microchip, Inc. PIC16F84 PIC microcontroller. The PIC-E was designed to provide a generic interface between the digital world (in the form of serial data stre
key
- PS2键盘协议代码 verilog，可以在ISE上跑，约束条件：NET"F50M" LOC="B8" NET"ps2_clk" LOC="R12" NET"ps2_data" LOC="P11" NET"rst" LOC="H13" NET"seg[6]" LOC="L18" NET"seg[5]" LOC="F18" NET"seg[4]" LOC="D17" NET"seg[3]" LOC="D16" NET"seg[2]" LOC="G14"
LED_BCD8x7seg
- bcd 8*7 seg led display code in assembly level coding
7-Seg
- 7 segmentos,segmentos, 16f819, CCS
difference-bw-types-of-seg
- Image segmentation plays a crucial role in many medical imaging applications by automating or facilitating the delineation of anatomical structures and other regions of interest. We present herein a critical appraisal of the current status of sem