搜索资源列表
NRZ_2_Manchester
- NRZ码到Manchester转换器 verilog
cmi_code
- 基于VHDL的CMI编码程序，使用VHDL语言编程将NRZ码转换为CMI码-The CMI coding process based on VHDL, VHDL programming language used to convert the CMI code NRZ code
BFL_Encode
- 将宽度为width位的并行输入数据按BiΦ-L码(曼彻斯特码)方式进行编码后串行输出，输出数据的宽度为(2*width)，BiΦ-L码是PCM码的一种，常用的PCM编码方式有：NRZ-L,BiΦ-L和BiΦ-M三种-The width of the parallel-bit width input data by BiΦ-L code (Manchester code) way encoded serial output, the output data width (2* width), Bi
HDB3
- 用VerilogHDL实现了从NRZ码到HDB3码的编码过程-NRZ code to HDB3 code using VerilogHDL
HDB3_decoder
- 用VerilogHDL实现了HDB3码到NRZ码的解码过程-decode HDB3 code to NRZ code using VerilogHDL
HDB3_coder
- 实现了将64K低速NRZ码复接成2.048M高速HDB3码及其解复接过程，同时还用同步状态机剔除假同步和假失步的状态 -Achieved the 64K low-speed NRZ code 2.048M into high-speed multiplexing and demultiplexing HDB3 code then the process also removed using false synchronous state machine synchronization and f
hdbn_latest.tar
- This “core” is actually two cores – an HDB3/HDB2/B3ZS Encoder that converts NRZ data into P and N pulses according to ITU-T G.703, and a HDB3/HDB2/B3ZS Decoder that converts P and N pulses into NRZ data according to ITU-T G.703.
VHDL
- 基于 VHDL平台 的NRZ码 转HDB3码 程序-NRZ-> HDB3 coding based on VHDL
hdbn_latest.tar
- This “core” is actually two cores – an HDB3/HDB2/B3ZS Encoder that converts NRZ data into P and N pulses according to ITU-T G.703, and a HDB3/HDB2/B3ZS Decoder that converts P and N pulses into NRZ data according to ITU-T G.703.
cmi
- 运行于Altera Cyclone FPGA平台,由VHDL编写的NRZ到CMI编码和CMI到NRZ解码程序。-Running on Altera Cyclone FPGA platform, VHDL prepared NRZ to CMI CMI to NRZ encoding and decoding procedures.
Manchester
- 运行于Altera Cyclone FPGA平台,由VHDL编写的NRZ到曼彻斯特编码和曼彻斯特编码到NRZ解码程序。-Running on Altera Cyclone FPGA platform, consisting in VHDL coding NRZ to Manchester and Manchester encoding to NRZ decoding process.
4.2
- 曼切斯特编码，解码Verilog源代码 nrz,1553协议通信采用的编解码方式-Manchester encoding, decoding, Verilog source code
hdbn
- This “core” is actually two cores – an HDB3/HDB2/B3ZS Encoder that converts NRZ data into P and N pulses according to ITU-T G.703, and a HDB3/HDB2/B3ZS Decoder that converts P and N pulses into NRZ data according to ITU-T G.703. Note: HDB2 and
7054
- Iterative self-organizing data analysis, Relief computing classification weight, NRZ type differential phase modulation signal modeling and simulation analysis.