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danpianji1
- NRZ-HDB3的码型转换，分为三部分，每一部分都有详细C程序，原理图稍后传上。-NRZ-HDB3 the type of code conversion, divided into three parts, each have detailed procedures C, schematics Chuan later on.
amicmi
- 进入MatLab程序运行界面后，运行程序，界面会出现请输入NRZ玛，输入方式按数组方式输入，确认输入的NRZ码之后，程序会自动输出 CMI，AMI，HDB3的编码和解码的结果，可以清晰的对照出编码前后的结果。-into MatLab interface operating procedures, operating procedures, the interface will enter emerging NRZ Mary, by the array input mode input and c
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
transfor
- VC++的信息波形显示程序，输入波形后，可以设置不同的编辑类型：NRZ法编码、单极归零码、双级非归零、双极归零码、AMI法编码、HDB3编码法等，并根据这些设置选项生成波形图，软件界面友好，像是很专业的软件，如上图示。 -VC++ waveform display program information, input waveform, you can set different types of editors: NRZ encoding method, unipolar NRZ, dua
basebandencoer_decoder
- 设定一个信息码串，产生常见的编码如单极性非归零、双极性非归零、单极性归零、双极性归零、AMI、HDB3码的时域波形； 不考虑噪声影响，以采样电平为依据恢复出原始信息串。-Set up an information code string to produce a common code such as the unipolar NRZ, bipolar, non-zero, zero unipolar, bipolar zero, AMI, HDB3 code in time domain
expriment
- 设定一个信息码串，产生常见的编码如单极性非归零、双极性非归零、单极性归零、双极性归零、AMI、HDB3码的时域波形；-Set up an information code string to produce a common code such as the unipolar NRZ, bipolar, non-zero, zero unipolar, bipolar zero, AMI, HDB3 code of the time-domain waveform
NRZ2HDB3
- 实现NRZ与HDB3码互译,VB还有对应图形-VB C++ NRZ TO HDB
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.
transphp
- VC++的信息波形显示程序，输入波形后，可以设置不同的编辑类型：NRZ法编码、单极归零码、双级非归零、双极归零码、AMI法编码、HDB3编码法等，并根据这些设置选项生成波形图，软件界面友好，像是很专业的软件-VC++ waveform display program information, input waveform, it can set a different editor types: NRZ encoding method, a unipolar NRZ, two-stage non
fcn
- 信号与系统课程中的RZ码、NRZ码、AMI码、HDB3码、双相码、差分码等-Signal and System s Course used the RZ code, NRZ code, AMI code, HDB3 code, phase codes, differential code, etc.
ys
- 两路单极性HDB3+和HDB3-信号，经映射模块后完成单极性到双极性信号的数字转化，该模块由设计文件ys.v完成。由于映射后得到的是双极性归零码，通过该模块得到双极性非归零码。该模块由设计文件delay.v完成-Two unipolar HDB3-signals HDB3+, and by the mapping module to complete unipolar to bipolar signal digital conversion, the module completed by th
VHDL
- 基于 VHDL平台 的NRZ码 转HDB3码 程序-NRZ-> HDB3 coding based on VHDL
hdb3
- 用MATLAB编码不归零码和HDB3码之间的转换的编码部分-MATLAB code is not used and the HDB3 code NRZ coding part of the conversion between
QPSK
- 实现了PCM编码->基带码型转换（NRZ to HDB3）->QPSK调制->高斯信道->QPSK解调->基带码型反转换（HDB3 to NRZ）->PCM解码。同时给出了误码率曲线。-Achieve a PCM coding-> Baseband code converter (NRZ to HDB3)-> QPSK Modulation-> Gaussian channel-> QPSK demodulator-> anti-
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.
Draw_Dig_Wave
- 使用C语言画出数字信号，用于通信原理的学习，分别画出NRZ码，AMI码，HDB3码，使用Visual C++ 6.0编译-Draw a digital signal using the C language, for communication principle of learning, respectively, to draw the NRZ code, AMI code, HDB3 code, use the Visual C++ 6.0 compiler
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
NEW_waveform32
- 产生2^5的二进制PRBS信号，编码成单极性NRZ,RZ信号并绘制出波形，把2^5的PRBS信息码编码成HDB3码和差分双向码并绘制出波形(The binary PRBS signal generated by 2^5 is coded into unipolar NRZ, RZ signal, and the waveform is plotted. The PRBS information code of 2^5 is encoded into HDB3 code and different