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Description: 用VerilogHDL实现了从NRZ码到HDB3码的编码过程-NRZ code to HDB3 code using VerilogHDL
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Size: 1024 |
Author: 谈钒 |
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Description: 用VerilogHDL实现了HDB3码到NRZ码的解码过程-decode HDB3 code to NRZ code using VerilogHDL
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Size: 1024 |
Author: 谈钒 |
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Description: 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 false out-of-step state
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Size: 3148800 |
Author: 陈涛 |
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Description: 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, dual-stage non-zero, bipolar NRZ, AMI law coding, HDB3 encoding method, etc. and, based on these settings option to generate a waveform diagram, the software user-friendly, such as very professional software icons above.
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Size: 33792 |
Author: 远山 |
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Description: 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 waveform not consider noise impact to sample level as the basis to restore the original information out of string.
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Size: 2048 |
Author: 温倩 |
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Description: 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
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Size: 1024 |
Author: demi |
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Description: 实现NRZ与HDB3码互译,VB还有对应图形-VB C++ NRZ TO HDB
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Size: 916480 |
Author: cc |
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Description: 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.
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Size: 199680 |
Author: chaitanya |
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Description: 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-zero, bipolar NRZ, AMI Encoding, HDB3 encoding method, etc., and According to the settings option to generate waveforms, the software interface is friendly, very professional software such as
Platform: |
Size: 32768 |
Author: 宇烁 |
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Description: 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 the design documents ys.v. As the map is obtained by bipolar zero code, through the module are bipolar NRZ. The module is completed by the design documents delay.v
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Size: 1024 |
Author: 筱筱 |
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Description: 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-baseband conversion pattern (HDB3 to NRZ)-> PCM decoding. Also shows the BER curves.
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Size: 4096 |
Author: 张斌 |
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Description: 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.
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Size: 198656 |
Author: Viktor |
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Description: 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
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Size: 1722368 |
Author: zhou |
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Description: 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 B3ZS are different names for the same encoding.
HDB3 is typically used to encode data at 2.048 (E1), 8.448 (E2) and 34.368Mb/s (E3)
B3ZS is typically used to encode data at 44.736Mb/s (T3)
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Size: 9216 |
Author: fronders |
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