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Description: Very simple USB 1.1 PHY. Includes all the goodies: serial/parallel
conversion, bit stuffing/unstuffing, NRZI encoding decoding. Uses a
simplified UTMI interface. Currently doesn t do any error checking in
the RX section [should probably check for bit unstuffing errors].
Otherwise complete and fully functional.
There is currently no test bench available. This core is very simple
and is proven in hardware. I see no point of writing a test bench at
this time.
Platform: |
Size: 7168 |
Author: eldis |
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Description: this is a program in c++ platform of bit stuffing
Platform: |
Size: 1024 |
Author: siva |
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Description: bit stuffing and character stuffing in data communication
Platform: |
Size: 1024 |
Author: siva |
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Description: Bit stuffing is used for various purposes, such as for bringing bit streams that do not necessarily have the same or rationally related bit rates up to a common rate, or to fill buffers or frames. The location of the stuffing bits is communicated to the receiving end of the data link, where these extra bits are removed to return the bit streams to their original bit rates or form. Bit stuffing may be used to synchronize several channels before multiplexing or to rate-match two single channels to each other.
Platform: |
Size: 1024 |
Author: swapnil |
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Description: In data transmission and telecommunication, bit stuffing (also known—uncommonly—as positive justification) is the insertion of noninformation bits into data. Stuffed bits should not be confused with overhead bits.
Bit stuffing is used for various purposes, such as for bringing bit streams that do not necessarily have the same or rationally related bit rates up to a common rate, or to fill buffers or frames. The location of the stuffing bits is communicated to the receiving end of the data link, where these extra bits are removed to return the bit streams to their original bit rates or form. Bit stuffing may be used to synchronize several channels before multiplexing or to rate-match two single channels to each other.
Platform: |
Size: 2427904 |
Author: lep |
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Description: bit and byte stuffing
Platform: |
Size: 78848 |
Author: deepak |
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Description: X位赋0mintest是实现芯片功耗测试不确定位填充算法-X-bit chip is to achieve the power conferred 0mintest test uncertain bit stuffing algorithm
Platform: |
Size: 1080320 |
Author: 林彪 |
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Description: Communication system with SISO channel decoding using bit stuffing V
Platform: |
Size: 303104 |
Author: mustafa |
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Description: 1) 实现比特填充技术和循环冗余校验算法；
2) 实现HDLC的组帧（Flag、A段、C段、D段、FCS、Flag、包括扩展模式）；
3) 实现滑动窗口、差错控制机制；
4) 模拟无噪声链路的数据传输，发送端随机发送数据帧（能够模拟帧丢失、帧失序、帧重复）；
5) 模拟有噪声链路的数据传输，发送端发送模拟单比特错误（有能力的同学可以考虑加入多比特错误），要求错误出现在HDLC帧的不同字段，并能够模拟差错控制方法（帧损伤）；
6) 给定HDLC的比特流，分别用Manchester编码和键控编码方法来模拟实现并给出结果。
-1) to achieve bit-stuffing technique and cyclic redundancy check algorithm 2) achieve HDLC framing (Flag, A section, C section, D segments, FCS, Flag, including the extended mode) 3) to achieve the sliding window, error control Mechanism 4) analog noise-link data, the transmitting side transmits the random data frame (frame loss to simulate the frame out of order, frame repetition) 5) analog noise data transmission link, the transmitter sends the analog single-bit error (students can be considered capable 加入多比特 error), an error occurs in the different fields required HDLC frames, and can simulate the error control method (frame damage) 6) given HDLC bit streams, respectively, with the Manchester coding and keying coding methods and simulation results are given.
Platform: |
Size: 47104 |
Author: 詹春艳 |
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Description: 1) 实现比特填充技术和循环冗余校验算法；
2) 实现HDLC的组帧（Flag、A段、C段、D段、FCS、Flag、包括扩展模式）；
3) 实现滑动窗口、差错控制机制；
4) 模拟无噪声链路的数据传输，发送端随机发送数据帧（能够模拟帧丢失、帧失序、帧重复）；
5) 模拟有噪声链路的数据传输，发送端发送模拟单比特错误（有能力的同学可以考虑加入多比特错误），要求错误出现在HDLC帧的不同字段，并能够模拟差错控制方法（帧损伤）；
6) 给定HDLC的比特流，分别用Manchester编码和键控编码方法来模拟实现并给出结果。
-1) to achieve bit-stuffing technique and cyclic redundancy check algorithm 2) achieve HDLC framing (Flag, A section, C section, D segments, FCS, Flag, including the extended mode) 3) to achieve the sliding window, error control Mechanism 4) analog noise-link data, the transmitting side transmits the random data frame (frame loss to simulate the frame out of order, frame repetition) 5) analog noise data transmission link, the transmitter sends the analog single-bit error (students can be considered capable 加入多比特 error), an error occurs in the different fields required HDLC frames, and control method capable of simulating the error (frame damage) 6) given HDLC bit streams, respectively, with the Manchester coding and keying coding methods and simulation results are given.
Platform: |
Size: 47104 |
Author: 詹春艳 |
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