Question

1) Error Coding a) Become familiarised with the Altera Quartus Prime electronic circuit design software and model, using VHDL, a serial communications receiver (7/4 decoder), with error control, based on a linear sequential circuit with the transfer function $(1 + D^2 + D^3)^{-1}$, as shown in figure below. b) Develop the 7/4 decoder VHDL code into a 15/11 decoder with the characteristics $(1+ D^3 + D^4)^{-1}$. c) Develop the VHDL code for a 7/4 encoder with a characteristic function $(1 +$ $D^2 + D^3)$. d) Develop the full 7/4 coding Linear Sequential System (LSS) (Transmitter and Receiver)

          1) Error Coding
a) Become familiarised with the Altera Quartus Prime electronic circuit design
software and model, using VHDL, a serial communications receiver (7/4
decoder), with error control, based on a linear sequential circuit with the
transfer function $(1 + D^2 + D^3)^{-1}$, as shown in figure below.
b) Develop the 7/4 decoder VHDL code into a 15/11 decoder with the
characteristics $(1+ D^3 + D^4)^{-1}$.
c) Develop the VHDL code for a 7/4 encoder with a characteristic function $(1 +$
$D^2 + D^3)$.
d) Develop the full 7/4 coding Linear Sequential System (LSS) (Transmitter and
Receiver)

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1) Error Coding
a) Become familiarised with the Altera Quartus Prime electronic circuit design
software and model, using VHDL, a serial communications receiver (7/4
decoder), with error control, based on a linear sequential circuit with the
transfer function (1 + D^2 + D^3)^-1, as shown in figure below.
b) Develop the 7/4 decoder VHDL code into a 15/11 decoder with the
characteristics (1+ D^3 + D^4)^-1.
c) Develop the VHDL code for a 7/4 encoder with a characteristic function (1 +
D^2 + D^3).
d) Develop the full 7/4 coding Linear Sequential System (LSS) (Transmitter and
Receiver)

Added by Elena J.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Akash M

08/14/2023

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Step 1: First, become familiarized with the Altera Quartus Prime electronic circuit design software and model. Show more…

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Error Coding a) Become familiarized with the Altera Quartus Prime electronic circuit design software and model, using VHDL, a serial communications receiver (7/4 decoder), with error control, based on a linear sequential circuit with the transfer function (1 + D^2 + D^3)^(-1), as shown in figure below. b) Develop the 7/4 decoder VHDL code into a 15/11 decoder with the characteristics (1 + D^3 + D^4)^(-1). c) Develop the VHDL code for a 7/4 encoder with a characteristic function (1 + D^2 + D^3). d) Develop the full 7/4 coding Linear Sequential System (LSS) (Transmitter and Receiver) Transmit Encoder Receive Decoder ... Input data rxlss(3:1) sipo(6:0) 6 sin Error assessor/correct 42ff control(6:0) Transmission Line dout(3:0) Output Data

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