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Part IV An early method of telegraph communication was based on the Morse code. This code uses patterns of short and long pulses to represent a message. Each letter is represented as a sequence of dots (a short pulse), and dashes (a long pulse). For example, the first eight letters of the alphabet have the following representation: h HDL verilos A В C D F G H Design and implement a circuit that takes as input one of the first eight letters of the alphabet and displays the Morse code for it on a red LED. Your circuit should use switches SW2-0 and pushbuttons KEY1-0 as inputs. When a user presses KEY1, the circuit should display the Morse code for a letter specified by SW2-0 (000 for A, 001 for B, etc.), using 0.5-second pulses to represent dots, and 1.5-second pulses to represent dashes. Pushbutton KEY, should function as an asynchronous reset. A high-level schematic diagram of the circuit is shown in Figure 2. Hint: Use a counter to generate 0.5-second pulses, and another counter to keep the LEDRO light on for either 0.5 or 1.5 seconds.

Part IV An early method of telegraph communication was based on the Morse code. This code uses patterns of short and long pulses to represent a message. Each letter is represented as a sequence of dots (a short pulse), and dashes (a long pulse). For example, the first eight letters of the alphabet have the following representation: h HDL verilos A В C D F G H Design and implement a circuit that takes as input one of the first eight letters of the alphabet and displays the Morse code for it on a red LED. Your circuit should use switches SW2-0 and pushbuttons KEY1-0 as inputs. When a user presses KEY1, the circuit should display the Morse code for a letter specified by SW2-0 (000 for A, 001 for B, etc.), using 0.5-second pulses to represent dots, and 1.5-second pulses to represent dashes. Pushbutton KEY, should function as an asynchronous reset. A high-level schematic diagram of the circuit is shown in Figure 2. Hint: Use a counter to generate 0.5-second pulses, and another counter to keep the LEDRO light on for either 0.5 or 1.5 seconds.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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## Part IV: Morse Code in HDL Verilog An early method of telegraph communication was based on the Morse code. This code uses patterns of short and long pulses to represent a message. Each letter is represented as a sequence of dots (a short pulse) and dashes (a long pulse). For example, the first eight letters of the alphabet have the following representations: - **A**: ・ — - **B**: — ・ ・ ・ - **C**: — ・ — ・ - **D**: — ・ ・ - **E**: ・ - **F**: ・ ・ — ・ - **G**: — — ・ - **H**: ・ ・ ・ ・ ### Circuit Design Design and implement a circuit that takes as input one of the first eight letters of the alphabet and displays the Morse code for it on a red LED. Your circuit should use switches \(SW_{2−0}\) and pushbuttons \(KEY_{1−0}\) as inputs. When a user presses \(KEY_1\), the circuit should display the Morse code for a letter specified by \(SW_{2−0}\) (000 for A, 001 for B, etc.), using 0.5-second pulses to represent dots, and 1.5-second pulses to represent dashes. Pushbutton \(KEY_0\) should function as an asynchronous reset. A high-level schematic diagram of the circuit is shown in Figure 2. ### Implementation Hint Use a counter to generate 0.5-second pulses, and another counter to keep the \(LED_0\) light on for either 0.5 or 1.5 seconds.
Transcribed Image Text:## Part IV: Morse Code in HDL Verilog An early method of telegraph communication was based on the Morse code. This code uses patterns of short and long pulses to represent a message. Each letter is represented as a sequence of dots (a short pulse) and dashes (a long pulse). For example, the first eight letters of the alphabet have the following representations: - **A**: ・ — - **B**: — ・ ・ ・ - **C**: — ・ — ・ - **D**: — ・ ・ - **E**: ・ - **F**: ・ ・ — ・ - **G**: — — ・ - **H**: ・ ・ ・ ・ ### Circuit Design Design and implement a circuit that takes as input one of the first eight letters of the alphabet and displays the Morse code for it on a red LED. Your circuit should use switches \(SW_{2−0}\) and pushbuttons \(KEY_{1−0}\) as inputs. When a user presses \(KEY_1\), the circuit should display the Morse code for a letter specified by \(SW_{2−0}\) (000 for A, 001 for B, etc.), using 0.5-second pulses to represent dots, and 1.5-second pulses to represent dashes. Pushbutton \(KEY_0\) should function as an asynchronous reset. A high-level schematic diagram of the circuit is shown in Figure 2. ### Implementation Hint Use a counter to generate 0.5-second pulses, and another counter to keep the \(LED_0\) light on for either 0.5 or 1.5 seconds.
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