Using Verilog, express the state machine represented in the following bubble diagram. Your module should have inputs of clk, reset, x, y, and output of current_state. Note your method of state assignment, and make sure that the output port and is declared with an appropriate number of bits. NOTE: although not shown in the bubble diagram, force the state machine to `STATE_c0 when reset is '1'. Start by filling in the following state assignment definitions: `define STATE_c0 ( `define STATE_c1 ( `define STATE_c2 ( ) co 00,10,11 01 10 с1 00,11 01 10 c2 00,01,11
Using Verilog, express the state machine represented in the following bubble diagram. Your module should have inputs of clk, reset, x, y, and output of current_state. Note your method of state assignment, and make sure that the output port and is declared with an appropriate number of bits. NOTE: although not shown in the bubble diagram, force the state machine to `STATE_c0 when reset is '1'. Start by filling in the following state assignment definitions: `define STATE_c0 ( `define STATE_c1 ( `define STATE_c2 ( ) co 00,10,11 01 10 с1 00,11 01 10 c2 00,01,11
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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Using Verilog, express the state machine represented in the following bubble diagram. Your module should have inputs of clk, reset, x, y, and output of current_state. Note your method of state assignment, and make sure that the output port and is declared with an appropriate number of bits.
Transcribed Image Text:Using Verilog, express the state machine represented in the following bubble diagram. Your module should
have inputs of clk, reset, x, y, and output of current_state. Note your method of state
assignment, and make sure that the output port and is declared with an appropriate number of bits.
NOTE: although not shown in the bubble diagram, force the state machine to `STATE_c0 when reset is '1'.
Start by filling in the following state assignment definitions:
`define STATE_c0 (
)
-
`define STATE_c1 (
`define STATE_c2 (
00,10,11
01
10
с1
00,11
01
10
c2
00,01,11
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