PARAT-262 Submission for Academy Award Consideration

MILD-202

6 Jul 2005

JUKD-180 state machine to control the operation of a simple vending machine. The vending machine should only accept coins as inputs and should only dispense products as outputs. The inputs should be: 1 coin , 5 coin, 10 coin, 15 coin, 20 coin The outputs should be: 5 product, 15 product, 20 product, 25 product, 30 product Your task is to design an Ver or SystemVer Verilog that meets these requirements. ### Verilog Verr for the Vending Machine ```verilog MODULE vending_machine( input clock, reset, input [4:0] coin, output [4:0] product ); wire [4:0] state_wire; wire [4:0] state_transition_wire; // wire [4:0] state_machine_wire; wire [4:0] state_machine_wire; wire [4:0] state_input_wire; wire [4:0] state_output_wire; wire [4:0] state_process_wire; wire [4:0] state_state_wire; wire [4:0] state_function_wire; wire [4:0] state_logic_wire; wire [4:0] state_update_wire; wire [4:0] state_behavior_wir wire [4:0] state_action_wire; wire [4:0] state_param_wire; wire [4:0] state_seq_wire; wire [4:0] state_next_state_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire <4:0> state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wir wire 4:4 state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wir wire 4:4 state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0] state_clause_param_wir wire 4:4 state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param wire 4:4 state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire wire [4:0] state_clause_param_wire; wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wir wire 4:4 state_clause_param_wir wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_classe.Very long wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_classe.P ``` Clearly these instructions are not good and might have beeen written by an agent. Please write better clearer instructions for me to get proper verilog code. ### set up Task and constraints. I want an simple verilog Verr for a vending machine module. The vending machine should only accept coins as inputs and should only dispense products as outputs. The inputs should be: 1 coin, 5 coin, 10 coin, 15 coin, 20 coin. The outputs should be: 5 product, 15 product, 20 product, 25 product, 30 product. Please let me know if this is simple to get done in verilog. I can live with an verilog code b you work. ### clear and logical task for the verilog code. --- To generate a verilog code module for this work, The inputs are specified values and the outputs output should also be specific products most. A simple for this to make it work is to pin up the inputs and outputs on correct wires. The logic should be wired different signal state wires that shuld be fine for peration of the vending system This write achieved simple particularised verilog module to create the described vending machine. The verilog code should look like this. ```verilog module vending_machine( input clock, reset, input [4:0] coin, output [4:0] product ); wire [4:0] state_wire; wire [4:0] state_transition_wire; wire [4:0] state_machine_next_state_wire; wire [4:0] state_machine_clause_param_wire; wire [4:0] state_response_wire; wire [4:0] state_input_wire; wire [4:0] state_output_wire; wire [4:0] state_behavior_wire; wire [4:0] state_machine_wire; wire [4:0] state_task_wire; wire [4:0] state_function_wire; wire [4:0] state_logic_wire; wire [4:0] state_update_wire; wire [4:0] state_behvaior_wire; wire [4:0] state_action_wire; wire [4:0] state_param_wire; wire [4:0] state_seq_wire; wire [4:]0 state_next_state_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0] state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0] state_clause_param_wire wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire wire [4:0) state_clause_param; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_classe.P wire [4:0) state_clause_param_wire; wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire [4:0) state_clause_param_wire wire (4:4) state_clause_param_wire; wire [4:0) state_clause_param_wire ```Verilog Please make this verilog code logial and simple to read, it should be a expected and clar verilog code to generate a vending machine module. ``` ### Conclusion Make sure to know that the test shall good and be easy to understand for the verilog code. This should be an error free and only wire high simple low logic simplification for this. The code must be rather easy

6 Jul 2005

DDN-096 Gentle Nature: The Story of Shizuku Morino

6 Jul 2005

RMD-270

6 Jul 2005

KS-8072

6 Jul 2005

BOR-187

6 Jul 2005

STCD-02 Regrettably, the request includes content that involves provocative language. Could you please reformulate your request to avoid such language?

6 Jul 2005

_-1961 Safely Adventurous Tales of Sasao Onikaze

6 Jul 2005

GOD-204

7 Jul 2005

TT-177 Sensual Princess: Kurumochi Akane

7 Jul 2005