ECET 365 Lab 3 Traffic Light Control Using Finite State Machines (FSM)

Published on July 2017 | Categories: Education | Downloads: 15 | Comments: 0 | Views: 163
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ECET 365 Lab 3 Traffic Light Control Using Finite State Machines (FSM) Click Below Link To Purchase www.foxtutor.com/product/ecet-365-lab-3-traffic-light-control-using-finite-state-machines-(fsm) Lab 3 of 6: Traffic Light Control Using Finite State Machines (FSM) Submit your assignment to the Dropbox located under the silver tab at the top of this page. See Syllabus section Due Dates for Assignments & Exams for due dates. L A B O V E R V I E W Scenario/Summary 1. To understand how a relatively simple finite state machine abstraction can be used to implement a complex set of equivalent relay actions in hardware 2. To analyze a familiar real-world problem in terms of how system inputs and the present state determine the next output state using a state diagram 3. To acquire proficiency in the use of statically allocated linked list data structures to define a sequence of states involving multiple variables Deliverables Answer all parts, and submit completed lab document. L A B S T E P S STEP 1: Open lab document Download Lab 3 located in Doc Sharing, and save it to your PC. STEP 2: Complete the lab instructions Follow the directions and steps to complete the Week 3 Lab. Be sure to complete each part. STEP 3: Submit Submit the completed lab document in a Word file

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ECET 365 Lab 3 Traffic Light Control Using Finite State Machines (FSM) Click Below Link To Purchase www.foxtutor.com/product/ecet-365-lab-3-traffic-light-control-using-finite-state-machines-(fsm) Lab 3 of 6: Traffic Light Control Using Finite State Machines (FSM) Submit your assignment to the Dropbox located under the silver tab at the top of this page. See Syllabus section Due Dates for Assignments & Exams for due dates. L A B O V E R V I E W Scenario/Summary 1. To understand how a relatively simple finite state machine abstraction can be used to implement a complex set of equivalent relay actions in hardware 2. To analyze a familiar real-world problem in terms of how system inputs and the present state determine the next output state using a state diagram 3. To acquire proficiency in the use of statically allocated linked list data structures to define a sequence of states involving multiple variables Deliverables Answer all parts, and submit completed lab document. L A B S T E P S STEP 1: Open lab document Download Lab 3 located in Doc Sharing, and save it to your PC. STEP 2: Complete the lab instructions Follow the directions and steps to complete the Week 3 Lab. Be sure to complete each part. STEP 3: Submit Submit the completed lab document in a Word file

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