1
00:00:01,890 --> 00:00:07,530
Finite state machine is one of the main modelling techniques to represent and design a sequential circuit.

2
00:00:07,950 --> 00:00:14,310
This section takes a classic example of logic designed to demonstrate the power of FSM in describing

3
00:00:14,310 --> 00:00:15,390
sequential circuits.

4
00:00:16,950 --> 00:00:22,890
The vending machine, the example that will be explained throughout this section, is a representative

5
00:00:22,890 --> 00:00:27,300
example of a wide range of industrial applications in the area of logic design.

6
00:00:31,850 --> 00:00:38,750
This section's main goal is to demonstrate how to describe an effort to design digital logic controllers

7
00:00:38,870 --> 00:00:46,550
use in real applications to achieve this goal, we will take the vending machine controller and go through

8
00:00:46,550 --> 00:00:49,210
the circuit design and debug steps in each of us.

9
00:00:52,780 --> 00:00:55,180
These are the objectives of this section.

10
00:00:56,450 --> 00:01:02,880
Modelling a digital controller with a relatively complex FSA describing a complex FSM in actualised

11
00:01:03,080 --> 00:01:06,050
and demonstrate its behavior on the basis through both.

12
00:01:10,620 --> 00:01:17,190
This section consists of five lectures, this video of the first lecture clarifies the goal of this

13
00:01:17,190 --> 00:01:18,740
section, and it's a structure.

14
00:01:19,590 --> 00:01:26,850
The next lecture defines the functionality of a vending machine that sells candy bars for 25 cents and

15
00:01:26,850 --> 00:01:28,470
describe its related efforts.

16
00:01:29,760 --> 00:01:35,820
The third lecture explains how to describe the vending machines for some in the vending machine logic

17
00:01:35,820 --> 00:01:42,210
sentences and running the controller on the basis three report will be explained in lecture for the

18
00:01:42,210 --> 00:01:47,910
last lecture, as usual, gives you a couple of exercises to master the techniques explained throughout

19
00:01:47,910 --> 00:01:48,510
the section.

20
00:01:53,320 --> 00:01:59,260
After finishing the section, you will be able to describe a complex FSM in Etchells with confidence

21
00:02:00,580 --> 00:02:02,680
that for some tasks on the basis three bore.

22
00:02:07,660 --> 00:02:12,220
The next lecture will define a vending machine and explain how to model that in.

23
00:02:18,160 --> 00:02:24,850
These are our takeaway messages using FSM to describe a digital controller is essential in logic design

24
00:02:24,850 --> 00:02:25,270
area.

25
00:02:25,570 --> 00:02:31,150
Describing FSM in Nicholas is a must have skill for high level scientists engineers.

26
00:02:33,610 --> 00:02:36,880
Now, the police question, what is a digital succored controller?