Automata and State Transitions in MATLAB TCT
Explore the functionality of automata and state transitions using MATLAB TCT. Learn how different states and events impact the behavior of systems, such as cars, in a visual and interactive manner. Dive into the world of automata theory and state transition functions with these informative illustrations.
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Presentation Transcript
A car States: 15 4 0 Parked: 0 Running: 1 Broken: 2 Junk: 3 Missing: 4 10 13 11 1 2 3 12 14 Events: Turn on engine: 10 Turn off engine: 11 Break down: 12 Repair: 13 Dump: 14 Stolen: 15
How does an automaton work bell Beeps when a transition enters a marker state Internal state transitions
A car States: Parked: 0 15 4 0 Running: 1 10 Broken: 2 13 11 Junk: 3 1 2 3 Missing: 4 12 14 initial state marker state or
A car States: Parked: 0 15 4 0 Running: 1 10 Broken: 2 13 11 Junk: 3 1 2 3 Missing: 4 12 14
A car States: Parked: 0 15 4 0 Running: 1 10 Broken: 2 13 11 Junk: 3 1 2 3 Missing: 4 12 14
A car States: Parked: 0 15 4 0 Running: 1 10 Broken: 2 13 11 Junk: 3 1 2 3 Missing: 4 12 14
A car States: Parked: 0 15 4 0 Running: 1 10 Broken: 2 13 11 Junk: 3 1 2 3 Missing: 4 12 14
MatlabTCT create displaydes
MatlabTCT creat Q = 5; % number of states % the initial state q0 is always labeled 0 Qm = [0,1]; % marker state set % transition triples [exit state, event, enter state] delta = [0,10,1; 1,11,0; 1,12,2; 2,13,0; 2,14,3; 0,15,4]; create('CAR', Q, delta, Qm); % create automaton
MatlabTCT displaydes displaydes('CAR') % display automaton
A car States: Parked: 0 15 4 0 Running: 1 10 Broken: 2 13 11 Junk: 3 1 2 3 Missing: 4 12 14
MatlabTCT trim trim('TCAR', 'CAR'); % trim an automaton displaydes('CAR') % display automaton
A car States: Parked: 0 15 4 0 Running: 1 10 Broken: 2 13 11 Junk: 3 1 2 3 Missing: 4 12 14
