T.O.T.E.
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T.O.T.E., standing for "Test - Operate - Test - Exit", is an iterative problem solving strategy based on feedback loops.
Its premise is that a common algorithm for solving non-deterministic problems in a complex system, is to test where the system is currently, then perform some operation that makes a change, then retest again, and to repeat this until the answer is satisfactory, at which point the process is complete and ends (or exits).
TOTEs are often nested within other TOTEs, since as a means to meet a goal, they are applicable to sub-goals too.
It is commonly used in many disciplines where iterative methods are applicable, such as engineering, artificial intelligence, and cybernetics. In psychology, it is explicitly used as a key strategy within neuro-linguistic programming.
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Generic TOTE structure:- Test to obtain some representation of the problem state
- Operate - intervene in some way
- Test again to see if the problem state is the same - if it is loop back to operate if it isn't
- Exit - problem solved
Simple example
When driving a car and looking for the appropriate turn off.- Test - is this the turnoff? - No
- Operate - keep driving
- Test - is this the turnoff? - No
- Operate - keep driving
- Test - is this the turnoff? - Yes
- Exit
Examples of nested TOTEs
Cooking a meal:- The top level TOTE for "testing if meal is cooked" is:
- :Check meal -- leave a while -- recheck meal - take out of oven.
- As part of the "leave a while" part, there is a nested TOTE:
- :Check 5 minutes is up -- wait a while -- recheck 5 minutes is up -- exit (ie "leave a while" subgoal is achieved)
External links
- [An article by George A. Miller on T.O.T.E. and Information Processing Theory]
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