Difference between revisions of "Success Criteria"
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A conditional statement that can be judged based on the outputs of the expected execution process. | A conditional statement that can be judged based on the outputs of the expected execution process. | ||
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In a [[Logic Model]], [[Success Criteria]] is a kind of logic condition that checks the status or degrees of accomplishment based on the [[Outputs]] generated by the execution of prescribed [[Process]]. | In a [[Logic Model]], [[Success Criteria]] is a kind of logic condition that checks the status or degrees of accomplishment based on the [[Outputs]] generated by the execution of prescribed [[Process]]. | ||
From a logical viewpoint, success criteria must be composed of a set of [[sound]], [[precise]], and [[terminable]] statements. This means that they can be assessed by some computational procedures that are reliably correct, having the appropriate level of precision, and can be determined within limited spacetime resources. | From a logical viewpoint, success criteria must be composed of a set of [[sound]], [[precise]], and [[terminable]] statements. This means that they can be assessed by some computational procedures that are reliably correct, having the appropriate level of precision, and can be determined within limited spacetime resources. | ||
Revision as of 10:09, 1 September 2021
A conditional statement that can be judged based on the outputs of the expected execution process.
In a Logic Model, Success Criteria is a kind of logic condition that checks the status or degrees of accomplishment based on the Outputs generated by the execution of prescribed Process.
From a logical viewpoint, success criteria must be composed of a set of sound, precise, and terminable statements. This means that they can be assessed by some computational procedures that are reliably correct, having the appropriate level of precision, and can be determined within limited spacetime resources.
Desirable traits
It is the Success Criteria of a design. This term is often considered as the first principle when thinking about software design. [1]