Difference between revisions of "System"
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<math>T</math> is a collection of things, <math>T = \{t | t \in T \}</math> and | <math>T</math> is a collection of things, <math>T = \{t | t \in T \}</math> and | ||
<math>R</math> is a set of relations that relates two things <math>t \in T</math>. | <math>R</math> is a set of relations that relates two things <math>t \in T</math>. | ||
=Systems as Categories= | |||
Based on the above mentioned definition, a system provides the data structure to represent categories. | |||
<noinclude> | <noinclude> | ||
==Related Pages== | ==Related Pages== | ||
*[[logically related::Systems Engineering]] | *[[logically related::Systems Engineering]] | ||
*[[logically related::Category]] | |||
</noinclude> | </noinclude> | ||
Revision as of 09:09, 7 September 2021
A system is defined to be a collection of things that are related to each other. Therefore, all systems can be defined as a tuple of set of things, and a set of relations.
A system can be defined as a tuple: ,
where
is a collection of things, and is a set of relations that relates two things .
Systems as Categories
Based on the above mentioned definition, a system provides the data structure to represent categories.
Related Pages