Difference between revisions of "Performance model"
Jump to navigation
Jump to search
| Line 1: | Line 1: | ||
There is a wide range of completely different things coined under the term performance model. Here we adopt “the physics way” of using models in computer science, specifically | There is a wide range of completely different things coined under the term performance model. Here we adopt “the physics way” of using models in computer science, specifically | ||
| − | for the interaction between hardware and software. A model in this sense is a “mathematical description” based on a simplified machine model that ignores most of the details of what is going on under the hood; it makes certain assumptions, which must be clearly specified so that the range of applicability of the model | + | for the interaction between hardware and software. A model in this sense is a “mathematical description” based on a simplified machine model that ignores most of the details of what is going on under the hood; it makes certain assumptions, which must be clearly specified so that the range of applicability of the model is entirely clear. |
== Introduction == | == Introduction == | ||
Revision as of 13:38, 5 June 2019
There is a wide range of completely different things coined under the term performance model. Here we adopt “the physics way” of using models in computer science, specifically for the interaction between hardware and software. A model in this sense is a “mathematical description” based on a simplified machine model that ignores most of the details of what is going on under the hood; it makes certain assumptions, which must be clearly specified so that the range of applicability of the model is entirely clear.