Category:Systems engineering and theory: Difference between revisions

Revision as of 17:57, 3 February 2012

An interdisciplinary method to engineering which has practical uses in complex projects which span multiple fields

A NASA experiment with A Pratt and Whitney 1340 Engine where the thrust measurements were determined by the use of the rear gas exhausts

Adaptive control - the control method used to maintain a controlled system were parameters vary or are uncertain
Hierarchical systems - systems that have defined rules of subordination and control
Line enhancers - a device or system that enhances communication lines against interference or noise
Modeling - creating models of systems to test for attributes like robustness
Multiagent systems - or MAS, systems that can be controlled or changed by multiple, independent agents
Multidimensional systems - or m-D systems, the branch of mathematical systems theory where more than one independent variable exists
Reduced order systems - complex systems that can be reduced to reduced-order models
Stochastic systems - systems whose behavior is inherently non-deterministic
System analysis and design - the study of systems and their design
Systems engineering education - learning the methods and study of systems engineering
Variable structure systems - or VSS, discontinuous nonlinear system

This category has the following 3 subcategories, out of 3 total.

The following 12 pages are in this category, out of 12 total.

This category contains only the following file.

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 An interdisciplinary method to engineering which has practical uses in complex projects which span multiple fields
+[[Image:Systems Engineering and Theory NASA Pratt and Whitney 1340 Engine.jpg|thumb|right|A NASA experiment with A Pratt and Whitney 1340 Engine where the thrust measurements were determined by the use of the rear gas exhausts ]]
 == Subcategories ==