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BAE SYSTEMS Controls Develops Autopilot for Unmanned Aerial Vehicle Using MathWorks Tools
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Using MathWorks tools, engineers at BAE SYSTEMS Controls in Johnson City, New York, and Santa Monica, California, developed and successfully flight tested a UAV flight avionics system and ground control station in just eight months. The tools enabled the geographically separated teams to design, model, and analyze the control system, simulate the UAV, visualize the simulation data, perform testing, and automatically generate the autopilot code, all in a single, model-based design environment.
http://www.mathworks.com/industries/aerospace/userstories.html?file=4604
Submitted Mar 23, 2004
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Problem with Rocket Fuel Pressure Control Solved Quickly, Efficiently, with MATLAB and Simulink
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Learn how GenCorp used MathWOrks tools to design a control system for a rocket fuel tank that would ensure a continuous flow of liquid oxygen from the pressure tank to the turbine.
http://www.mathworks.com/industries/aerospace/userstories.html?file=2330
Submitted Mar 23, 2004
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MathWorks Tools Help Land Unpiloted Boeing Spacecraft
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Working within strict time and budgetary limits, Boeing used MathWorks tools to design a guidance, navigation, and control system that could land an unpowered, unpiloted, reusable spacecraft on a standard runway.
http://www.mathworks.com/industries/aerospace/userstories.html?file=2329
Submitted Mar 23, 2004
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Design Times at Honeywell Cut by 60 Percent
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Learn how Honeywell used MathWorks tools to update a flight-control system while reducing development time and costs.
http://www.mathworks.com/industries/aerospace/userstories.html?file=2331
Submitted Mar 23, 2004
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International Salvage Team Brings Home the Kursk Submarine Using a Simulation Developed in Simulink
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The entire salvage system was modeled in Simulink and then used to train operators and determine when and how to perform the salvage operation.
http://www.mathworks.com/industries/aerospace/userstories.html?file=5217
Submitted Mar 23, 2004
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Argonne National Laboratory Develops Sensor for Chemical Agent Detection Using MathWorks Tools
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Learn how Argonne National Labs developed an instrument to reliably detect and identify gaseous chemicals using MATLAB and related toolboxes. A highly sensitive microsensor incorporated into a wide range of instruments was developed.
http://www.mathworks.com/industries/aerospace/userstories.html?file=5511
Submitted Mar 23, 2004
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CARCO Electronics Reduces Development Costs by 30% Using MathWorks Simulation Tools
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CARCO Electronics used MathWorks products to design and manufacture a six-degrees-of-freedom motion test system that could operate at frequencies of 1,000 Hz. MathWorks products saved CARCO time and money by enabling them to simulate the behavior of the controller and the mechanical system together and then optimize the control system before building a costly prototype.
http://www.mathworks.com/industries/aerospace/userstories.html?file=4535
Submitted Mar 23, 2004
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