Difference between revisions of "ME 333 final projects"

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[[Image:IR_Tracker.jpg|right|thumb|200px]]
[[Image:IR_Tracker.jpg|right|thumb|200px]]


The IR Tracker is a device that detects the position of an infrared emitter in two axises, and orients itself to get in line with the emitter.
The IR Tracker is a device that follows a moving infrared light. It continuously detects the position of an infrared emitter in two axises, and then tracks the emitter with a laser.


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Revision as of 14:05, 11 March 2008

ME 333 end of course schedule


ME 333 Final Projects 2008

IR Tracker

IR Tracker.jpg

The IR Tracker is a device that follows a moving infrared light. It continuously detects the position of an infrared emitter in two axises, and then tracks the emitter with a laser.


Project Title 2

Pictopic.jpg

Here are a few words describing your project, just a teaser to go with the picture at the side.


Learning Oscillator

The Learning Oscillator is given a desired acceleration profile for a linear oscillating mass. It then 'learns' and adjusts the frequency of its force source so the oscillating mass eventually matches the desired acceleration profile.


Programmable Stiffness Joint

The Programmable Stiffness Joint varies rotational stiffness as desired by the user. It is the first step in modeling the mechanical impedance of the human ankle joint (both stiffness and damping) for the purpose of determining the respective breakdown of the two properties over the gait cycle.


Magnetic based sample purification