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Developing a Portable, Real-Time Platform for Cochlear Implant Studies Based on NI LabVIEW Software
Developing a cost-effective, portable, easy-to-use program and interactive platform for cochlear implant researchers and clinicians.
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Studying Human Locomotion of Amputees Using Prostheses with NI Multisim
Creating a portable, wearable device to conduct gait analysis and study human locomotion of amputees using prostheses.
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Optimizing Professional Cyclists’ Performance Using NI LabVIEW and NI CompactDAQ
Creating a unique computer-based wind tunnel testing system to advise professional cyclists and bicycle manufacturers on optimal rider positioning and gear configuration to efficiently overcome wind resistance and maximize pedaling power.
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Synthia Gets Extreme Makeover Courtesy of National Instruments
Updating a custom, mission-critical radio-chemical synthesis system prone to erratic and unreliable behavior with new software and hardware that provides a reliable and scalable alternative for use in time-sensitive animal and human studies at the National Institute of Mental Health (NIMH).
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Advanced Cancer Research Using Next-Generation Medical Imaging with PXI Modular Instrumentation and NI LabVIEW
Creating a medical instrument that can detect cancer during medical checkups by improving on traditional methods that do not provide sufficient resolution or require the patient to undergo severe stress during the checkup.
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Researchers Use NI LabVIEW and NI CompactRIO to Perform Environmental Monitoring in the Costa Rican Rain Forest
Supporting a wide range of wireless environmental measurements using a single device that provides robotic control, remote configuration, and data sharing over the Web for a measurement system that researchers use to characterize the forest understory microclimate and fluxes of carbon between the
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Using Graphical System Design for Tumor Treatment
Designing, prototyping, and deploying the user interface and control system for an FDA–approved, Class II medical device used to treat breast tumors in a less invasive and nearly painless procedure while maintaining the design process within strict regulatory guidelines.
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Improving Retinal Disease Treatment with LabVIEW FPGA and Intelligent DAQ
Developing a highly accurate system capable of using patterns to automate the delivery of laser pulses used to treat retinal diseases.
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Neutrinos, Robotics and Machine Vision
The brick assembly machine (BAM) was originally design based on ‘blind’ robotics and consists of five workstations with two anthropomorphic robots each (ABB IRB 140, 5 kg payload) with an eleventh robot unloading the assembled bricks (ABB IRB 4400, max payload of 60 kg). A total of 57 emulsion and
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Measuring Red Blood Cell Deformability Using LabVIEW 7 Express and Machine Vision Hardware
Automating the measurement of red blood cell deformability under shear flow from microscopic observations.
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