To improve the speed, precision, and objectivity of the analysis of video tapes containing ultrasound images which document changes in blood vessel diameter.

Reducing escalating costs and development time for a new generation of hearing implants by creating an automated, mixed-signal test system using off-the-shelf technology.

Controlling a piezoelectric nanopositioning stage for 3D microstructure fabrication and photon-counting optical tomography.

Replacing an old environmental monitoring and control chamber that achieves reliable controlled environmental conditions.

Measuring the electrical signals from a grid of electrodes in contact with a single layer of beating heart cells in a culture.

Creating a Windows-based software program to work with an offshore stationary ocean buoy.

Combining conventional SCADA with high-speed data acquisition and in-line signal processing in a single application interface to control a highpressure underwater ...

Measuring the single-sided noise sidebands of a high-powered HF amplifier system with a frequency resolution of 1 Hz and resolving spectral levels down to -110 dBc.

In recent months, the ADARS system proved instrumental during the First of Class Flight Trials (FOCFT) of Army Black Hawk helicopters for embarked operations.

Developing a cost-effective system for measuring underwater radiated noise.