This laboratory is equipped with hardware and software appropriate for neural network modeling and expert system development. Its purpose is to develop novel solutions to problems in decision-making utilizing fundamental domain knowledge, a systems modeling approach, and appropriate artificial intelligence techniques. This laboratory is used in a variety of research activities related to the fabrication of micro-sized devices, sensors and structures for use in biomedical applications. Design and testing takes place in this laboratory with fabrication being performed at the Institute for Micromanufacturing . The laboratory is also used for general biomedical instrumentation projects.
Current projects involve microfabrication, modeling and testing of a variety of devices and systems.
The hardware available includes microscopes, a computer-controlled horizontal electrode puller, an electrode beveler, electroplating apparatus, and various types of meters used in the process. The laboratory is used to study small organs. Equipment available includes a computer monitored dual electrometer, chart recorder, water bath, balance, and manipulators, and basic trouble-shooting equipment. This laboratory contains one experimental work station and contains the equipment to study oxygen mass transport in brain slices and in heart papillary muscle. Equipment includes a computer monitored and controlled piezoelectric manipulator, picoammeter, vibration isolation apparatus, water bath, chart recorder, oscilloscope, and digital multi-meter.