- Research Areas
- Cognitive Radar Sensing
- Computational Electromagnetics
- Global Navigation Satellite System
- Indoor and Outdoor Measurements
- Medical Sensing and Bio Electromagnetics
- MEMS and Microsystems
- Microwave and Millimeter Wave Systems
- Microwave Radiometry
- Novel Antennas and Antenna Techniques
- Polymers and Packaging
- Radar Scattering and Imaging
- Remote Sensing
- RF Integrated Circuits
- RF Propagation
- Software Defined Radar Systems
- Subsurface and Ground Penetrating Radar
- Textile and Wearable Antennas
- Trusted Microelectronics
- Wireless and Wireline Integrated Circuits and Systems
- Wireless Sensor Networks
- Current Research
Indoor and Outdoor Measurements
Compact Radar Range
ESL is a leader in the design and development of compact range and other facilities for precision microwave measurements.
The compact radar range at the ElectroScience Laboratory is::
- a state-of-the-art system which can measure the scattering and radiation characteristics of objects as large as eight feet long or as small as a straight pin.
- used to gain a deeper understanding of electromagnetic scattering mechanisms including the relationship of signal frequency and polarization to an object's size and shape.
- available for commercial/defense department use.
- capable of measurements up to 110 GHz.
Studies are primarily related to radar, remote sensing, antennas, and communications systems.
Research at the ESL compact range has been so successful that a consortium between The Ohio State University and industry has been organized to study measurement research areas of common interest. In addition, the designs of new systems that have been developed at Ohio State are now being applied to commercial products.