Digital Beam Forming in K-space for Self-Driving Cars 🗓

— IEEE Distinguished Lecture Series … Architectures and designs of imaging radars

Long Beach, California Map

IEEE CSULB Systems Council Chapter
Meeting Date: February 1, 2019
Time: 12:30PM – 1:30PM
Speaker: Dr. Donald Chang, CEO and the President of Spatial Digital Systems
Location: Long Beach, California
Cost: none,
RSVP: requested, through website

Event Details: IEEE vTools

Summary: Thinned arrays are cost-effective implementations of imaging radars in autonomous-driving cars to achieve good angular/spatial resolutions. They feature reduced power, weights, processing loads, and overall production cost. The presentation relates to architectures and designs of imaging radars with thinned arrays via K-space measurements from radar returns concurrently. The imaging radars feature correlating interferometers made by elements of a thinned array, and digital beam forming (DBF) networks to put the K-space frequency components together properly. These DBF techniques are used in generating shaped beams such as low sidelobe spot beams, shaped area coverage beams, orthogonal beams, multiple hopping beams, and others.

Bio: Dr. Donald Chang is the CEO and the President of Spatial Digital Systems (SDS), formed in 2002 to develop smart antenna technologies for wireless communications. He is an expert on communications satellites, advanced satellite antennas, space based microwave remote sensing instruments, especially in passive synthetic aperture radiometry. He authors > 50 technical papers, holds > 160 U.S. patents on smart antennas, low cost spacecraft design, satellite constellation for multimedia applications, etc. Among the many awards honored from Hughes, the most impressive is the Hyland Award awarded in 2000 for his key contributions in digital beam-forming technology since early 1980s. Dr. Chang earned his Ph.D. & MSEE from Stanford University.