
Supporting various waveforms and multiple communication standards are the major requirements for future wireless systems, which must accommodate increasing demands for the more functionality, more flexibility and more information capacity. The receivers should be able to receive multiple radio frequency channels concurrently and must handle complicated signal conditions. This thesis presents innovative integrated solutions, from both system level and circuit level, to the implementation of such software-defined radio receivers with the following features: (1) high dynamic range
Electrical Engineering (degree program), Viterbi School of Engineering (school), Doctor of Philosophy (degree)
Electrical Engineering (degree program), Viterbi School of Engineering (school), Doctor of Philosophy (degree)
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