Image Processing Reference
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Additional, the design of calibration channel that is proposed to remove the systematic error
is useful to acquire better performance for current application. A comprehensive set of noise
floor tests under all conditions has not been carried out with the current system.
The system hardware consists only of MBFG, DAQ and PC. Compared with the
conventional systems using counter and beat-frequency device, the system can be
miniaturized and moved conveniently. As expected, system noise floor is good enough for
current test requirement. The system will take measurement of wide range frequency into
account in the future. Intuitive operator interface and command remotely will be design in
following work.
5. Acknowledgment
The authors thank Bian Yujing and Wang Danni for instructing. I would like to thank the
present of the Chinese Academy of sciences scholarship and Zhu Liyuehua Scholarship for
the supporting. The work has been supported by the key program of West Light Foundation
of The CAS under Grant 2007YB03 and the National Nature Science Funds 61001076 and
11033004.
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