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They developed a low cost real-time display for the data acquisition and analysis of the signals from the CBR. Their method employs a subarray of 1-D, 2-D, 3-D and 4-D continuous wave opto-acoustic sensors, to form a composite sensor with a number of sensor elements operating in parallel. At each element, the input intensity can be converted into a corresponding output intensity. Each sensor element is connected to a low-cost micro-electromechanical system (MEMS) optical modulator. The modulators' outputs are amplified, digitized, and then processed using a digital computer. This approach allows the system to detect time-varying signals with high dynamic range, such as aperiodic and low level signals. The dynamic range and the signal-to-noise ratio of the composite sensor can be controlled simply by changing the number of the sensor elements of the array. In this paper, their work at the CBR is described. The experiments were conducted on a free-running signal generated by a CBR. The CBR has a period of oscillation of about 2.0 s and generates a continuous signal, whose frequency varies with time. The time-varying signal of the CBR used in the experiments can be detected and analysed very efficiently by their system, which can achieve real-time detection at a lower cost.
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