Based on the optical properties of the space target, limit detection distance, minimum detectable size and limit detection star of the system are calculated, and the quantitative relationship between the. Ground-based photoelectric detection system is an important detection method for signal acquisition of space targets, and exposure time is the main parameter affecting its detection performance. This report summarises the results of that project.
From this have emerged some worthwhile perspectives on future research. Biologically-driven musical instruments and data displays for clinical and medical purposes were built. Diverse methods for the analysis of measured physiological signals and of mapping the extracted parameters to sound and visual synthesis processes were ex- plored. A framework for auditory display and bio-musical applications was established upon which were based different experimental prototypes. Over the period of one month - during the eNTERFACE'07 summer workshop in Istanbul, Turkey - researchers from the fields of human-computer interfaces, sound synthesis and new media art worked together towards this common goal. The use of measured biological signals to drive these instruments proposes some new and powerful tools for clinical, scientific and artistic applications. While an extensive palette of sound and visual generation techniques have been developed during the era of digital signal processing, the design of innovative virtual instru- ments has come to dramatic fruition over the last decade.
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