06 - Systems, Subsystems and Equipment

STRATEGIES TO ENHANCE A CONFIGURATION FOR HIGH-PRECISION MULTI DISCIPLINARY OPTIMIZATION

H. Liu, China

For aim to establish a high-precision sensor system configuration, this paper presents a new approach to the software architecture to enhance the multidisciplinary design frame that facilitates the reuse of existing components, the addition new ones, and the scripting of multidisciplinary optimization procedures. Firstly, some strategies applied to implement the necessary components of a high-precision optoelectronic structural design environment for complete sensor system configurations, and demonstrate the advantages with different parts studied, that is optical system module, electronic module, control module, and the relationship among these correlative components. At the core of the configuration is a core photonics to define the system function and role to give solutions to external users, and three so that more than three subjects will be applied cooperative. rnAfter the efforts to the establishment of the simulation and judgment in photoelectric system performance of the system level criterion, especially on which mean the Modulate the transform function, referred to as MTF, and root meam square, referred to as RMS, and the Point spread function, referred to as PSF. The results showed systematically that, the integration of the photoelectric sensor control system, in terms of the criterion index can meet the application requirements, not only in the MTF, RMS, PSF etc, but also achieve significant advantages in the volume, weight, system efficiency reached significant advantages. In the module control level on the simulation results show that, the simulation results show that, firstly, the decentralized and joint filter can be designed in different order of complexity which has higher precision as we wish, and secondly, the relationship between system model and their parameters in different situations, such as mobile speed, path distance and so on is analysis logically and quantitatively. Multiple configuration photoelectric control system calculated in o

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