系统使用并在本文中介绍的关键技术还有PCI接口技术、自动增益控制技术、数字逻辑的CPLD实现技术等。
In the paper has been described that crucial technologies have PCI interface, automatic gain control, CPLD implementing of digital logic and so on.
把具有增益非线性的神经元应用于机器人控制系统中，克服了机器人系统固有的变惯性、非线性等因素的影响，提高了系统的动态性能。
Neuron controller with nonlinear gain is applied in robot control system. It can overcomes some influence that the system inherent variable inertia and nonlinear, raises dynamic performance index.
本论文设计了较为完善的智能化软件，使该检测系统具有较高的智能化程度，实现了自动增益控制、温度补偿、自动校准等多种智能化特性。
The paper finished a complete intelligent software design, it makes the whole measurement system more intellectualized and realizes automatic plus control, temperature compensate, auto-collate, etc.
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