The system adopts logic decision method.
该糸统采用逻辑决策的方法。
The system adopts two level distributed control.
该系统采用两级分布式控制。
The system adopts J2EE architecture based on MVC paradigm.
实现框架采用基于MVC模式的J2EE框架。
The system adopts wireless network and multi-CPU technique.
系统采用基于无线网络的设计思想和多CPU设计技术。
The system adopts topology structure of bus type and distributed frame.
系统采用总线型的拓扑结构和分布式的框架结构。
In order to improve anti-jamming capacity, the system adopts a series of measures.
为了提高系统的抗干扰能力，系统还采用了一系列的抗干扰措施。
The system adopts the IEEE488 bus and PLC control, greatly improves its automation.
该系统采用IEEE488总线和可编程逻辑控制，大大提高了系统的自动化程度。
The system adopts parameter auto_adjustment PI regulator to perform serial correction.
该系统采用变PI参数调节器进行串联校正。
The system adopts a kind of data structure which can save space and improve efficiency.
系统采用了一种既能节省空间、又能提高效率的数据结构。
The system adopts single main-station to control the serial ports under free port mode.
系统采用单主站方式，在自由口模式下控制串口。
The system adopts fuzzy control tactics, such that a high control precision is obtained.
该系统采用模糊控制策略，能获得较高的控制精度。
To improve the efficiency of heat transfer, the system adopts direct contact heat exchange.
为了提高换热效率采用直接接触换热。
The system adopts vector control scheme of rate opening loop and magnetic linkage closed loop.
系统采用速度开环、磁链闭环的矢量控制方案。
The system adopts vertical sediment tower , so called as tower sediment and cleanig dregs system.
系统采用竖式沉淀塔，因而又称塔式沉淀除渣系统。
And for the handwriting character the system adopts BP neural network to realize the recognition.
而对于手写体字符，系统采用BP神经网络来实现字符的识别。
The system adopts asymmetry half bridge structure, which makes the main power converter fault tolerant.
由于设计采用了不对称半桥结构，提高了系统主功率电路的容错性。
The system adopts Huoer elements in the motor rotation measurement and USES 8051 SCM in pulse - band speed adjustment.
本系统采用霍尔元器件测量电动机的转速，用8051单片机实现小功率直流电动机的脉宽调速。
The system adopts the staircase approach the boundary of irregular object and it can generate circular object automatically.
对于不规则物体，系统采用阶梯近似方法对其边界进行拟合并可自动生成圆柱类物体。
Aiming at the noise in image transmission, the system adopts filter technique of local arithmetic operators to enhance the image quality.
针对图像传输过程中的噪声，系统采用了对噪声图像使用局部算子的滤波技术来提高图像质量。
The system adopts the AT89S52, and by using embedded C programming language realizes signal collection, processing, display and printing.
系统采用芯片AT89S52，通过嵌入式C语言编程实现信号的采集。
The system adopts AGC circuit, uses DDS technology to realize such functions as frequency modulation, amplitude modulation, ASK, PSK, etc.
系统采用自动增益控制电路，并运用DDS技术实现调频、调幅，ASK、PSK等功能。
The system adopts FSK modulation way to carry out directly digital signal of axle tempratureand transmit to the receiving system of test train.
系统采用移频键控（FSK）调制方式，对轴温数字信号进行处理并发射，上传给便携式模拟接车系统。
Video, replaying, transferring, The system adopts MPEG-4 mode, it can get the higher picture quality, the lower data current, the higher efficiency.
本系统采用MPEG-4编码方式，可以达到更高的画质、更低的数据流、更高的效率。
The system adopts the neuro-network sorter based on self-organization. The consistence of the on-line sorting result with artificial sorting is above 84%.
该系统采用基于自组织神经网络分类器，其在线分类结果与人工配皮的一致性在84%以上。
The system adopts key technologies such as double buffers, multithreading and multimedia timer. These key technologies assure the efficiency and stability.
在实现过程中采用了双缓冲、多线程、多媒体定时器等关键技术，保证了系统的实时性和可靠性。
The system adopts UDP protocol to realize network communication, so it will not consume too much network resources and can gain better efficiency and speed.
本系统在网络通信时使用了UDP协议，这样不会消耗太多的网络资源，并且效率较高，速度较快。
In the course of reasoning of knowledge, the system adopts the corresponding reasoning and search strategy for the different method of knowledge expressing.
在知识的推理过程中，对不同的知识表达方式采用相应的推理策略和搜索策略。
The system adopts three-ply structure model, according the user colonies, it is divided into three sub-systems for students, teachers and system administrators.
本系统采用三层体系结构，并按照用户群体：学生、教师和系统管理员，将系统划分成三个子系统。
The system adopts three-ply structure model, according the user colonies, it is divided into three sub-systems for students, teachers and system administrators.
本系统采用三层体系结构，并按照用户群体：学生、教师和系统管理员，将系统划分成三个子系统。
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