Synchronous Ethernet operation is fully contained in hardware.
硬件中完全包含了同步以太网的操作。
The structure and the operation mechanism for the input-buffered Ethernet switch with input and output virtual queues is analyzed. The model is simulated and evaluated by computer simulation.
分析了采用输入、输出虚队列的输入缓存式以太网交换机的运行机制，并用计算机仿真的方法对其进行模拟、评价。
The control system network is based on industrial Ethernet structure and is capable of long-term continuous operation.
控制系统网络为工业以太网结构，能够长期连续运行。
The operation information of the system is read and controlled by FPGA circuit, and then transferred to the dominant computer for analysis and processing via Ethernet.
本系统采用了FPGA电路读取和控制操作面板的操作信息，并将此操作信息通过以太网传输给主控计算机进行分析处理。
The three components are interconnected with Gigabit Ethernet, and work together to complete a data operation.
它们通过千兆以太网互连，三方共同协作完成一次数据操作。
Secondly, the operation instructions of the control network technique in the integrated batch control system are carefully explained, especially the details of the Ethernet network.
深入研究了控制网络技术在综合化、集约化间歇控制系统中的应用方法，特别分析了工业以太网的性质和特点。
It features day/night operation, dual encoders, privacy masking, extended motion detection, flexible cropping, and the ability to choose power over Ethernet or external power.
它拥有日夜监控功能，双编码器，隐私屏蔽，大范围的运动检测，灵活的剪辑，并能够选择以太网或外接电源供电模式。
It features day/night operation, dual encoders, privacy masking, extended motion detection, flexible cropping, and the ability to choose power over Ethernet or external power.
它拥有日夜监控功能，双编码器，隐私屏蔽，大范围的运动检测，灵活的剪辑，并能够选择以太网或外接电源供电模式。
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