本发明提供为低带宽网络和低级个人通信终端装置而优化的计算机远程控制方法和系统。
The invention provides a method and system of computer remote control that optimized for low bandwidth network and low level personal communication terminal device.
第一复用器选择性地耦接于发射器或接收器，以使高速数字接口收发机作为来源装置或终端装置。
The first multiplexer is selectively coupled to the transmitter or the receiver in order to let the HSDI transceiver act as a source device or a sink device respectively.
该系统分为上位系统及远程终端装置两部分，可实现变电站的遥控、遥测、遥信及遥调等四遥功能。
This system divided into local and remote terminate unit can realize telecontrol, remote message and remote adjustment.
由移动性控制节点(21)对提供服务的服务提供装置和接受服务的提供的移动终端装置(10)之间的分组进行中继。
A packet between a service providing device for providing a service and a mobile terminal device (10) receiving the service is related by a mobility control node (21).
对比传统的数据存储方式，设计一个智能化的USB终端装置，用于实现数据的采集和大容量的数据现场存储显得尤为重要。
Consequently, compare with the traditional data memory model, the design for an intelligentized USB terminal is of great importance for the data collection and large-capacity data on site memory.
针对系统规模大、现场设备多、运行方式变化复杂的特点，将部分功能下移到远动终端装置（RTU）、馈线终端装置（FTU），从而减轻主站的负担。
For large system with more devices and operation patterns, part of the functions is implemented in RTU(Remote Terminal Unit) and FTU(Feeder Terminal Unit) to mitigate the load of main station.
终端装置(31)接收从照明部分(11 - 14)发送的位置信息段，并从放在物品(101- 106)上的RFID标签(201 - 206)读出物品id。
A terminal device (31) receives the pieces of positional information transmitted from the illumination sections (11-14) and reads out article IDs from RFID tags (201-206) put on articles (101-106).
终端装置(31)接收从照明部分(11 - 14)发送的位置信息段，并从放在物品(101- 106)上的RFID标签(201 - 206)读出物品id。
A terminal device (31) receives the pieces of positional information transmitted from the illumination sections (11-14) and reads out article IDs from RFID tags (201-206) put on articles (101-106).
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