采用波音公司无人机战斗管理软件，机载操作人员通过特高频卫星通信链路和地面站中继发布北约标准传感器和飞行器命令。
Using the company's UAS battle-management software, airborne operators issued NATO-standard sensor and air-vehicle commands via a UHF satellite communication link and ground-station relay.
此模型依赖部署管理器与其托管节点之间的紧密耦合的可靠通信链路。
This model relies on tightly coupled reliable communication links between the deployment manager and its managed nodes.
它包括建立流程、时序安排和卫星上行链路仪器负荷，以全自动模式管理太空船，验证地面系统和运行产品。
It included the processes of building, scheduling and up-linking instrument loads, managing the spacecraft in a fully automated mode, and verifying ground system and operational products.
在城市车辆监控调度管理系统中，通讯链路的建立、数据信息的传输是比较重要的部分。
The establishment of communication link and the transmission of data information is the important part in urban vehicle monitoring and dispatch management system, .
分组调度管理网络链路带宽，是实现网络服务质量的核心技术之一。
Management of network link bandwidth using packet scheduling is one of core technologies for the guaranteed service quality of the network.
在适配管理时，这个群体将用于链路内能指配客户传送实体的情况。
This community should be used in the case where client transport entities can be provisioned inside the link during the adaptation management.
网络层的链路带宽与有效带宽直接反映了端到端路径的基本状况，是对网络进行性能管理和服务质量控制的基础。
In network layer link bandwidth and available bandwidth capture the relevant properties of network path, which is baseline of performance management and QoS control.
拥塞控制算法由TCP源算法和IP链路主动队列管理算法构成。
Congestion control algorithms are composed of TCP source algorithm and IP link active queue management algorithm.
用户进程主要包括链路状态扫描任务、三层单播任务、三层组播任务、管理界面和网络协议。
User processes includes link scan task, layer 3 unicast task, layer 3 multicast task, management interface and network protocols.
特别是它着重在ISDN D通路的数据链路和网络层的故障和性能管理。
In particular, it focuses on the fault and performance management of the data link and network layer of ISDN D-channels.
预指配适配管理群体的目标是从服务层提供链路容量给客户层。
The objective of pre-provisioned adaptation management community is to provide link capacity to client-layer(s) from a server layer.
集中管理中心与集中管理式电话计费器之间可通过公众电话网以拨号方式建立双向通信链路，从而实现对集中管理式电话计费器的远程管理。
Between the center and the devices, the duplex communication links are created through the public switched telephone network, thus the remote management for the devices is realized.
电信数据网络资源管理系统是OSS系统中的重要部分，实现电信数据网络上的各种网络设备，物理链路，用户链路等资源信息的维护，配置，调度等功能。
Telecom network resource Management System is the most important part of OSS. It can manage, configure and dispatch resources including network devices, physical circuits and logic circuits.
采用拓扑管理集团能生成客户链路实体(参见建议G . 85x .3系列)。
The client linking entities have to be created using the topology management community (see G. 85x. 3 series of Recommendations).
对LMP协议层的蓝牙数据包结构、链路的建立和管理、状态机和状态管理、微微网主从设备切换等进行了详细的阐述。
The LMP protocol layer contain bluetooth data packet struct, link creation and management, state machine and state management, piconet, master-slave equipment switching.
本文针对蓝牙技术规范中的链路管理协议(LMP)和逻辑链路控制与适配协议(L2CAP)进行了详细的介绍。
This paper give detailed introduce on bluetooth standard, include Link Manager Protocol (LMP) and Logical Link Control and Adaptation Protocol (L2CAP).
包括基带协议、链路管理协议、逻辑链路控制和适应协议以及设备发现协议，组成了蓝牙系统的核心协议栈。
In the Bluetooth system, the core protocols stack are composed of BaseBand, Link ManagementProtocol, Logical and Link Controller Adaption protocol and Service Discover protocol.
提出了一种基于一体化标识网络中多宿终端的动态链路管理算法（DLMA），根据每台终端的需求分配和释放链路。
The object is to reduce time and increase the ISP payments. (4)This paper proposes a Dynamic Link Management Algorithm (DLMA) for the multihomed terminal in the Universal Identifier Network.
作为蓝牙模块和主机间的软硬件接口HCI，可对控制基带与链路控制器、链路管理器、状态寄存器等硬件提供统一接口。
It also can create a wireless network betwixt digital device. HCI is the interface between software and hardware of Bluetooth module and host.
另外，当在其移动性由各个移动IPHA管理的终端之间执行会话移交时，很难使IETF标准正常地应对上行链 路分组。
Moreover, when performing a session handover between terminals which are mobility-managed by separate Mobile IP HA, it is impossible to normally handle an Uplink packet by the IETF standard technique.
另外，当在其移动性由各个移动IPHA管理的终端之间执行会话移交时，很难使IETF标准正常地应对上行链 路分组。
Moreover, when performing a session handover between terminals which are mobility-managed by separate Mobile IP HA, it is impossible to normally handle an Uplink packet by the IETF standard technique.
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