A protocol sequence represents what network protocols are used for RPC communication.
协议序列代表RPC通信使用的网络协议。
This routine is called to inform the RPC runtime to use the specified protocol sequence.
通过调用这个例程，让RPC运行时使用指定的协议序列。
If the protocol sequence is not found in the table, an error is returned by this routine.
如果在表中没有找到这个协议序列，这个例程返回错误。
The protocol sequence ID table consists a boolean field to reflect if a given protocol sequence is supported or not.
协议序列ID表包含一个布尔字段，表示是否支持给定的协议序列。
The protocol sequence ID table is then traversed and the protocol strings are copied into the out parameter 'protseq_vector'.
然后遍历协议序列id表，把协议字符串复制到输出参数‘protseq_vector’中。
Max_calls input parameter in this routine indicates the maximum number of concurrent calls allowed for a particular protocol sequence.
这个例程中的Max_calls输入参数表示对于特定的协议序列所允许的最大并发调用数量。
RPC applications might want to confirm if a given protocol sequence is supported on the host before proceeding with the usage of the protocol.
在使用协议之前，RPC应用程序可能希望确认主机上是否支持给定的协议序列。
We say that a compatible binding is found when the tower's protocol sequence, interface id, transfer syntax and protocol version numbers match with that of the client's interface.
如果塔的协议序列、接口id、传输语法和协议版本号与客户机的接口匹配，就找到了兼容的绑定。
This protocol provides the precise failover sequence for each of the application nodes in the cluster.
这个协议为集群中的每个应用程序节点提供了精确的故障转移顺序。
As in previous revisions, the essence of the RM protocol is the concept of a Sequence of messages.
在以前的版本中，RM协议的核心思想在于消息序列的概念。
Translate the contents of the comm and Scenario worksheets into a sequence of executable commands that define a test sequence against a device communicating through the Modbus protocol.
将Comm和Scenario工作表的内容转换为一个可执行命令序列，该命令序列针对一个通过Modbus协议通信的设备定义一个测试序列。
This WS-RM protocol message informs a client or provider WS-RM implementation that a new sequence has been requested to a specific Web Service providers endpoint.
此 WS-RM协议消息通知客户机或提供商 WS-RM实现已经请求了到特定Web服务提供商端点的新序列。
Data transfer can be bidirectional, and the sequence of data transfer is also maintained. However, there are some limitations to the protocol.
数据传输可以是双向的，数据传输的顺序也可以保持。
Conformance test has been an active field on Protocol engineering, but the generation of test sequence is the pivotal tache.
在协议工程中，一致性测试已成为非常活跃的领域，而测试序列的产生是一致性测试非常关键的环节。
The security for the protocol is ensured by the quantum no-cloning theorem and the secret transmitting order of the single photon sequence.
协议的安全性由量子不可克隆定理和单光子序列的秘密传输顺序所保证。
A testing method based on UIO sequence was widely used in protocol conformance testing and software conformance testing, how to efficiently generate shorter UIO sequence is always focused.
基于UIO序列的测试方法已经广泛地应用在协议一致性测试和软件一致性测试方面，如何有效地生成更短的UIO序列一直为人们所关注。
This paper proposes a new RFID secure protocol which uses the mechanism that the random sequence stored in the tag produces the pseudo random number to replace the random value generator.
提出一种新的RFID安全协议，利用已存储的随机序列产生伪随机数的机制代替随机数产生器。
The default sequence might very well be arbitrary: the first item might be about routing protocol while the second one might be about LAN switching, etc.
默认的考题顺序通常是随机的：第一项考题可能是关于路由协议的而第二项考题有可能就是LAN交换的等。
Based on the order rearrangement of single photon sequence, we present a multiparty controlled quantum secure direct communication protocol.
基于单光子序列的顺序重排，提出了一种可应用于一些特殊的场景的多方控制的量子安全直接通信协议。
In addition to conventional sequence input protocol, the program offers a new protocol of entering sequence by its building blocks and corresponding counts.
除了传统的顺序输入协议，该计划提供了一个新的协议，进入大厦和相应的计数序列。
This paper analyzes current solutions and proposes a protocol to solve false destination sequence attack in AODV by introducing an algorithm of reputation rating updating.
该文针对AODV协议中的虚假目的序列号攻击以及已有解决方案中的缺陷，引入信誉值更新算法，设计一种基于AODV的入侵识别协议。
A static communication protocol can be used to independently design the communication sequence and the controller, V-K iteration algorithm is used to design the optimal periodic controller gain.
采用静态通信序列，使通信序列和控制器可以分别设计，应用V -K迭代算法设计最优周期控制增益。
A static communication protocol can be used to independently design the communication sequence and the controller, V-K iteration algorithm is used to design the optimal periodic controller gain.
采用静态通信序列，使通信序列和控制器可以分别设计，应用V -K迭代算法设计最优周期控制增益。
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