buffer mechanism造句
例句与造句
- Calling this method when the buffering mechanism is not enabled has no effect
未启用缓冲机制时调用此方法将不起作用。 - If the buffering mechanism is not enabled , calling this method does not have any effect
如果未启用缓冲机制，则调用此方法不会有任何效果。 - In addition , influence caused by variety of buffering mechanism parameters ( stiffness and damping ) are also analyzed
另外,文章还分析了在对接过程中缓冲机构刚度、阻尼参数变化所产生的影响。 - 5 . the delay - resume module in streaming media systems was designed and implemented , with the application of the synchronization and buffer mechanisms
5 .综合应用同步机制和缓冲机制,设计并实现流媒体系统中的延时续播功能。 - We model the buffering mechanism of interworking unit with permanent virtual connection through m / m / 1 / k queuing approach and solve this model
对永久性虚连接方式的网间互联器的缓冲机制采用m h i k排队方法进行了建模求解。 - It's difficult to find buffer mechanism in a sentence. 用buffer mechanism造句挺难的
- The full speed peripheral controller is very flexible and software configurable , in terms of the type , size , and buffering mechanism of each endpoint
就每一个终端的类型，大小和缓冲机构而言，全速处理器非常灵活，而且其软件可设置。 - Turn signal ( lane changing ) switch and automobile buffer mechanism , danger alertion switch , wipper switch , wash switch , light changing switch and lock mechanism of burglary preventing
转向(变道)开关及自动复位机构，危险报警开关、刮水器开关、洗涤器开关、变光开关、防盗锁车机构等。 - Based on the distributed storage feature of the dos , the delay - resume functionary has been developed . during designing and implementing a streaming media system , the synchronization and buffer mechanisms are the critical issues
在设计和实现流媒体系统的过程中,同步机制和缓冲机制是其中的关键技术,直接决定流媒体系统的工作效率和服务质量。 - Linux is originally designed as a time - sharing operating system . due to its non - preemptive kernel , coarse time granularity , frequent disabled interrupt , virtual memory and other buffer mechanism , linux is not so “ real - time ” as rtos
Linux的调度机制决定了它是一个分时系统,其不可抢占的内核、粗糙的时钟粒度、频繁的关中断、虚存和其它缓冲机构的设置,使得linux的实时性不强。 - Quite a lot of new ideas for designing both logic structure and scheduling structure of the open architecture cnc system have been implemented , including the principles of module - classification , large buffer mechanism for data transfer between modules , principles of time - allocation scheduling , and etc . based on the software structure , the author implemented a few function - modules , such as master - control , interface , decode , interpolation , position - control
本文在系统的逻辑架构设计和时序架构设计方面做了不少创新性的工作：提出了开放式数控系统的模块划分原则，设计并实现了模块间的大缓冲机制；提出了开放式数控系统的时序设计原则，提出了rtlinux环境中的数控系统时序实现机制并给出了具体方案。 - Expounds the five main aspect of risk in national commercial bank , i . e . . signal liability structure , bad loan quality , low capital efficiency , imperfect restriction on interior power , thin consciousness on risk avoidance ; summarizes five characters of the bank risks , including risk concentration , moral risk , risks caused by system structure , inequi ty between bank risks and revenues , aggrandizement trend of bank risks ; analysis eight reasons for bank risks , including proprietary ownership voidance , macroeconomic fluctuation , ineffective capita ] buffer mechanism , enterprise reasons . no synchronous fiscal investment and financial reform , incompetence law and regulation enforcement . chapter4 argues the opportunities and challenges of the financial globalization and requirement for bank risk managem ent . chapters suggests the methods for the risk management of national commercial bank
紧接着在第三章阐述了我国国有商业银行风险的“五大表现” ，即负债结构单一、信贷资产质量差、资本充足率低、内部控制机制薄弱、防范风险的意识淡薄；总结了我国国有商业银行风险的“五大特点” ，即风险高度集中、风险人为匿藏、风险的体制性、风险与收益严重不对称、风险呈继续扩大态势；剖析了我国国有商业银行风险形成的“八大因素” ，即金融产权“人格”虚设、宏观经济波动、资本金等缓冲机制不健全、财政、投资和金融的体制改革不配套、法律和法规不健全等。 - We adopt a ping - pong buffer mechanism to guarantee the system ' s real - time implementation . in the hardware design , we use adsp2188n and codec chip msm7702 to accomplish the algorithm and flash memory sst391f080 to store the startup code . assembly language code and some necessary initialization data
在硬件设计中，本系统以adspzi88n为核心，结合codec芯片msm7702完成编解码算法，使用flash芯片sst39lto80来存储系统的启动程序、汇编语言程序和初始化表格数据，使用话筒和听筒来完成语音的输入输出。 - Abstract : in a network system , overflow or overwrite of message buffer will cause missing of messages . for a timed token network , message transmission time and the message buffering space allocation in a node are very important issues on network real time capability . this paper analyses the message buffering mechanism , describes the relationship of message buffering space and message transmission bandwidth allocation , and proposes a space determination method of message buffer for ltpb network . the maximum space redundancy avoiding buffer overflow for “ send ” and “ receive ” buffers has been derived . it is found that the space of “ send ” and “ receive ” buffers is equal to the message size under condition that the message gap time is greater than message latency and node response time
文摘:在网络系统中，节点缓冲区内消息发生覆盖或溢出会造成消息的丢失，对于限时令牌网络，节点消息发送时间和消息缓冲容量的分配是影响消息实时性的重要因素.针对令牌传递网络分析了节点消息缓冲机制，说明了消息缓冲容量的确定与网络带宽分配方法的关系，并提出了消息缓冲容量的确定方法，导出了避免消息覆盖或溢出所需的最大发送和接收缓冲容量余度.指出在消息的产生间隔大于该消息的最大允许的延迟时间和接收节点响应时间的条件下，发送和接收端的消息缓冲容量等于被缓冲消息的长度 - This article aims at how to enhance the log system ' s performance . after analysis of the factors affecting system performance , we will discuss the disadvantages of conventional log system . then , the article will emphasize on the details of the wal rules , check - pointing techniques , buffer mechanism and write - through rules in dpsql
本文着重于提高日志系统的性能，分析了影响日志管理系统性能的主要因素之后，对传统日志系统的不足之处做了讨论；在此基础上，具体研究了dpsql运行环境下wal规则、检查点技术、缓冲区技术、提交时回写规则等等。 - In a network system , overflow or overwrite of message buffer will cause missing of messages . for a timed token network , message transmission time and the message buffering space allocation in a node are very important issues on network real time capability . this paper analyses the message buffering mechanism , describes the relationship of message buffering space and message transmission bandwidth allocation , and proposes a space determination method of message buffer for ltpb network . the maximum space redundancy avoiding buffer overflow for “ send ” and “ receive ” buffers has been derived . it is found that the space of “ send ” and “ receive ” buffers is equal to the message size under condition that the message gap time is greater than message latency and node response time
在网络系统中，节点缓冲区内消息发生覆盖或溢出会造成消息的丢失，对于限时令牌网络，节点消息发送时间和消息缓冲容量的分配是影响消息实时性的重要因素.针对令牌传递网络分析了节点消息缓冲机制，说明了消息缓冲容量的确定与网络带宽分配方法的关系，并提出了消息缓冲容量的确定方法，导出了避免消息覆盖或溢出所需的最大发送和接收缓冲容量余度.指出在消息的产生间隔大于该消息的最大允许的延迟时间和接收节点响应时间的条件下，发送和接收端的消息缓冲容量等于被缓冲消息的长度
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