partial system中文是什么意思

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中文翻译
造句

分系统

partial adj. 1.一部分的，局部的，不完全的。 2.不公平的 ...
system n. 1.体系，系统；分类法；组织；设备，装置。 2.方 ...
partial common control system 部分共同控制式
partial double tax system 准两税制
partial fiduciary issue system 部分信用发行制
partial gear system 部分减速系统
partial reserve system 部分准备制
partial sewerage system 局部排水系统
partial smoke detection system 部分感烟探测系统
partial sprinkler system 局部安装的喷水灭火系统
partial system failure 部分系统故障; 局部系统故障
partial system test 部分系统测试; 个别部分试验
partial-pressure oxygen system 部分加压供氧系统; 用氧气面罩的系统
system of partial differential equations 偏微分方程组
plbs partial lean burn system 局部稀值燃烧系统
qprs quadrature partial response system 正交部分应答系统
be partial to 对...偏爱; 对...偏袒的, 对...过分错爱的
partial adj. 1.一部分的，局部的，不完全的。 2.不公平的；偏袒的。 3.偏爱的，特别欢喜的 (to)。 4.【植物；植物学】后生的，再生的。 partial drought 小旱。 partial in one's judgement 判断不公平的。 be partial to 偏爱 (He is too partial to tobacco. 他太欢喜抽烟了)。 adv. -ly n. -ness ＝partiality.
partial to 反对的; 偏爱
partial(s) 分音
arithmetic partial 部分算术运算
climb; partial 部份爬升
differential partial 偏微分法
partial abortion 局部挫败敌攻击
partial abrasion 局部擦痕

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例句与用法

First , the normal state pattern length was fixed , which eliminated the negative influence brought by the uncertainty length of the partial system call sequence
第一,正常状态模式的长度固定,消除了局部系统调用序列长度不固定带来的负面影响。
System of alleged social security , it is to show those who supplement each other is the mutual connection that social security has an orgnaization to become partial system individually , overall
所谓社会保障体系，是指社会保障各个有机构成部分系统的相互联系、相辅相成的总体。
In behavior - based process detection technique , the process is regarded as a series of system call , and the process ’ normal behaviors are presented by the partial system call sequences in series
在基于行为的进程检测技术中,进程被看作一系列系统调用的有序组合,进程的正常行为由该有序组合中出现的局部系统调用序列来刻画。
But in a multithreaded application , especially one that runs as a server and is not attached to a console , thread death may be a less noticeable event , resulting in partial system failures that can cause confusing application behavior
但在多线程应用程序中，尤其是在作为服务器运行并且不与控制台相连的应用程序中，线程死亡可能成为不太引人注目的事件，这会导致局部系统失败，从而产生混乱的应用程序行为。
In the paper , the realization methods of high availability ( ha ) and data storage in ha system of my project , which are based on cpx8216 base station system frame , are proposed . to guarantee the ha of the system , in hardware layer , the 2n redundancy mode for the overall system , n + 1 redundancy mode for the partial system and hot restart work mode are applied . and in software layer , software designs corresponding to the hardware redundancy mode and for the availability of the overall system , and suitable software for checking , controlling and arranging the equipments , are adopted
本文着重阐述项目系统中对高可用性的研究和部分的高可用性的实现，项目系统采用了cpx8216框实现基站的通信业务功能，为了保证整个系统的高可用性，采用了主、备用的2n备份模式，采用热重启的工作模式，在系统局部采用的n + 1备份方式，从硬件上保证了系统的可用性；在软件设计上配合硬件的备份模式，保证整个系统的可用性，同时还采用合理的软件检测控制，调度设备，进一步提高系统的可用性。
Allowing users to easily update stable packages that contain information that quickly goes out of date . examples are a virus scanner s signatures list or a spam filter s pattern set . an administrator can use the " volatile . debian . net " archive with similar ease to the " security . debian . org " archive , and enjoy the use of packages with up - to - date information without the hassle and risks of maintaining an entire or partial system based on bleeding - edge packages
系统管理者可以安心得使用和" security . debian . org "档案库类似的" volatile . debian . net "档案库，并能利用它来取得包含了最新资讯的套件但却不用担心会因而让整个或部份系统冒著使用了可能有著潜在问题的套件时所连带的麻烦及风险。
Nonlinear viewpoints on development of science is depended on that the science is the partial system of society system , and it not only has the nonlinear interaction which is the source and motive force of development , but also has strange attractor which lead to order in the disorder , that is science problem and science theory , matthew effect and priority . the development of science also possesses sensitive dependence to the primary condition . it will flux and reflux suffered from the influence of various random factors inside and outside of system
科学发展的非线性观立足点就在于科学是社会系统的分系统，它不仅有非线性相互作用，这构成了发展的源泉和动力，更有导致无序中产生有序的奇异吸引子(科学问题与科学理论， “马太效应”与“优先权” ) ，在发展过程中对初始条件也具有敏感依赖性，并受到系统内部、外部的各种随机因素的影响而产生涨落，在常规发展时期表现为科学的渐变，也就是量的积累，当涨落放大时就表现为科学革命，即质的改变。