工厂 factory; mill; plant; works 铁工厂 iron shop; fabric; 化工厂 chemical works; 飞机工厂 aircraft plant; 军工厂 munition plant; 装配工厂 assembly factory; 工厂安全 factory safety; 工厂办学 factory establishing school; 工厂厂长 works manager; 工厂成本 factory cost; 工厂存料 shop stock; 工厂代号 works code; 工厂法 the factory law; factory act; 工厂废料 factory waste; 工厂废水 plant effluents; 工厂管理 factory management; shop management; works management; 工厂管理委员会 factory management committee; 工厂规章 factory regulation; 工厂环境 environment of plant; factory environment; 工厂环境保护 factory environmental protection; 工厂检查员 inspector of factory; 工厂交货 free at factory; ex factory; ex works; ex mill; 工厂交货成本 ex works cost; 工厂交货价 ex works price; ex factory price; 工厂交货条件 ex works terms; 工厂区 factory district; 工厂商标 manufacturer's mark; 工厂设备 shop equipment; 工厂投资 plant investment; 工厂效率 plant efficiency; 工厂照明 industrial lighting; factory illumination; 工厂证明书 certificate of manufacture; 工厂资产 plant asset
模型 1.(仿制实物) model; pattern 模型所代表的实物 antitype; 模型展品scale model; 飞机模型 model of an airplane; 复制模型 replica; 原尺寸模型 mock-up; 机器的模型 pattern of a machine; 做一个汽船模型 model a steamboat; 他用粘土做模型。 he models in clay.2.(制砂型的工具) mould; pattern3.(模子) model set; mould pattern; layout; type; representation; cast; version; matrix; mock-up; shape
Lorenz system and mackey - glass time series are the examples for nonlinear system approximation problems , while iris data and wine data are taken as examples for classification problems 分别是二阶非线性工厂模型, lorenz系统, mackey - glass时间序列, iris数据集和wine数据集。
To resolve the issues of object group ' s life cycle management and fault tolerance properties management , an object factory model is designed to load the objects dynamically , two kinds of member creation patterns are introduced , a set of fault tolerance properties are defined according to the common characteristics of the fault - tolerant system , and moreover a hierarchy model is proposed to enable the dynamic and flexible configuration ( 1 )针对复制管理必须解决的对象组生命周期管理和容错属性配置管理,本文设计了一个能够动态部署和创建对象的对象工厂模型;引入了对用户透明程度不同的两种成员创建模式? ?基础设施控制和用户控制;并围绕容错系统的共有特征定义了一组容错属性,设计了层次化的属性配置模型,允许应用动态灵活地配置容错属性。