开发系统

Based on the analysis given above,I use Delphi6 of Borland Co. in U.S.A as the developing tools for front-end development,as it has so many virtues such as good flexibility,intact Object-Oriented Language,the fastest compiler in today's world ,the leading database technology,etc. The specific development process is as follows.First set up the system phototype within short time,and then iterate the initial phototype according to the concretization of the user's demand,revise and improve the phototype constantly until forming a satisfying feasible system.

经过分析如此情况，开发该系统前台工具使用美国Borland公司的Delphi6，利用其弹性可重复利用的完整的面向对象程序语言(Object-Oriented Language)、当今世界上最快的编辑器、最为领先的数据库技术，首先在短时间内建立系统应用原型，然后，对初始原型系统进行需求迭代，不断修正和改进，直到形成用户满意的可行系统。

By the study of system security, during implement the MIS,the paper shows a way of system management, including two key techniques in user popedom and system log, and shows some discusses in familiar problem of system management.

文摘：在开发管理信息系统的过程中，通过对系统管理安全性方面的研究，提出了利用权限口令和操作码2种关键技术来完成系统权限管理和日志管理的方法，并就系统管理中几个常见的问题做了一定的探讨和分析。

Mining area ecosystem is a big system with complex behavior, and its dynamic evolutions are impacted not only by inner natural gender but also by many artificial exploitation factors. These inner causes and external causes interplay, mutually restrict and interact to each other, after that it forms a complicated reticulation. The set of these influence factors give huge force to evolution of mining area ecosystem, and it will cause the ecosystem deterioration or keep healthy.

矿区生态系统是一个行为复杂的大系统，影响其动态演化的因素除了其内在的自然性外还有诸多的人为开发因素，这些内因外因互相影响，互相制约，互相作用，形成一个网状的复杂体系，这样的影响因素的集合将会对矿区生态系统的演变产生巨大的作用力，使得生态系统向着恶化或者继续保持健康的方向运动。

With the found of new Rhizobium resources and development of science and technology,Rhizobium taxonomy has transfer from tradition classification to modern systematic taxonomy.

随着根瘤菌资源的不断发现和科学技术的不断发展，根瘤菌分类从以互接种族为依据的传统分类逐步过渡到了以系统发育关系为依据的现代系统分类，特别是近十几年来，生物技术应用于根瘤菌系统发育及其分类的研究进一步促进了根瘤菌资源的开发利用，使得根瘤菌的分类及其系统发育研究有了突破性进展。

Secondly, the paper does some research on automatic truck dispatching system of container terminals based on Dynamic Optimization Combination.

然后依照山东日照港为原型，研究港口无线通信系统中的传输方式、拓扑结构，建立无线局域网络，并根据码头的实际生产情况利用原型法开发出无线网络下基于动态优化组合的集装箱专用卡车自动化调度系统，系统的数据传输模式为C/S模式，整个系统划分为4个模块完成对集卡的动态调度。

The paper discusses the develop model, the function modules, the database design principle and the system's safety and trustiness, and designs the network projects.

论文对系统的开发模式、系统功能模块、数据库设计原则、系统的安全可靠性、系统的网络方案等进行了探讨。

Firstly,the design principles of hardware circuits are illustrated by taking instances of simulated circuits towards solar battery arrays and ullage apparatuses.

为验证和考核某卫星电源系统故障诊断专家系统的可行性和正确性，作者根据电源系统的工作原理，研制和开发了电源系统仿真试验台。

Being one of the earliest certified software enterprises,quite a few of Waygoing's products acquired software copyright and software copyright and software product registered certifications.

伟功自主开发的产品有："HCA软交换系统"、"IP网守系统"、"VoIP电话系统"和"MG媒体网关"、"waygoing网络电话"、"IP多媒体软电话"等，经信息产业部电信研究院等相关权威机构专家的评定，系统及产品已达到国际同类项目的先进水平；一些项目2002年即被上海市科委认定为上海市高新技术成果转化项目，以及获得科技成果认定证书并被纳入上海市政府信息技术创新计划；多项产品获得了软件著作权和软件产品登记证书，是上海市早期认定的软件企业之一。

Compared with the "Specifications for Marine Biological Survey of China" and "Specifications for Marine Monitoring of China", this guidelines has three significant features:①It covers not only the natural parameters (including marine biological and environmental parameters) but also anthropogenetic parameters which indicate the highly extensive exploitation status in the coastal waters;②The framework of marine ecological assessment consists of 3 keystones: i.

与《海洋调查规范海洋生物调查》和《海洋监侧规范》比较，该指南具有3个显著特点：①调查要素不仅包括海洋生物和海洋环境等自然要素，还包括人为活动要素，充分考虑我国近海生态系统的高强度开发利用的特点；②从生态系统的结构、功能和压力3个方面建立起海洋生态系统健康评价的核心框架体系；③提出生态压力的量化指标，定量评估人类活动对生态系统的压力。

The application of linear array CCD-TCD132D equipment is used in this system, and the PCI data acquisition card is used to transmit data. The accurate measurement system is developed by visual C++. We bring forward a system calculagraph which can realize microsecond level. The system can ensure effectively that it is real-time, high-precision and high-speed.

本系统采用线阵CCD-TCD132D器件，使用PCI数据采集卡进行数据传输，利用VC++开发精确测量系统，并提出能够达到微秒级的系统计时器，有效地保证了系统的实时性、高精度、高速度。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。