| 1. | Campus open laboratory information management system
高校开放实验室信息管理系统 |
| 2. | Standard guide for validation of laboratory information management systems
实验室信息管理系统的鉴定标准导则 |
| 3. | Development and application outlook of information management system in coal lab
煤质实验室信息管理系统的开发与应用前景 |
| 4. | Functional requirements of clinical laboratory information management systems , guide for
临床实验室信息管理系统的功能要求导则 |
| 5. | In the chapter four , the designing of lems with uml is introduced in details . the realization of browser / server strategies will be seen in this chapter
在第四章中，介绍了实验室信息管理系统的研制过程，例如：系统软件的uml设计以及系统硬件构架，以确保系统功能的完善。 |
| 6. | In the last chapter , all of the work in the dissertation is summed up systematically . in the same time , some trends that are iull of promises , are proposed to the development of laboratory information management system
在第五章中，主要介绍了实现后的lims系统模块及其功能，并对运行后的系统作了客观的评价，同时也提出了实验室信息管理系统的发展趋势。 |
| 7. | To test information electronically and automatically in clinical laboratories , a new type of network system named as laboratory information management system ( lis ) has begun to appear in many hospitals
实验室信息管理系统( lis - laboratoryinformationmanagementsystem )是一个能实现检验信息电子化、检验信息管理自动化的网络系统,已经开始出现在各大医院的检验科室。 |
| 8. | Next , there are three parts in the chapter two . in the first part , the characteristics and implementation mechanism of lims are introduced in details . in the second part , the technology of distributed objects is discussed , such as com > core a and ejb
在第二章中，首先介绍了lims的发展历史、模型特征、及其通用工作流程；然后介绍了在软件开发中所采用的分布式对象技术；最后介绍了实验室信息管理系统中的质量控制体系。 |
| 9. | Finally , a usable reuse system named information management system used for university laboratory depending on the component techniques mentioned above is designed and developed . it is the fact that software reuse and reusable component are powerful and significant techniques in application system design and implementation
以文中提出的思想和方法，设计开发了一个基于构件的软件复用系统? ?高校实验室信息管理系统，从应用的角度证明了可复用构件及软件复用技术在系统设计和快速实现方面所具有的突出优势和强大的生命力。 |
