民爆行业标准体系构建的方法论实践

本文以民爆标准体系构建的方法论实践，详细解释了标准体系构建方法论的应用，深入分析了标准体系目标分析、标准需求分析、标准适用性分析、标准体系结构设计、标准体系表及标准规划表编制、标准体系研究报告编写、标准体系改进和维护等重要的实施操作内容，以为标准体系方法论的应用提供具体指导和案例参考。     

我国托盘共用系统标准体系建设初探

托盘共用系统在我国是一种新兴的物流服务,为促进其发展,迫切需要建立完整统一、科学有效的托盘共用系统标准体系。本文通过研究托盘共用系统标准体系的内涵、编制目标与编制原则,提出了托盘共用系统标准体系的框架结构模型,并就托盘共用系统标准体系的主要层次及内容进行了探讨和分析。     

城市轨道交通工程建设标准体系构建研究

文章探讨了构建城市轨道交通工程建设标准体系的必要性和原则,包括全面性、层次分明和协调一致等。介绍了标准体系构建的方法和程序,包括维度分析、层级划分、专用标准的分类与整合等。阐述了标准体系结构的构建和标准明细编制的重要性,以及标准体系应用与维护的关键环节。强调了标准体系对于指导工程建设、提高质量和效率的重要作用。     

女子舞龙运动发展目标体系构建

以女子舞龙运动发展目标体系为研究对象,用文献资料、专家访谈和逻辑分析等研究方法,通过对构建女子舞龙运动发展目标体系的意义、依据和原则的阐释,建立了女子舞龙运动的发展目标体系,制定了女子舞龙运动发展的总体目标、具体目标以及具体计划。     

四川省智慧高速公路标准体系研究

本文在总结国内外智慧高速公路标准现状的基础上,提出了智慧高速公路标准体系的构建目标、构建原则,构建了智慧高速公路标准体系“信息服务-全生命周期-标准层级”三维结构模型,架构了以数据为核心,基于信息服务维度以及覆盖建设、管理、运维与服务全生命周期的智慧高速公路标准体系,可以为四川省智慧高速公路标准编制提供参考。     

工商行政管理信息化标准体系的研究

文章介绍了工商行政管理信息化的发展现状，阐述了工商行政管理信息化标准体系的编制目标和编制原则，提出了该标准体系构成的主要内容，并分析了各标准分体系之间的逻辑关系。     

基于目标导向的预算绩效后评价体系研究

分析现有预算绩效评价模式,针对事业单位部门预算执行绩效评价特点,结合气象部门年度责任考核目标、考评对象、考评内容,选取科学的标准和评价计算方法,对部门预算进行绩效评价,构建以目标为导向的闭环全过程绩效后评价体系,对于强化部门预算编制和预算执行,提高预算绩效管理能力,建立符合我国经济发展的事业单位公共财政预算框架具有重要意义.     

证券期货业标准体系构建研究

随着标准在证券期货市场中的重要性越来越显著,建立证券期货行业标准体系对全面指导行业标准化工作,规范、协调、支撑和保障行业全面可持续发展,具有重要的理论指导与实践意义。文章通过对证券期货行业标准体系的构建进行初步探讨,分析了标准体系建设的重要性,阐述了标准体系建设的基本原则、目标与方法,着重介绍了行业标准体系框架分类,最后对体系实施建设做了简要的说明。     

地理标志产品标准体系的研究

文章通过对我国地理标志产品标准体系现状及建立的分析和研究,提出了地理标志产品标准体系的作用、构成、体系表的编制原则和要求。     

灰色聚类法在绿色住宅建筑结构设计评价的应用

国内外目前绿色建筑评价体系主要包括建筑设计、规划等方面内容,较少涉及结构设计方面内容。基于对绿色建筑评价体系目标的完善,从建筑寿命延长、节地与室外环境、能源利用及节能、水资源利用及节水和材料资源利用及节材等方面构建绿色住宅建筑结构设计评价体系,利用灰色聚类法对绿色住宅建筑结构设计评价指标进行分析计算,进而实现对其绿色等级的评价,有效验证了该方法的科学实用性。     

A framework for designing an MIS for health delivery system in rural India.

A framework for designing an information system for planning and monitoring of rural health services is proposed in the Indian context. For effective monitoring the framework emphasises selection of a set of programmed and non-programme indicators on inputs, activities, efficiency and impact and their integration at the district level. For planning, a village level data base is proposed which will integrate environmental data with health programme data. Illustrative examples are provided for key features of the MIS and finally those elements of the information system which are either too complex or too voluminous to be handled manually are identified and the possibility of using computers for such analysis is explored.     

软件可靠性工程框架

软件可靠性工程框架为可靠软件的开发设计、工程管理等过程活动提供公共的标准平台和一致的认知基础。文章构建了基本的软件可靠性工程框架,建立了面向过程的软件可靠性工程过程模型,提出了基于标准框架的软件可靠性工程的过程活动及其关系,给出了各个过程活动研究与实践的现状、发展趋势、存在的主要问题及其过程活动的目标、要求、内容与技术途径。     

生态城市指标体系对比研究

生态城市指标体系既是对生态城市建设工作的评价工具,也是指导生态城市建设的指导纲领。本文从制订单位、制订目的、指标架构、指标项构成和指标赋值等方面对四个典型的指标体系进行对比分析,总结了指标体系的特点和存在的问题,并对指标体系的深入研究工作提出了建议。     

石化企业供应物流信息系统设计研究

本文运用信息系统规划设计原理,遵循系统工程原则,经济、实用原则,灵活、高效原则,安全、可靠原则,先进、规范原则,用户参与原则,通过深入详细的需求分析,对石化企业供应物流信息系统分别从总体设计、流程设计、代码设计、功能模块设计、数据库设计、网络环境设计等方面进行了论述.通过理论与实践相结合,对石化企业供应物流信息系统进行了具体设计.     

第三方物流信息系统设计方法研究

介绍了目前电子商务中的四种物流管理模式及其特点，指出第三方物流管理将是物流专业化的发展趋势；阐述了物流信息系统的基本功能，在分析第三方物流信息系统功能需求的基础上，提出了一种第三方物流信息系统的结构和设计方法。     

我国风险管理标准体系建设初探

文章介绍了构建风险管理标准体系的必要性、原则和方法,提出了我国风险管理标准体系的框架结构,并对实施我国风险管理标准体系提出了若干建议。     

Virtual inter-firm collaborative framework—An IC foundry merger/acquisition project

This study proposes a novel virtual collaborative framework to assist in analyzing and designing logistical processes for inter-firm merger/acquisitions in the IC foundry industry. To elucidate the different but correlated issues when developing the framework, enterprise ontology theory is adopted to deal with knowledge-sharing problems involving merger/acquisition partners. Additionally, several analytical methods, including collaborative production lifecycle chain diagram, process chain diagram and unified modeling language (UML), are utilized for analyzing issues at different levels to design a virtual prototype for mergers/acquisitions.     

Research design: the methodology for interdisciplinary research framework

Many of today’s global scientific challenges require the joint involvement of researchers from different disciplinary backgrounds (social sciences, environmental sciences, climatology, medicine, etc.). Such interdisciplinary research teams face many challenges resulting from differences in training and scientific culture. Interdisciplinary education programs are required to train truly interdisciplinary scientists with respect to the critical factor skills and competences. For that purpose this paper presents the Methodology for Interdisciplinary Research (MIR) framework. The MIR framework was developed to help cross disciplinary borders, especially those between the natural sciences and the social sciences. The framework has been specifically constructed to facilitate the design of interdisciplinary scientific research, and can be applied in an educational program, as a reference for monitoring the phases of interdisciplinary research, and as a tool to design such research in a process approach. It is suitable for research projects of different sizes and levels of complexity, and it allows for a range of methods’ combinations (case study, mixed methods, etc.). The different phases of designing interdisciplinary research in the MIR framework are described and illustrated by real-life applications in teaching and research. We further discuss the framework’s utility in research design in landscape architecture, mixed methods research, and provide an outlook to the framework’s potential in inclusive interdisciplinary research, and last but not least, research integrity.     

Methods of cell formation in group technology: A framework for evaluation

Group technology is a manufacturing philosophy that attempts to provide some of the operational advantages of a line layout while maintaining some of the strategic advantages of the job shop layout. In designing a productive process that will adopt this manufacturing strategy, one of the primary problems encountered is the formation of component families and production cells. The production cell is a group of machines or processes of functionally dissimilar types that are placed together and dedicated to the manufacture of a specific range of component families.Several researchers in operations management have proposed methods of forming production cells and component families. These methods differ in terms of information requirements and also in terms of the final cell design. Furthermore, the objectives for each method are quite different and it thus seems that the focus has been on the method rather than its appropriateness in a particular situation. This article reviews some of the most publicized methods of group formation and analyzes the type of cells that could be formed using these methods. Subsequently, an evaluative framework is presented where the relative advantages of each type of production cell are discussed in terms of several strategic and operational factors. This framework is of particular use as it highlights the fact that in implementing a cellular manufacturing system, most organizations will face a trade-off of strategic and operational “costs.” Finally, the appropriateness of the cell types with respect to the degree of customer interaction is also discussed.