基于Domino/Notes R5高校院系信息管理系统

论述LotusNotes作为首选办公平台的技术优势探讨LotusDomino/Notes所提供的工作流自动化及标准的Web服务、应用和开发环境 ,及其它在通信、协作和协调等 3大主要特点 .以“班级信息管理系统”为开发实例 ,分析了主要功能模块的构成及其技术特色 ,并探讨了基于LotusNotes技术平台、B/S(浏览器 /服务器 )模式的“高校院系办公自动化管理系统”

基于Excel和VBA编程的院系人员管理信息系统设计

现有院系人员管理信息系统在人员管理中虽然发挥着重要作用,但存在操作耗时、费力,所提供的信息准确度偏低,管理效率不高等问题。为改进这些不足,开发设计了一款基于Excel和VBA编程的院系人员管理信息系统。该系统结构简单、界面清晰、操作方便,能保证信息的准确性,实现院系人员管理系统化,降低管理人员劳动强度,缩短办公时间,提升院系人员管理效率。

基于web的高职系部管理信息系统的设计与实现

基于web的高职院校系部管理信息系统是高职院校信息化建设的一个组成部分,该系统采用B/S三层结构,具有操作简便、灵活、实用和安全等特点。本文详细阐述了系统架构、系统功能结构、系统管理功能等方面的设计和系统关键技术的实现。

基于CORBA的系务管理信息系统设计

CORBA作为分布式对象系统中间件指定的一个互操作标准 ,为可移植的、面向对象的分布式应用程序提供了不依赖于平台的编程接口和模型 ,已在众多领域得到了应用。本文首先介绍了CORBA标准 。

吉林省保障性住房准入退出信息系统创新

为提高吉林省保障性住房工作效率,运用管理信息系统业务重组的基本方法,对现有系统进行改进与创新.主要提出的创新点有:准入与分配系统自动化的完善、用户层级与访问权限的明确、逐级分配体系与自动分配模式的创新、退出模块的改进、动态监管的创新等.希望通过对此系列的研究,能更好地帮助吉林省保障性住房相关部门在未来几年的保障性住房工作中,公平、公开、公正地有序进行.

系、处级管理信息系统的设计与开发

本文概括地介绍了管理信息系统在实现我院管理科学化、规范化和现代化中的职能与重要性。论证了我院建立系处级管理信息系统的必要性和可行性。同时还介绍了“系处级管理信息系统”软件设计与开发的指导思想和主要功能。该软件的实现不仅为各系处级目前各项日常管理工作提供了便利而又实用的工具，而且也为落实学院“三化”管理及未来“院级管理信息系统”奠定了良好的基础。

企业管理信息化的演进

自信息系统诞生以后,企业便不断在管理信息化方面进行了探索和实践。本文将对信息系统、管理信息系统、企业资源规划和商务智能这四个与企业管理信息化密切相关的概念进行简要介绍,并重点对其间的演进逻辑进行梳理。信息系统最初主要以电子数据处理系统的形式存在,管理信息系统便是在其基础之上,逐步发展起来的一种信息系统。随着时间的向前推进,管理信息系统逐步分化出各种类型的职能性子管理信息系统。然后,笔者试图从各种职能性子管理信息系统提炼出ERP的雏形,并在引入ERP的基础上,对商务智能进行简要的介绍。笔者认为,商务智能必须建立在ERP基础之上(当然ERP也不可能不完全游离于BI之外),企业没上ERP直接上BI的行为可能会过于激进,很难实现其BI的IT投资收益。

Rocky Desertification Dynamic Analysis and the Development of Management Information System

With the background of severe rocky desertification in the west of China and the ohjective of ecological environment construction and poverty elimination, the management information system of rocky desertification was designed according to the natural and humane characteristics in Nanchuan of Sichuan Province. The system was composed of data management module, information query module for rocky desertification, spatial analysis module and dynamic monitoring module.

咸阳师范学院信管专业学生就业情况引发的思考

文章针对咸阳师范学院信管专业学生就业情况进行了分析,总结出引发此现状的两点原因,最后对交叉性较强的信管专业教学方法提出了一点建议和建设具有特色信管专业所采取的措施。

STUDY OF SETTING UP THE FOREST RESOURCES MANAGEMENT INFORMATION SYSTEM BASED ON WEBGIS

Based on an analysis of the characteristics of the Forest Resources Management Information System of each development phase, and consideration of the technical trend in Geographic Information System (GIS) in the Internet Age, this paper explores the importance and the feasibility of setting up Forest Resources Management Information System based on the WEBGIS. At the same time, based on the experience of our study, the paper explores the function, structure and method of developing the Forest Resources Management Information System based on WEBGIS. With the technology of WEBGIS, the Forest Resources Management Information System with data from Huoditang Farm was set up, which makes a great impact on forest resources management. So setting up the Forest Resources Management Information System based on WEBGIS is a trend of forest resources management. In the course of setting up this system, we must pay attention to following questions: 1) unify data standard and information encoding; 2) change mind.

Model Warehouse

This paper puts forward a new conception:model warehouse,analyzes the reason why model warehouse appears and introduces the characteristics and architecture of model warehouse.Last,this paper points out that model warehouse is an important part of WebGIS.

Development of component geographic information systems applying in forest resources management

The history, current situation, and development trend of GIS (Geographic Information System) applied in the forest resources management were discussed in this paper. On the basis of geographic spatial characteristics of forest resources data, a component geographic information system (ComGIS) was developed for forest resources management. The system embeds a GIS ActiveX control MapObjects (Inc. ESRI) on Visual C++ platform. System design, data organization and achieving way were studied and expatiated by taking Xigangzi Forestry Centre as study object. The system has many useful functions,, such as adding and display of various map layers, zoom of map by wheeling mouse, attribute and spatial data querying, map auto roaming, features rendering based on the spatial trait of data, label controlling through attribute data band with vector graph, as well as output of 'Column chart' for showing the result of statistics. At the same time, parts of source codes are attached.

Roadroid： Continuous Road Condition Monitoring with Smart Phones

Road condition is an important variable to measure in order to decrease road and vehicle operating/maintenance costs, but also to increase ride comfort and traffic safety. By using the built-in vibration sensor in smart phones, it is possible to collect road roughness data which can be an indicator of road condition up to a level of Class 2 or 3 in a simple and cost efficient way. Since data collection therefore is possible to be done more frequently, one can better monitor roughness changes over time. The continuous data collection can also give early warnings of changes and damage, enable new ways to work in the operational road maintenance management, and can serve as a guide for more accurate surveys for strategic asset management and pavement planning. Collected measurement data are wirelessly transferred by the operator when needed via a web service to an internet mapping server with spatial filtering functions. The measured data can be aggregated in preferred sections, as well as exported to other GlS （geographical information systems） or road management systems. Our conclusion is that measuring roads with smart phones can provide an efficient, scalable, and cost-effective way for road organizations to deliver road condition data.

Investor＇s Portfolio Allocation by Financial Asset Classes Using Fuzzy Logic-Based Approach in Decision Support System

The paper present the fuzzy logic expert system called MADSYS for an investor＇s portfolio allocation by financial asset classes. MADSYS system will be used in the interface agent （agents） of multi-agent investment management information system. One of the principal tasks of the multi-agent system is to help an investor to make investment decisions and to provide appropriate investment proposals according to the investor＇s profile. From MADSYS depends a lot of things, namely the multi-agent investment management information system accuracy, proposed investment decisions, the right portfolio allocation of financial assets, reliability and investor satisfaction. The usage of MADSYS system in the multi-agent system makes it more intellectual, i.e. the system will be able to adjust automatically to the changing of investor profile. The MADSYS system may be tried online at the following address：www.sprendimutechnologij os.lt/webapp.

A Framework for Identifying and Managing Information Quality Metrics of Corporate Performance Management System

Corporate Performance Management （CPM） system is an information system used to collect, analyze, and visualize key performance indicators （KPIs） to support both business operations and especially strategic decisions. CPM systems display KPIs in forms of scorecard and dashboard so the executives can keep track and evaluate corporate performance. The quality of the information as shown in the KPIs is very crucial for the executives to make the right decisions. Therefore, it is important that the executives must be able to retrieve not only the KPIs but also the quality of those KPIs before using such KPIs in their strategic decisions. The objectives of this study were to determine the role of the CPM system in the organizations, current data and information quality state, problems and perspectives regarding data quality, as well as data quality maturity stage of the organizations. Survey research was used in this study; a questionnaire was sent to collect data from 477 corporations listed in the Stock Exchange of Thailand （SET） on January, 2011. Forty-nine questionnaires were returned. The results show that about half of the organizations have implemented CPM systems. Most organizations are confident in the information in CPM system, but information quality issues are commonly found. Frequent problems regarding information quality are information not up to date, information not ready by time of use, inaccuracy and incomplete. The most concerned and frequently assessed quality dimensions were security, accuracy, completeness, and validity. When asked to prioritize, the most important quality dimensions are accuracy, timeliness, completeness, security, and validity respectively. In addition, most organizations concern about data govemance management and have deployed such measures. This study showed that most organizations are on level 4 on Gartner＇s data governance maturity stage in which data governance is concerned and managed, but still not effective.

The Research on Knowledge Sharing in the Small and Medium-sized Enterprise based on Cloud Computing

The paper combine cloud computing with knowledge management, and classify the knowledge management of enterprise information management system, finally the paper plan and design the overall architecture of enterprise management information system. According to the model of cloud computing, establish the cloud computing platform based on the construction of cloud computing and virtualization technology, in order to achieve the overall architecture of the management information system of enterprise that migrate to the cloud computing enviromlaent. This paper mainly introduced in the cloud computing architecture of enterprise management information system under the environment of cloud computing and implementation of knowledge management system.

Design and implementation of coal mine safety management system based on Ajax and RFID

This paper describes the design and implementation of a coal mine safety management information system based on Ajax. The whole system includes two alarm processing subsystem and management subsystem. Alarm processing subsystem in the server, used to analyzed monitoring data of underground mine, judged whether it is in an abnormal state, also including the crews time recorded by RFID, so that timely alarm data is written to the database for the use of management infonlaation system; management information system adopts the three layer system structure based on B/S, the client the use of ax technology for an asynchronous request to the server, the server operation backstagc Oracle database to complete the business logic processing, and the results in XML form and return it to the client, the subsystem to the user to provide an interactive platform, users can monitor the underground state in real time, at the same time when the abnormal status, the system can timely alarm, prevent the occurrence of coal mine accidents.

Supporting farmer-managed irrigation systems in the Shigar valley, Karakorum： Role of the government and Aga Khan Rural Support Programme

Farmer-managed irrigation systems(FMIS) in the high altitude valleys of the Karakorum,Pakistan, continue to be managed effectively despite increased pressure on the social arrangements that sustain them. Colonial era records shows that over a century ago government agencies undertook irrigation support projects. In the past three decades,government agencies and the non-government agency Aga Khan Rural Support Programme(AKRSP), which channels foreign funds into the region, have actively engaged in the provision of irrigation support. This article seeks to explore whether such projects support or undermine farmer-managed irrigation systems and the complex institutional arrangements that underpin them. Field research using ethnographic and participatory methods was conducted in spring 2013 in the upper Shigar valley, Skardu district, GilgitBaltistan. The findings show that irrigation development is a political activity that involves village-based actors, religious leaders, local politicians,and government and non-government agencies.Government agencies operate in a largely top-down,engineering mode, their larger projects limited to villages suffering water scarcity. The local government provides small funds for renovation work of FMIS,though allocation of funds is highly politicized. Nongovernment agencies, for a variety of reasons including donor-funding cycles, apply a one-size-fitsall ‘participatory' model in an attempt to socially engineer rules and institutions. In communities divided by factionalism the use of such external models that stress formation of committees are unlikely to yield positive results, and could instead contribute to undermining the very systems they seek to support. This research argues that irrigation interventions should take care to build upon the rich and complex social arrangements that have sustained FMIS through the centuries.

Implementation of CAN-bus Intelligent Network Communication Equipment Based on PLC

The development trend of PLC is that the functions are more, the integration level is greater and the network function is greater. Nowadays, the manufacturers of PLC develop there own network. PLC technique has two development trends. On one hand, PLC network system is not a self-contained closed system any longer and develops towards open system. Various PLC not only has distinctive PLC network systems and completes device control task, but also network with the superior computer management system to realize information exchange, which makes it become one part of information management system. On the other hand, the field-bus technique is widely applied. PLC is connected with the intelligent equipments installed on site such as intelligent instrument, sensor, intelligent solenoid valve, intelligent drive actuator by a transmission media （ such as twisted pair, coaxial cable and cable）, and they transmit information mutually according to the same communication protocol, which can form a field industrial control network. Compared with single PLC remote network, the network not only has the advantages of flexible configurations, easy expansion, low cost and higher cost perfomaance, but also has opening significance.

Analysis and Design of College Student Information Management System

This paper uses oriented process method to analysis and design the system, using SQL Server 2000 database as the backend database support platform system, using three layer B/S architecture to support, the system provides a good interface and function feature, data have high safety performance, high reliability and low cost, the system can improve the work efficiency of college personnel, improve the efficiency of management, and has a certain practical significance.