基于UML的高职学生顶岗实习管理系统建模研究

学生毕业顶岗实习作为高等职业院校的一项非常重要的教学活动,因参与人数多,实习地点分散,传统的管理方法已导致对顶岗实习的指导、管理和监控都难以到位。在分析顶岗实习指导、管理和监控需求的基础上,完成了功能模块的设计,并运用基于面向对象的统一建模语言(UML)对其进行了静态和动态的模型设计,形成了系统的总体模型架构,为开发高职院校顶岗实习管理系统提供了参考模型,使系统开发更为直观、高效。     

计算机专业毕业实习的项目驱动模式的探索

计算机专业的毕业实习十分重要,但是目前的实习效果不理想。毕业实习的项目驱动模式就是在实践环节过程中以一个实际计算机开发项目为主线来组织毕业实习过程,按企业开发模式管理学生的实习。实践表明该模式能提高毕业实习的效果。     

高校毕业实习管理信息系统的设计与实现

随着中国教育体系逐步地完善，实习已成为当前高校培养学生的重要教学环节。然而，部分高校对于毕业实习的管理工作仍停留在传统的手工与纸质的管理模式，这已无法适应当前的管理要求，为了更好满足高校对学生有效的监督和指导以及学生多样化的需求，文章以广州华商学院为例，设计并实现满足高校毕业实习需求的管理信息系统，该系统主要采用ASP.NET技术，前端功能主要包括用户登录、个人密码的修改、实习信息的上传与审核、实习报告上传与批阅、实习文件下载、查看公告、留言板等功能，后端功能包括管理员登录、用户管理、后台信息查看、公告管理、留言管理等功能。     

基于Web的学生实习管理系统的开发与应用

本研究从学生实习教学所涉及的主要角色出发,通过调研,汇总实习教学和管理过程中涉及的问题,找到解决办法,设计基于Web的学生实习管理系统。本系统采用My SQL作为数据库,采用ASP.NET进行开发。在研究分析项目的可行性和用户需求的基础上,对管理平台做了整体规划,结合职业院校的特点,在系统中设计了实习管理、考勤管理、实习总结、成绩管理、教师考核等功能模块,实现了该系统的预期目标。     

新疆高校毕业实习毕业设计在线管理平台研究

为了提高新疆高校毕业实习和毕业设计的管理水平,切实提高毕业实习、毕业设计(论文)的质量,同时综合考虑新疆高校的实际情况,研究基于工作流的新疆高校毕业实习毕业设计在线管理平台,提出平台建设要求,介绍了平台的业务流程和具体功能,展示了平台的实现效果。最后,提出平台建设和应用过程中的几点思考。     

基于.net平台的顶岗实习与就业管理系统设计与实现

顶岗实习与就业管理系统是利用ASP.NET作为前台的应用开发工具,以ACCESS作为后台的数据库来开发的,主要实现学生顶岗实习与就业的管理。本系统主要有个人信息、学生实习、学生就业、在线通知、文档管理、师生论坛等功能模块。整个系统界面整洁、功能完备,具有较强的实用性。     

论电子技术实习课堂教学项目的质量管理

近几年,电子专业实习教学与时俱进,教学内容更新较快,从前几年主要教授模拟彩电测试、维修为主,发展到数字式电子电路设计制作与安装,从单纯电子电路设计制作到电子控制软件制作。为了确保实习教学质量稳步提高,我院积极开展了电子专业教师实习教学质量管理创新活动。作为一线电子技术专业实习指导教师,我积极参与本次活动,及时更新教学理念,在教学质量管理创新活动中,采取了以下一系列新的举措,使教出来的毕业学生尽快适应了各用人单位对各类层次电子专业人才的需求。     

软件学院本科毕业实习模式改革

本文分析当前高校软件学院毕业实习模式存在的主要问题,并针对这些问题提出一些解决方案;探讨适合毕业实习要求的企业实训模式,并以华南农业大学软件学院毕业实习模式为例,对企业实训的计划和实施过程进行了阐述。实践表明,企业实训模式能够使学生取得良好的毕业实习效果。     

实习:多元化的实践机会

<正>实习很重要,求职方知道实习,就是指大学生毕业之前的教学实习,在学生学习了专业理论课之后,通过接触实际,了解社会,使学生对本专业的专业生产和设计、研究课题等建立感性认识;巩固所学理论知识,同时获得生产实际知识和技能,学习先进的生产技术和企业组织管理知识,培养分析和解决实际问题的初步能力;了解社会和国情,直接向专业技术人员、管理人员学习各种相关的实践知识,增强劳动观念,培养学生事业心和责任感,为今后走向社会从事专业工作打下良好的基础,因此也叫专业实习、毕业实习。     

计算机专业面向就业的实习实训机制研究

计算机专业的毕业实习是学生就业前极为重要的一个环节,武汉大学计算机学院在实践中总结出了面向就业的实习实训机制。将实习实训按照性质和时间予以分类,灵活管理,学校、企业、学生个人都在选择中达到利益平衡。通过这种机制,提高了就业质量,促进了创业团队和科技社团的成长。     

Assessing Ideational and Evaluative Skills and Creative Styles and Attitudes

This article describes the rationale for the multiphase creative problem solving process, and reports the findings from an empirical investigation conducted to facilitate the problem solving of managers. The ideational skills of the managers were assessed before and after training in a complete process of creative problem solving, along with their ideational attitudes, creative problem solving style (i.e., generator, conceptualizer, optimizer, or implementor), and evaluative skill (i.e., ability to recognize original ideas). The most important findings indicated that the training had a significant impact on the evaluative accuracy of the managers. They were significantly more accurate in their judgments about original ideas after training, both in their identification of original ideas and their recognition of unoriginal ideas. After training, the managers also gave more solutions and more original solutions to problems. Finally, several variables (e.g., the “preference for active divergence” attitude, and the conceptualizer process style) seemed to moderate the impact of training. Training was therefore effective, with specific effects that can be predicted from pre-training individual differences in attitudes and process style.     

高等院校行政分析与决策系统的设计与实现

为提高高等院校的管理水平和决策水平,充分利用校园网资 源,开发了高等院校行政财政分析与决策系统。解决了诸如数据的动态查询、自动生成报表 、网络环境下数据共享等技术问题,具有网上数据共享、图形界面友好和安全的保密措施等 特点。     

Stochastic balancing and approximation-stability and minimality

A new method of stochastic model reduction has recently been introduced by Desai et al. [1], [2]. The stability of the reduced order model has not previously, been considered. In this paper, we show that the stability of the reduced order model follows directly from the results of Pernebo and Silverman [3]. It is also shown that the reduced order model is minimal, in the controllability/observability sense. The relevance of this notion of minimality to stochastic minimality is made clear.     

Semantics and verification of monitors and systems of monitors and processes

In this paper we present a sound and complete semantics for the monitor concept of C.A.R. Hoare. First a method for specification of monitors, introduced by O.-J. Dahl, is reviewed. This method is based on the relation between the historic sequence of monitor procedure calls and the historic sequence of monitor procedure exits. Based on such specifications and our new monitor semantics we present a method by which it is possible to prove that a concrete monitor is an implementation of an abstract one. In the last part of the paper an axiomatic semantics for systems of concurrent processes and monitors is introduced. The method supports verification by separation of concerns: Properties of the communication to and from each process are proven in isolation by a usual Hoare style axiomatic semantics, while abstract monitors are also specified in isolation by the method reviewed in the first part of the paper. These properties of the components of the system are then used in a new proof rule to conclude properties of the complete system. Stein Gjessing received a Ph.D. (actually a Dr. philos.) from the University of Oslo (Norway) in 1985. Presently he is an Associate Professor at the Institute of informatics, University of Oslo, Norway. Dr. Gjessings research interests are in the area of concurrent and distributed programming, operating systems, formal specification and verification and programming languages.     

Integrating and automating analysis and optimization

The development of an interface coupling program on personal computers for an analysis software system such as ANSYS, SAP, etc. and an optimization software system, MOST, is presented. By controlling and directing the communications the interface coupler integrates the two programs while retaining their versatility and interactive features. The integrated system is used to solve a numerical example of active noise control for a three-dimensional enclosure, in which an energy density level of control points is minimized by adding the sound source to cancel the unwanted noise. The interface coupling program automates with relatively low cost the iterative process for designing an engineering system, remaining flexible in acoustical modelling and efficient in equation solving. Also, the coupling interface is developed in a general-purpose way so that it can be expanded easily to integrate more analysis software packages of different kinds.