地质勘测各阶段技术要点探究

地质勘测工程具有复杂、要求高的特点,本文从工程地质勘测出发,对其勘测方法、勘测原则作出了分析,重点探讨了地质勘测施工各阶段需要控制的要点,具有一定的借鉴效果。     

混凝土简易温控措施在公路施工中的实践与应用

本文以摩洛哥塔乌高速公路项目混凝土施工为例,对夏季高温季节混凝土施工采取了简易降温措施,并提供出混凝土温度预测公式。     

关于建筑监理体系建设的一些探讨

随着国家经济的快速发展,各行各业都在不断地进步和创新以适应时代的脚步,建筑作为国之富强的一项外在体现,应该更加的加强建筑的质量,完善建筑监理体系,建设利国利民的高质量建筑,下面就关于建筑监理体系建设作出一些简单的讨论。     

房屋工程渗漏原因及防治措施探究

在本文中,笔者结合我国房屋工程中常见的渗漏问题,初步确定了房屋工程中某些施工部位产生渗漏的原因,分别对具有代表性的房屋施工渗漏部位,比如屋面、墙体、楼板等的渗漏现象及原因进行了分析,并提出了相应的防治措施。     

海水取水处理工程及应用分析

本文对秦皇岛最具景观效应的一线海景住宅建筑进行海水冲厕的取水工程方案分析,提出了澄清滤池处理方案,对水利工程的工艺流程进行设计。     

建筑施工企业工程项目合同管理的法律风险及防范

工程项目是建筑施工企业经营管理的源头和效益的源泉。加强工程项目合同管理,从源头上预防和化解法律风险,杜绝纠纷案件,是提升项目创效水平,实现项目效益的重要环节。本文论述了工程项目合同管理中容易引发的法律风险,以及就如何防范法律风险有针对性的提出了预防措施,对建筑施工企业防范法律风险有着较强的指导意义。     

服装三维与试衣软件系统的研究

本论文通过对几款服装三维试衣软件和在线试衣软件进行试用,同时对软件的基本功能进行对比研究,结合一些使用客户的评价,从客户的角度提出软件在功能方面存在的问题以及改进意见。     

CDIO工程模式的实施要素分析

CDIO工程教育模式是工程教育改革的新成果,在CDIO工程教育模式中要求教师具有良好的工作实践能力、教学能力和职业道德,依托课程微项目的实践活动可以帮助学生进行良好的工作实践建构,达到自主学习,从而提高课堂教学效果。     

Making sense of complex data using interactive data visualization

An important role for accountants today is to provide decision support to senior management by assisting them in the analysis of large, complex data sets. Interactive data visualization (IDV) facilitates this process by allowing users to navigate, select, and display data via an easy-to-use interface often used as a component of data analytics. Given the increasing popularity of IDV as a tool for making sense of complex data, it is important that accountants become familiar with and learn how to use this technology. This case provides a hands-on opportunity to organize complex accounting data to create IDVs for decision makers to use. Further, the case enables students to understand the potential impact of IDVs on preparers and users of accounting information. Students will assume the role of a division controller in a hypothetical company and create an IDV to assist the chief executive officer (CEO) in decision making.     

Extending the enterprise evolution contextualisation model

Enterprise engineering (EE) emerged as a new discipline to encourage comprehensive and consistent enterprise design. Since EE is multidisciplinary, various researchers study enterprises from different perspectives, which resulted in a plethora of applicable literature and terminology, but without shared meaning. Previous research specifically focused on the fragmentation of knowledge for designing and aligning the information and communication technology (ICT) subsystem of the enterprise in order to support the business organisation subsystem of the enterprise. As a solution for this fragmented landscape, a business-IT alignment model (BIAM) was developed inductively from existing business-IT alignment approaches. Since most of the existing alignment frameworks addressed the alignment between the ICT subsystem and the business organisation subsystem, BIAM also focused on the alignment between these two subsystems. Yet, the emerging EE discipline intends to address a broader scope of design, evident in the existing approaches that incorporate a broader scope of design/alignment/governance. A need was identified to address the knowledge fragmentation of the EE knowledge base by adapting BIAM to an enterprise evolution contextualisation model (EECM), to contextualise a broader set of approaches, as identified by Lapalme. The main contribution of this article is the incremental development and evaluation of EECM. We also present guiding indicators/prerequisites for applying EECM as a contextualisation tool.