Converging scientific fields and new technological paradigms as main drivers of the division of scientific labour in drug discovery process: the effects on strategic management of the R&D corporate change

The thesis of this study is that the convergence of genetics, genomics and proteomics spurs new technological paradigms in medicine, which are generating a R&D corporate change: division of scientific labour of the drug discovery process by strategic alliances among firms in order to reinforce the integrative capabilities in different biomedical research fields and collective and cumulative learning between in-house R&D and external sources of innovation. This study shows, by key a case study of pharmaceutical companies, as scientific and technological paradigms in medicine are main drivers of industrial and R&D corporate change to enhance and accelerate the discovery process of ground-breaking drugs for more and more personalised healthcare.     

微机电陀螺速率传感器传输特性研究

随着现代科技的发展,传感器技术已经成为一门现代科技的前沿技术。在国防和军事领域,随着微电子技术、通信技术和计算机技术,特别是MEMS技术的迅速发展,军用传感器技术水平以惊人的速度在不断提升,它在航空、航天、火炮炮控系统、军用智能机器人等领域被广泛的应用。由于传感器会产生时漂,某些参数可能发生变化,从而影响依据其初始标定数据建立的输入-输出特性,最终会造成测量误差。本文引入微机电陀螺速率传感器技术,在使用该传感器之前,对该速率陀螺传感器进行传输特性研究。     

技术监督在水力压裂过程中的应用分析

从压裂方案的设计与施工过程入手,针对各道工序的技术要点及控制关键,全面分析技术监督的重要意义和对施工质量的影响,以求提高作业质量,增加油水井措施效果。     

“互动式教学模式”在英语教学中的探究

英语教学应具有极强的实践性、交流性。以往“教师讲、学生听；教师写、学生抄：教师考、学生背”的落后的教学方式压抑了学生的个性发展，剥夺了学生创新的时间和空间。通过不断探索，互动式教学已成为提高英语课堂教学实效的有效途径。在“互动式教学模式”的课堂里，体现着“以人为本”的原则，以学生为主体，通过教学中师生之间，同学之间的互动关系，产生教与学之间的共鸣，实现教学相长。     

《运动人体科学基础》网络课程的教学设计

网络课程的教学设计是网络课程实践开发的核心。以《运动人体科学基础》网络课程的教学设计为例,对课程的教学目标设计、教学内容设计、学习环境设计、教学策略设计和教学评价设计等各环节进行探讨,为相关课程的网络课程建设提供参考。     

基于高职院校办学特色的思考

创建高职院校办学特色，是当前高职教育改革的重要课题，也是高职院校增强竞争力、实现可持续发展的关键。在阐述高职院校办学特色的基础上，分析办学特色缺失对高职教育发展产生的影响，提出创建高职院校办学特色的具体建议。     

高速公路安全管理对策初探

目前,我国高速公路建设日益发展,机动车保有量持续增加,交通事故随之不断攀升,高速公路安全管理成为一项重要研究课题。因为交通安全管理是高速公路发展的生命,而且高速公路的交通安全管理关系到高速公路的正常运行,也是影响人们的生命、财产、生产、生活和工作的大事。所以,加强高速公路安全管理意义重大。     

计算机专业产学研相结合的实践

我校计算机专业坚持产学研相结合人才培养模式,优化课程设置,加大实习基地建设,鼓励学生参加教师科研、结合企业需要完成毕业设计,培养应用型人才。     

弧面分度凸轮机构的研究综述

介绍了弧面分度凸轮机构的工作原理与发展历程,并从几何学与运动学、动力学、制造、检测及误差等方面对弧面分度的研究进行了详细阐述,对该机构的研究方向与重点进行了分析与展望。     

Contests with Multi-tasking*

The standard contest model in which participants compete in a single dimension is well understood and documented. Multi‐dimension extensions are possible but are liable to increase the complexity of the contest structure, mitigating one of its main advantages: simplicity. In this paper we propose an extension in which competition ensues in several dimensions, and a competitor that wins a certain number of these is awarded a prize. The amount of information needed to run the contest is hence limited to the number of dimensions won by each player. We look at the design of this contest from the point of view of maximising effort in the contest (per dimension and totally), and show that there will be a tendency to run small contests with few dimensions. The standard Tullock model and its results are encompassed by our framework.