Academy of Management JournalVol. 58, No. 2 From The EditorsManaging Digital MoneyMark Dodgson, David Gann, Irving Wladawsky-Berger, Naveed Sultan and Gerard GeorgeMark DodgsonUniversity of QueenslandImperial College LondonIBMCitiSingapore Management University, David GannUniversity of QueenslandImperial College LondonIBMCitiSingapore Management University, Irving Wladawsky-BergerUniversity of QueenslandImperial College LondonIBMCitiSingapore Management University, Naveed SultanUniversity of QueenslandImperial College LondonIBMCitiSingapore Management University and Gerard GeorgeUniversity of QueenslandImperial College LondonIBMCitiSingapore Management UniversityPublished Online:23 Feb 2015https://doi.org/10.5465/amj.2015.4002AboutSectionsView articleView Full TextPDF/EPUB ToolsDownload CitationsAdd to favoritesTrack Citations ShareShare onFacebookTwitterLinkedInRedditEmail View articleREFERENCES Adner R. , Kapoor R. 2010. 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The history of economic development has been characterized by periods of massive transformation brought about by technological innovation. As well as creating new industries, technology transforms the ways we live and work. Steam power led to industrialization and rapid urbanization, electricity enabled the assembly line and mass production of consumer goods, the automobile encouraged mass mobility and the development of suburban living, and the internet and world wide web have revolutionized access to communications and knowledge. It is very hard to anticipate the consequences of such enormously disruptive technologies. Technology continues to surprise, seen, for example, in the unexpected growth of SMS messaging and social networking and the massive changes brought about by online media and music.

Manufacturers in the UK have to develop new and innovative ways to maintain hard-won market positions to protect proprietary technology or compete with low-cost economies. One approach is through services-led competitive strategies. In this first of two articles the authors deal with the need to prepare engineers for a manufacturing industry built around services. The second article (on page 36) examines the threats and opportunities facing manufacturers who move into services.

There have been many turning points in history. One of the most prominent in my mind is the Industrial Revolution, characterized by new technologies that enabled us to reorganize the production of goods and services. It is pretty clear that we are in the early stages of a similar historical turning point. While no one knows for sure what future generations of historians will call this new period we are entering—perhaps the Knowledge Economy—we can certainly identify the forces at work around us.

<正>我深信创新最重要和最激动人心的方面就是对IT技术应用的重新定位,即以人为本,而不是以机器为本。事实上我觉得我们也只能这样认为,如果想在日趋复杂的IT领域更上一层楼的话。当人们检验IT技术的应用是否成功时,会以它们是

<正>如今的互联网充斥着社会网络和博客,以致任何糟糕的客服都会让用户以最快的速度远离你,并对你的品牌造成不可挽回的伤害。今年四月,IBM在罗马主持了一场商业领袖论坛, Bharthi公司的主席兼运营总监Sunil Mittal在那里做了一次

<正>如今,几乎每一项有关创新的研究都表明,协作和交流是驱动创新的主要动力之一。但是说起来容易,做起来难,特别是在我们这个以成败论英雄的社会。 CEO们曾说过协作是至关重要的,也说过无论在圈内还是在圈外的协作都是“理论简单,执行困难”的。这一点不足为奇。要跟不同的团队合作去追求共同的目标,通常需要大多数团队改变现有的文化,而文化的改变是最难

Grid computing is the next wave of distributed computing based on open standards and using commercial-off-the-shelf building blocks. It is becoming the new economy and major forces propelling the IT industry. In the emerging world of the virtual Internet, grids will provide instant global access to innovative services that deliver the power of the entire Internet to mobile users anywhere, any time, via any device, online or offline. Grid computing is a continuing advances in technology, which is base on open standards-based integration. As grid computing gains support and popularity, the needs grow for studying computer science and technology problems arising from grid systems and applications. Grid computing is supported by many countries and governments. Government plays a very important role in the development of Grid. The ministry of education of China has issued the ChinaGrid project. Currently, Grid technologies are extending to commercial applications. It has a significant influence on human society and various activities.

The authors describe store-through approaches to sharing at the second level in a memory hierarchy. Hardware-implementable schemes are discussed.

st century. As part of this effort, we established several panels to examine specific issues, including a panel to review the ways in which information technology can transform health care and increase access to care for all citizens. The Federal government has a critical role to play in driving this progress, which PITAC has outlined in our report enclosed with this letter, Transforming Health Care Through Information Technology. Information technology provides many exciting applications for the health sector, such as computer-aided surgery, the use of telesensing methods to examine patients from their homes, and patient/doctor interaction via the Internet and digital medical libraries. Information technology tools can provide the health care sector with unprecedented productivity and quality of care if there is a strategic vision and adequate research to ensure success. However, PITAC found that at present the U.S. lacks a broadly disseminated and accepted national vision for information technology in health care. In addition, the biomedical community, including the Federal agencies, is not focused on the basic, long-term information technology research required to provide the community with the state of the art tools necessary to take full advantage of the Information Age. In order to rectify this situation, PITAC strongly recommends that the Department of Health and Human Services (DHHS) outline its vision for using information technology to improve health care in this country and devote the necessary resources to do the basic information technology research critical to accomplishing these goals in the long term. Further, DHHS should appoint a senior information technology leader to provide strategic leadership across DHHS and focus on the importance of information technology in addressing pressing problems in health care. We further recommend four ways that the information technology/health care nexus can be Accomplished: