Dramatic advances in storage are on the verge of making the Memex fea- sible in terms of cost and size. Equally dramatic advances in search and retrieval technology, though, are needed to make it feasible functionally. Image and video retrieval works well when the media are explicitly or implicitly tagged, but not so well otherwise.
The Global Challenge, 3e
Of course, advances in computing have required more than just a decrease in feature size. The following have also been needed: new design meth- odologies and tools to handle hundreds of millions of transistors rather than tens of thousands, computer architectures that use these additional transistors to achieve a proportional increase in performance, system architectures that are synergistic with processor capabilities, and system and application software to exploit these new capabilities.
Today the game is changing. However, concerns about power consumption and heat dissipation, which are of particular importance for mobile and data- center systems, have forced designers to hold back on increased micro- processor clock speeds.
The organization of the future | Deloitte Insights
Revolutionary new approaches to programming will be required in either case. Personalized Education To make educational excellence the norm rather than the exception will help U. IT can contribute to creating a future in which educational excellence is ubiquitous.
As an example, researchers on the subject of obesity want to see day-long and week-long activity patterns so that they can better advise patients on how to alter their behavior. Techniques for processing this kind of sensor data range from basic signal processing to sophisticated statistical machine learning. Creating visualization tools and user inter- faces that consumers and health care providers can use and with which they can perform what-if analyses is another important direction, coupled with research in psychology on appropriate motivation strategies.
Fur- thermore, IT can provide the security mechanisms and help implement the privacy protections that will be necessary for such monitoring and research programs. However, this remarkable progress has been accompanied by ever-increasing complex- ity. Research has finally begun to focus on these issues, and there have been some notable successes: companies such as Akamai Technologies and Google, for example, efficiently operate massive collections of systems that span the globe.
On the sur- face it may seem that IT has little role to play in confronting this problem; most of the trappings of IT are far more expensive than can be affordably replicated at this scale. Digging deeper, however, it becomes clear that IT can play a role in designing effective ways to address afflictions such as inadequate health care, lack of clean water, deficient education, and lack of economic opportunity.
Global projects to develop and deploy low-cost laptops, for example, are intended to address the problem of affordable IT for educa- tion and other purposes. Driving Advances in All Fields of Science and Engineering The role of simulation, enabled by advances in high performance computing, in driving advances in all fields of science and engineer- ing is well documented. Today though, we are seeing the emergence of a new form of computational science: one focused on the collection of massive amounts of data from sensors in the world around us and aided by advances in techniques for storing, retrieving, mining, visualizing, and discovering knowledge in those data.
These sensors generate relentlessly increasing amounts of data. Discovery involves data analysis on a massive scale. Rapid advances in information technology are essential. Summary The impacts that can be anticipated from advances in IT during the coming decades as described above are but a few examples of the promise of information technology. Advances in IT have transformed our lives, powered our economy, and changed the conduct of science and engineer- ing. Even so, the field remains in its relative infancy, and greater oppor- tunities lie ahead.
The U. However, this position of leadership is not a birthright, and it is now under pressure. In recent years, the rapid globalization of markets, labor pools, and capital flows have encouraged many strong national competitors. During the same period, national policies have not sufficiently buttressed the ecosystem, or have generated side effects that have reduced its effectiveness. As a result, the U. IT innovation, to removing important roadblocks that reduce the ecosystem's effectiveness in generating innovation and the fruits of innovation, and to becoming a lead innovator and user of IT.
The book examines these issues and makes recommendations to strengthen the U. Based on feedback from you, our users, we've made some improvements that make it easier than ever to read thousands of publications on our website. Jump up to the previous page or down to the next one.
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At first blush, the elements of congruence may seem intuitive, or even old hat. But in a constantly changing digital landscape, the concept of congruence gains new meaning and currency, since many companies fail to ensure that all of the organizational elements are firing together over time.
But as you move down the organizational structure, managers rarely believe it and say that the level of trust is very low. To navigate the complexity of digital business, companies should embrace what we call digital congruence — culture, people, structure, and tasks aligned with each other so that executives can effectively address the challenges of a constantly changing digital landscape. See Figure 9. To conclude, we explore how executives are creating congruence for a digital age and driving substantive change across their organizations.
Getting an organization to embrace risk goes beyond admonitions that taking risk is acceptable. Digitally maturing organizations build risk taking into the fabric of how they manage. The U. Early-stage companies, by contrast, rely on consultants and contractors.liwildmompri.ga
Although this may be an excellent means to support efforts early on, relying solely on outside help should only be a stop-gap measure. See Figure Digitally maturing companies do more than offer training courses.
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As we pointed out earlier, Salesforce. A tour of duty is designed to deepen employee skills while engaging employees in creating their career paths. Hierarchical leadership structures were designed for complex organizations in more stable times. To become more nimble and foster collaboration, some large organizations are simplifying their structures.
For example, although Adobe is growing globally, it actually reduced its number of locations. Some organizations are turning to cross-functional teams to become more agile and letting formal structures fade into the background or disappear altogether. As the global payments industry evolves and established technology companies such as Apple Inc.
It did so by shifting from a vertical departmental structure to a horizontal and project-based approach.
The marketing teams work closely with product development and operational teams to ensure seamless execution of plans. Senior leaders can set high-level guidelines that local business units and functions can then apply. Consider one global conglomerate engaged in shipping, logistics, and the oil and gas industries. When developing social media marketing campaigns that touched on controversial environmental issues, senior leaders set global standards and objectives to guide the campaigns and online discussions. The company then allowed regional and local markets to tailor the ideas to their issues and needs.
A large retailer, for example, uses an app provided by Work Market Inc. San Francisco-based Topcoder Inc. As a result, we can drive high quality and reliability with a high fulfillment rate on projects. Evolving to compete in an increasingly digital world is not just about implementing more and better technologies. Only when these organizational factors come together can your company move from doing digital to being digital. A European cosmetic company was placing big bets on technology to increase its ability to innovate.
The company had made many significant technology investments, including an internal social collaboration tool to harness new ideas by encouraging employees to collaborate. Their expectations were dashed. The effort was also trapped in silos. Housed in IT with little involvement from HR or lines of business, the program gained little or no traction. As a result, when people shared new ideas on the platform, they were often called to task. The flow of new ideas dried up online and off, and the company still struggles to be competitive. The story illustrates an obvious but uncommon truth: Simply implementing and using new technologies can easily fall flat.
Once that culture is in place, committed and engaged employees will help make strategies take flight. To understand the challenges and opportunities associated with the use of social and digital business, MIT Sloan Management Review , in collaboration with Deloitte, conducted its fifth annual survey of more than 3, business executives, managers, and analysts from organizations around the world.
The survey, conducted in the fall of , captured insights from individuals in countries and 27 industries, from organizations of various sizes. More than two-thirds of the respondents were from outside of the United States. The sample was drawn from a number of sources, including MIT Sloan Management Review readers, Deloitte Dbriefs webcast subscribers, and other interested parties. In addition to our survey results, we interviewed business executives from a number of industries, as well as technology vendors, to understand the practical issues facing organizations today.
Their insights contributed to a richer understanding of the data. Surveys in the first three years of this research collaboration were conducted with a focus on social business. A hierarchical cluster analysis confirmed the composition of these maturity groups.
Related The Network Challenge (Chapter 4): Cross-Cultural Leadership in Networked Global Enterprises
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