Archive for the ‘information technology’ Category

Suzlon and IBM: Focusing on Core Strengths Tuesday, October 26th, 2010

Suzlon is the world’s third largest wind turbine generator (WTG) manufacturer. IBM is an information technology (IT) giant aware of the potential of IT to help business management. The two have now entered into a five year partnership agreement under which IBM will provide business consulting services to Suzlon and will also manage its application development and maintenance requirements.

Suzlon expects this partnership to help it improve the efficiency of its worldwide operations and the productivity of its IT applications. Suzlon has presence in over 25 countries with component specific and also integrated manufacturing units. In India, Belgium, Denmark, Germany and The Netherlands, it also has R&D centers.

IBM’s focus will be on helping Suzlon use IT for transformational goals rather than worry about everyday transaction management. IBM will help streamline IT operations and make it a true service facility actively supporting optimal utilization of resources at optimum costs.

Whereas earlier IBM was primarily a vendor, it has now become a strategic partner enabling Suzlon derive the benefits of fast changing technology. As Suzlon spokesperson mentions, the company wants to be able to use up to date IT to meet the complex business requirements of its global expansion plans.

Read the news release at India PRWire.

Mobile Phones and Poverty Saturday, October 23rd, 2010

In a village in Kerala, India, when mobile phones arrived on the scene, a few three-wheeler taxi drivers began to use it. And when the word spread among taxi users, they began to call the taxi drivers on the phone for trips. The result was that those drivers who had bought mobile phones saw a jump in their business.

Earlier, prospective customers had to go to taxi stands and hire any available taxi. Now, they could phone a particular taxi driver whenever they wanted to go on a trip. Result: the mobile phone owner got more business compared to the random hires at the taxi stand.

These days, almost all drivers have a mobile phone, and have specific customers who almost always call them.

Mobile phones benefit the poorer sections in other ways too. It enables farmers and others in remote areas to get connected with markets. It gives rise to new businesses, such as selling SIM cards on commission and servicing handsets. These businesses do not need big investments or a high level of skill.

However, such an impact can come about only if mobile phone use is widespread in rural as well as urban areas. And that means the handsets and usage costs are affordable to the people in the country. India has achieved this goal and mobile phone use is widespread even in rural areas.

Read the Information Economy Report 2010 on ICTs, Enterprises and Poverty Alleviation published by the UN agency UNCTAD.

Towards ever smaller Semiconductors Thursday, October 21st, 2010

Semiconductors have been getting smaller and smaller till now using innovative new technologies for their fabrication. Existing optical technology based lithographic processes, however, might not be effective beyond the 22 nanometer node. New technologies will be required to continue the trend of ever smaller semiconductors and computing devices.

Extreme ultraviolet technology has been discussed as one alternative to the above problem. However, 15 years of research into this technology has not delivered a production-ready process.

It is in this context that Leti’s Lithography laboratory in Grenoble, France is exploring alternatives. Leti is an applied research center for microelectronics and information and healthcare technologies. It is located at MINATEC, the micro and nanotechnologies innovation campus in Grenoble.

Leti provides an interface between industry and academic research, transferring innovative technologies into a wide range of sectors. With 1500 employees and more than 250 students conducting research in its laboratories, it has created a portfolio of 1500 families of patents. The laboratory has one of the most advanced equipment sets in the world, including two shaped e-beam systems, two Gaussian-beam systems, and the alpha version of Mapper Lithography’s multi-beam tool.

One of the technologies Leti is focusing now is fully depleted silicon-on-insulator (FDSOI) technology that can lead to fabrication of smaller, denser and faster integrated circuits.

Read about Leti at their website and the story about their plans to highlight FDSOI and 3D technologies at SEMICON Europa at Nanotechnology Now.

Adapting to Student Lifestyles Tuesday, October 19th, 2010

Universities and colleges are adapting to the current lifestyles of students. For example, students are increasingly using smartphones that enable them to access email, organizer and the Web through the phones. Staff and students can tap the potential of this new device to exchange information and stay connected.

The Pierce College, for example, had developed a number of mobile applications and given them free to its students and others. With these, students can access:

  • Course lists, past, present and future
  • Faculty and staff directories, with contact numbers and details
  • Campus data, including campus overview and directions to the college
  • Pierce college blog

Students can quickly see:

  • Who their faculty members, advisors and financial aid specialists are
  • Their classes and schedules

The college found that students are increasingly using their smartphones to access the college website and portal. As such use becomes commonplace, it becomes possible to get many things done more easily and effectively. Conducting research, updating records and collaborating with peers all become easier. More work can be done when you can do things from where you are.

Colleges and universities that choose to deliver information and do other things with these modern devices tend to project an image of leadership and tend to attract better students.

 

Cloud Computing: The Green Alternative Monday, October 18th, 2010

Visualize this scenario: You develop search engine software and install it on your system. The software sends out robot spider programs that crawl the Web and the data they bring back is stored on the system’s disks. An indexer program then analyzes the data and creates an index that is also stored on the disks. You use this index to do all your Web searches.

In addition to creating an infrastructure of computers, software, storage media and networks, you have also hired the programmers to develop and maintain the software, system administrators to administer the huge infrastructure and other required support staff.

The same scenario is repeated in all companies that need to search the Web for information, meaning that there are millions of such setups, each of them consuming huge amounts of energy and also creating huge amounts of e-waste, not to mention competing for the hard to find skilled programmers and system administrators.

Ridiculous scenario, you might comment. Why should all these companies develop and run their own search engines when they can simply access Google, Bing or Yahoo!

That is cloud computing for you. You use a service from an Internet (cloud) provider instead of setting up the whole infrastructure yourself.

Even when the service is not free, i.e. you have to pay for using the service, the total cost is likely to be dramatically less if you obtain the service from such a provider who serves a large number of customers requiring that service. The provider has dedicated (and constantly updated) infrastructure and staff for providing the service. And you pay only for what you use, which will be negligibly lower than what you will spend if you organize the service in-house.

And our planet earth will benefit because energy consumption and e-waste generation is far less.

Read about issues raised by cloud computing at Connecticut Law Tribune Website.

Smart Electricity Grids and Energy Efficiency Friday, October 15th, 2010

A huge amount of energy generated at power stations is lost at various points. There are losses during transmission of the energy to consumers, wasteful use of energy at the consumer ends and even theft of energy leading to unaccounted losses. Any effort at efficient use of energy, a scarce resource, can benefit communities significantly.

Smart Electricity Grids employ several means to achieve the final goal of efficient use of available energy. Sensing, measurement and control devices are used to automatically regulate energy consumption etc in response to specific conditions. Superconductive transmission lines might be used to reduce losses during transmission of power. Advanced Metering Systems is typically an essential component of smart grids.

Advanced Metering Systems (AMI) not only measure energy usage as conventional metering systems do but also analyze energy usage patterns and communicate relevant information to those involved, including suppliers and customers. Two-way communication allows information recipients to respond with actions that lead to solutions. For example, customers become aware of unexpectedly heavy energy usage and can respond with actions that lead to lowering of their energy bills.

Suppliers can tailor their charging pattern in ways that discourage energy use during peak load times. Advanced Electric Meters can record separately the energy usage in differentiated registers for each time period.

Read about a seminar on smart grid development in the Taiwan.

Information Technology Skills in Demand: The Trend Tuesday, October 12th, 2010

What IT skills will be most in demand in tomorrow’s world?

Universities are exploring the possibility of using the new generation’s fascination with smartphones to advantage. One university is handing out iPads to freshers to research whether and how these can be used for better education delivery. Another university is thinking of co-opting students to develop mobile applications for education.

In Estonia, citizens will be voting through their smartphones.

And of course, much of the Web surfing and e-mail has moved to smartphones.

One can hence conclude that a major skill in demand will be the skill to develop applications for mobile devices and deliver information through them. According to 2010 IBM Tech Trends survey, software professionals expect that application development for mobile devices will surpass all other platforms by 2015.

Another trend noticed by the IBM survey is that cloud computing will overtake traditional on-premise computing. This means a requirement for cloud computing specialists.

Another in-demand skill will be the ability to use social media effectively. Social media like Facebook and Twitter reach a vast audience and businesses will naturally be interested in using this reach to market their products and services effectively.

Business analytics skill to identify what is going on is another critical skill that will be in demand. Much more information is now available through media such as the Web and persons skilled in working with the new analytic tools will find themselves in high demand.

Read about the survey findings at PR Newswire.

How exactly should Companies go about Using Cloud Computing? Sunday, October 10th, 2010

Cloud computing is the current hot topic in information technology. In essence it involves doing much of the computing work on the Internet “cloud” rather than locally. This can have a significant cost impact as organizations can reduce their spends on:

* Hardware such as servers and application software
* Upgrading from older versions of software to latest versions
* The time involved in planning, implementing and testing additions to the IT functionality
* Training and retraining staff involved in maintaining the hardware and software with each major change

Under full-fledged cloud computing, the vendor will provide the servers, software and storage while users will need only work at their local “terminals” entering data and doing other work. All software will be upgraded to latest versions by the vendor. Users pay only for what they use.

In actual practice, such complete shift of computing to the cloud is rare. Also, most companies and other users are already using cloud computing to some extent without even being aware of it.

In this fluid situation, few users have a clear idea of how to tap the full potential of the cloud computing development. While the term “cloud” computing might give way to another newly coined word in due time, the underlying technology and practices will be in use for a long time.

The Cloud Computing Fundamentals Report discusses all the issues involved such as its impact on business, selecting the particular model of cloud that meets your needs best and best practices for deployment and management.

Information Technology: How has it Affected Society? Wednesday, October 6th, 2010

Information technology has helped improve productivity. Work that needed hours earlier could now be done in minutes, e.g. finding a specific document from the archives. And work that was simply impracticable earlier is not only practicable but also easy to do now, e.g. generating an elaborate report on customer buying behavior from different data sources. There is much more, such as the ability to connect with headquarters from anywhere in the world using mobile devices.

While business has benefited in ways as outlined above, ordinary consumers have also benefited from advances in information technology. They have the iPhone and iPad, Facebook and Twitter, Internet TV and can video-chat with someone at the other end of the globe at little cost.

Amidst all these great developments, it might seem negativistic to talk about the adverse impact on society that the same developments have created. Yet the negative impact has also been serious enough to deserve extremely serious attention and purposeful action.

Consider the danger our children are exposed to through the easy access child predators have to them. The predators can establish contact with the children and win their trust and confidence, quite unknown to us unless we are very cyber-vigilant.

Cyber-fraud is another phenomenon that developments in infotech have helped. There are robots that crawl the web harvesting e-mail addresses; e-mail servers that focus on sending out spam mail; and fraudsters who use these to send out announcements that you have won a million dollars in some prize draw (which you will never get even after sending money as “processing fee” to the fraudster).

Read more details at PewResearch.

MENA ICT Forum 2010, Amman, Jordan Tuesday, October 5th, 2010

A two-day ICT event with the expected participation of “500 key executives and decision makers in government and the private sector from around the world and region” is to be held in Amman, Jordan from October 10, 2010. The event is being held under the patronage of HM King Abdullah II of Jordan at the Business Park, the dedicated ICT hub located in West Amman.

Participants will include popular Emirate animator Mohammed Al Harib and Kuwaiti cartoon book creator Dr. Naif Al-Mutawa, through government ministers and regional heads of e-government to regional and international executives representing IBM, Oracle, Microsoft, Amazon, Google, Yahoo!, HP, Intel and other leading technology-driven companies.

Instead of making presentations, the forum will focus on raising issues and on regional opportunities, with a view to create real value, real initiatives and real partnerships. In Jordan, ICT accounts for 14% of GDP and supports over 80,000 jobs. Jordanian companies are creating value across the region.

The forum is expected to discuss issues related to regional investment climates, legislative supportive systems, infrastructure and communications, cloud computing, emerging technologies, Arabic content, as well as education and human capital development.

Visit http://www.menaictforum.com/ for fuller details.