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Countless books and articles have been written about urban distribution centers, logistics decoupling points, city hubs and urban consolidation centers. Every self-respecting European city has been the scene of such initiatives – the one more successful than the other, but all highly subsidized in any case. What can we learn from those initiatives? The best option could be no hub at all?

Under the patronage of the Ministry of Municipal and Rural Affairs (MOMRA), Dar al Riyadh and Nispana jointly announce the event to be held from 16-18 May at Riyadh, Saudi Arabia.

Smart City concept is not new. If you think only in the use of technology to solve urban problems or to make our life's better we can easily recall the Egyptians building the pyramids, Chinese rising walls for public protection or the Romans creating a half-world empire using mobility strategies like paving roads and digging water channels.

The congress will bring together over 400 global influencers and innovators to share knowledge, debate the challenges faced by our cities, encourage out of the box thinking and inspire a worldwide call for action in order to develop smarter and more sustainable cities.

Member of the global a Leading Cities, Boston, and International Advisor for The World e-Governments Organization of Cities and Local Governments (WEGO), Seoul. Founder, board member and Senior consultant at Baumann Consultancy Network for Smart Cities projects and internationalization strategies, Italy. This email address is being protected from spambots. You need JavaScript enabled to view it.

The objective of this third article of our collaborator Dr. A.N.Sarkar is to look at the potential benefits of developing eco-cities and eco-towns with focus on ecology, environment, sustainability and economic impact aspects. Technology and urban layout for Eco-City and Eco-Towns are also highlighted. This is complemented by a detailed case study on leading Eco-cities and Eco-Towns in the World. In a future article we’ll take a look at the potential benefits of developing aerotropolis around the megacities of the world.

Influential ministerial delegates and eHealth experts from across Europe and the globe have come together to discuss how they can join forces to improve healthcare in Europe through information technology. 

Informal carers play a crucial role in supporting people at home to maintain their independence and quality of life. At the same time, informal carers are limited in the support they can offer due to a number of external reasons, such as time constraints, travelling distance or others. 

eHealth solutions can be indispensable for informal carers as well as playing a vital role in supporting patients and formal carers. The speaker line-up features Irek Karkowski (CEO, Sensara & Dutch Domotics), Martijn Vastenburg (Managing Director, ConnectedCare - ?HalloZorg) and Henk Herman Nap (Senior Advisor, Vilans).

Christina Roosen, VP for Public Affairs in HIMSS Europe, said: “We are excited to be able to announce such a diverse range of themes and topics which will be addressed during eHealth Week. Having invited the highest level of speakers to come and share their knowledge and experiences with us on topics which they specialise in will make our conversations more fruitful and valuable.”

 

Young and vulnerable groups to benefit from sexual (e)health education 

Sexual health is a discipline where the digitisation of communities has a major impact. Therefore, our digital age requires new ways to target and educate young people and vulnerable groups. In this session, speakers and participants will discuss the best online tools to improve sexual health trough means of eHealth and answer any questions or concerns around the topic. Speakers for this session include Marianne Cense (Researcher, Rutgers), Philippo Zimbile (Head of Department, Soa Aids Netherlands), Triin Raudsepp (Sexual Health Association, Estland) and Kaat van Bosstraeten (Project Manager, Sensoa). 

 

To what extent should we embrace robotics in healthcare? 

Robotics and domotics can add value to quality of life of older people and can assist them in healthy and assisted living at home. This is not only a matter of smart technology, but also depends on technology acceptance and ethical aspects. Possibilities of new technologies seem endless. But do we pay enough attention to the human aspect? What are the effects of technology replacing human contact? How should we deal with these issues? 

In this session, speakers will identify areas where robotics and domotics are adding value to people's lives and practical guidelines will be shared. The experienced line-up of speakers who will be on stage for this session include Andy Bleaden (Project Manager, Silver Project), Wang Long Li (Co-founder, Tinyrobots), Robert A. Paauwe (Co-founder, Tinybots), Maja Rudinac (CEO, Robot Care Systems) and Tomas Ward (CEO, Bioserve). 

Patients are key during the eHealth Week, from 8 – 10 June, under the theme "You, at the heart of transition". eHealth policies are changing. Until now, policies have mainly focused on institutions and IT systems: today, that focus is shifting and is now being placed on eHealth users. The people who are using eHealth are becoming increasingly involved in the discussion and being placed at the heart of eHealth policy-making. 

For more information concerning the programme follow this link

 

As the prevalence of mental illnesses such as depression and anxiety continues to increase, doctors have turned to mobile applications to assist with treating their patients.

The Andalusian Agency for Healthcare Quality is a pioneer in setting a regulation regarding the quality and the security of Healthcare apps

The mobile health or mHealth is changing the way health services are offered, promising a better life quality and a better security system for patients, offering new and more efficient means of work and improving the participation and the implication of citizenship. 

Dr. Marom Bikson is a Cattell Professor of Biomedical Engineering at The City College of New York (CCNY) of the City University of New York (CUNY) and co-Director of the Neural Engineering Group at the New York Center for Biomedical Engineering. The translational R&D activity of his group spans pre-clinical studies, computational models, device design and fabrication, regulatory activities, and clinical trials.

Few people know the environment of mHealth and eHealth like Indu Subaiya, co-founder and CEO of Health 2.0. This organization has been arranging events and summits focused on this healthcare sector since 2007. In this issue, Indu shares her expertise with us, talking about the present and future of modern healthcare and its companies.


The Ecoffice project is the result of a research project aimed at erecting a passive and sustainable tertiary building, labelled BREEAM, at the same cost as standard offices

The Mexican government invests in various studies and programs in order to move the country towards sustainability.

In the context of Smart Building, energetic efficiency is always discussed and placed on the spotlight... but often referring to the electric grids or infrastructures installed. During the last decades, we have forgotten about another crucial energy element: the composition and capacities of the materials we use for the buildings themselves, and the possibility of reutilizing them.

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Top Stories

The Business Federation of the Spanish Chemical Industry (FEIQUE) represents the Spanish chemical industry, a sector made up of more than 3,000 companies. What are the reasons behind FEIQUE's decision to be an ‘institutional partner' of PharmaProcess?

The first Asian power dominates a biannual ranking of the world’s 500 fastest supercomputers: not only with the world’s fastest machine for the seventh consecutive time, but also with the largest number of computers among the Top 500.

A new list of the world’s fastest supercomputers provides more evidence that the once-yawning technology gap between the Western world (including United States) and China is closing.  Not only does China have the world’s fastest machine for the seventh consecutive time, but it has also the largest number of computers among the top 500 —a first for any country other than the United States (Source: Top500). And there is more to know: for the first time, the world’s fastest supercomputer uses Chinese-made microprocessor chips instead of chips from Silicon Valley’s Intel.

Several American scientists compared what is going on now to the 1980s, when they worried that the nation was losing ground to Japanese supercomputers. Individual computing centers report descriptions and performance to them twice a year. Supercomputers are viewed in scientific circles as an indicator of national technology leadership, and they are vital for research in areas ranging from the development of new weapons and medicines, to the design of cars and consumer products. American computing experts and business executives have warned for years that leadership in supercomputing is vital to a range of national interests. 

 

For the first time, the world’s fastest supercomputer uses Chinese-made microprocessor chips instead of chips from Silicon Valley’s Intel.

 

A ranking of the 500 most powerful commercially-available supercomputer systems shows that, for the first time, China has more of the systems than the United States. The list is compiled twice a year by Top500. This list is maintained by Dr. Dongarra and Erich Strohmaier, a physicist at Lawrence Berkeley National Laboratory.

In the private sector, companies like Google, Microsoft, Facebook and Amazon invested billions of dollars in cloud-computing centers that don’t focus as much on solving scientific problems. And last year, the United States blocked the sale of a number of advanced microprocessors to China over concerns they were being used in nuclear weapon development, which most likely accelerated the development of China’s own technology.

 

The big leap forward

In 2001, there were no Chinese supercomputers on the Top500. Now, China has 167 systems on the list compared to 165 from the United States. China also leads a more obscure category —total processing power, or the combined computing speeds of all of its supercomputers on the list. The fastest machine, the Sunway TaihuLight System, was installed this year at the National Supercomputing Center in Wuxi, in China’s Jiangsu province.

Despite those achievements, Intel still provided the chips for 91 percent of the machines on the list. And China is still catching up with the United States in state-of-the-art technologies, like software and the networking that links the thousands of chips in a modern supercomputer. But that could soon change. Officials at the Semiconductor Industry Association, a trade group, said the Chinese government has an ambitious $150 billion program to acquire as well as develop new technologies in various kinds of chips.

 

THE LIST (TOP500)

COUNTRY NUMBER OF SUPERCOMPUTERS

China 167

United States 165

Japan  29

Germany  26

France  18

Britain  12

India    9

Russia   7

South Korea  7

Poland  6

Other* 

*54 Countries in the “other” category each possess five or less of the 500 most powerful computer systems.