Cambridge quantum leap for wireless comms and IoT Cambridge engineers believe they have found the ‘Holy Grail’ of the semiconductor industry. Researchers from the University of Cambridge say they have cracked one of the mysteries of electromagnetism which could enable the design of antennas small enough to be integrated into an electronic chip. These new nano antennas are the so-called ‘last frontier’ of semiconductor design and would provide a massive leap forward for wireless communications and the Internet of Things. In new results published in the journal Physical Review Letters, the researchers have proposed that electromagnetic waves are generated not only from the acceleration of electrons, but also from a phenomenon known as symmetry breaking. The phenomenon of radiation due to electron acceleration, first identified more than a century ago, has no counterpart in quantum mechanics, where electrons are assumed to jump from higher to lower energy states. “It’s actually a very simple thing, when you boil it down,” said Dr Sinha.
Internet de las cosas Descripción gráfica de el mundo interconectado. Internet de las cosas (IdC)[cita requerida] es un concepto que se refiere a la interconexión digital de objetos cotidianos con Internet. Alternativamente, Internet de las cosas es el punto en el tiempo en el que se conectarían a Internet más “cosas u objetos” que personas. También suele referirse como el Internet de todas las cosas o Internet en las cosas. Si los objetos de la vida cotidiana tuvieran incorporadas etiquetas de radio, podrían ser identificados y gestionados por otros equipos, de la misma manera que si lo fuesen por seres humanos.  El concepto de Internet de las cosas fue propuesto por Kevin Ashton en el Auto-ID Center del MIT en 1999, donde se realizaban investigaciones en el campo de la identificación por radiofrecuencia en red (RFID) y tecnologías de sensores. Definición original[editar] En un artículo de 2009 para el diario RFID, "Esa cosa del 'Internet de las Cosas'", Ashton hizo la siguiente declaración:
Top 10 Strategic Technology Trends for 2015 Share Smart Machines Deep analytics applied to an understanding of context provide the preconditions for a world of smart machines. Gartner, Inc. recently released its top 10 strategic technology trends for 2015. "We have identified the top 10 technology trends that organizations cannot afford to ignore in their strategic planning processes," said David Cearley, vice president & Gartner Fellow. Here are the top 10 strategic technology trends for 2015. Related Topics : Vulnerabilities and Patches, Resellers, Broadcom, Broadband Services, Supercomputing
Internet of Things: what is it? Currently we can discern two main blocks of thought on IoT. The first is a reactive framework of ideas and thought that sees IoT as a layer of digital connectivity on top of existing infrastructure and things. This position sees IoT as a manageable set of convergent developments on infrastructure, services, applications and governance tools. It is assumed that, as in the transition from mainframe to Internet some business will fail and new ones will emerge, this will happen within the current governance, currency end business models. The second is a proactive framework of ideas and thought that sees IoT as a severely disruptive convergence that is unmanageable with current tools, as it will change the notion of what data and what noise is from the supply chain on to 'apps'. The Internet of Things; imagine a world where everything can be both analogue and digitally approached - reformulates our relationship with objects – things- as well as the objects themselves.
How the "Internet of Things" May Change the World This week, the Oxford English Dictionary added the phrase "Internet of things" to its hallowed pages, along with such neologisms as Bitcoin (a virtual currency), selfie (a self-portrait photo), twerk (a new dance move), and fauxhawk (a mohawk hairstyle achieved with gel and a comb). But what exactly is the Internet of things, and how might the emerging technology change our lives? The Internet of things is a concept that aims to extend the benefits of the regular Internet—constant connectivity, remote control ability, data sharing, and so on—to goods in the physical world. Foodstuffs, electronics, appliances, collectibles: All would be tied to local and global networks through embedded sensors that are "always on." Sometimes called the "Internet of everything," the term Internet of things was coined in 1999 by Kevin Ashton, a British technology pioneer who helped develop the concept. In order for objects to interface with the existing Internet, they must have some means to connect.
Stan Shih to work with European firms on IoT development | Economics | FocusTaiwan Mobile - CNA English News Taipei, April 12 (CNA) Stan Shih (施振榮), founder of Taiwan's personal computer maker Acer (宏碁), said Sunday that a foundation he plans to establish with European companies will hold a forum in Berlin on April 16 and another one in Taipei on June 1 to promote the development of the Internet of Things (IoT). The Stans Foundation will form the Wangdao Alliance （王道聯盟） with high technology companies in Taiwan and Europe to collaborate on IoT development, starting with the ExA Summit, Shih said. "Wangdao", a philosophy advocated by Confucianism, refers to using the most righteous and kind way to do thing well. He said he hopes that through the ExA Summit, a Wangdao platform that aims to facilitate collaboration among IoT enterprises will be established. The collaboration between IoT vendors in Europe and Asia is expected to expand to the world, giving Berlin status as Europe's Silicon Valley, and Taipei as Asia's Silicon Valley, Shih said. (By Lo Hsiu-wen and Evelyn Kao)Enditem/pc
Join the Gatesense project | Gatesense During 29 and 30 November the first Gatesense Hackaton took place at Copenhagen Business School (CBS) facilities. We welcomed 30+ eager hackers and entrepreneurs from all over the world, including Germany, Denmark, Poland, China, USA and Holland and representing all profiles from hard core software developers to Elon Musk-like visionary entreprenours. Four Hackaton teams worked on: Generic Middleware of the Gatesense platformGatesense toolbox – Open Source plug-insDevelopment of a traffic app Building a Gatesense community worldwide and Gatesense business models After two days of intense sessions, the groups presented their result. The winning team won tickets to the week-long London Hackaton at IOT week in June 2014. As one of our participants noticed, this Hackaton was special because of the competing teams actually developing a co-opetition, a phenomena when cooperation and competition goes hand in hand to reach the desire outcome:
Internet of things: Connect your TV, home, even your body, to the internet. But beware hackers | Technology You may have noticed that there’s a lot of talk about the “internet of things” – things that aren’t computers but with connectivity, such as appliances and sensors. Think of an internet-connected lightbulb, thermostat, door lock, washing machine or oven you can control from inside or outside your house. Think of a bridge that can communicate when its concrete structure is starting to show signs of ageing in places that can’t be reached by normal inspection. Think of a car that communicates with other cars about traffic and road conditions. It’s a thrilling concept if you believe in the power of the internet to transform our lives, and connectivity and intelligent (or at least constantly monitoring) systems to improve our wellbeing. That’s the sort of promise that the internet of things holds, which is why lots of companies are putting serious money into it. However, while I like the possibilities, I worry just a bit about the implementation.
Internet of Things The Internet of Things (IoT) is the network of physical objects or "things" embedded with electronics, software, sensors and connectivity to enable it to achieve greater value and service by exchanging data with the manufacturer, operator and/or other connected devices. Each thing is uniquely identifiable through its embedded computing system but is able to interoperate within the existing Internet infrastructure. The term “Internet of Things” was first documented by a British visionary, Kevin Ashton, in 1999. Typically, IoT is expected to offer advanced connectivity of devices, systems, and services that goes beyond machine-to-machine communications (M2M) and covers a variety of protocols, domains, and applications. The interconnection of these embedded devices (including smart objects), is expected to usher in automation in nearly all fields, while also enabling advanced applications like a Smart Grid. Early history In its original interpretation,[when?] Media
Internet of Things - Architecture — IOT-A: Internet of Things Architecture The Architectural Reference Model (ARM), presented in this book by the members of the IoT-A project team makes it possible to connect vertically closed systems, architectures and application areas so as to create open interoperable systems and integrated environments and platforms. It constitutes a foundation from which software companies can capitalize on the benefits of developing consumer-oriented platforms including hardware, software and services. The material is structured in two parts. Part A introduces the general concepts developed for and applied in the ARM. It is aimed at end users who want to use IoT technologies, managers interested in understanding the opportunities generated by these novel technologies, and system architects who are interested in an overview of the underlying basic models. It also includes several case studies to illustrate how the ARM has been used in real-life scenarios.