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Archive for November, 2011

Google X? These Nine Products From the Future Are Real Right Now

From readwriteweb

Last week the New York Times broke news of a top secret lab where secret Googlers are tinkering on more than 100 fantasy projects that may or may not ever come to market. It’s called Google X Lab and it’s filled with robots, self-driving cars (those are definitely real) and real-world devices not  traditionally connected to the Internet that will be wired-up into a future Web of Things.

What if Google doesn’t get connected devices any better than the company allegedly “doesn’t get social” technologies, though? Just because the advertising and search giant is working on it doesn’t mean Google can really build an elevator to space, of course. In the mean time, other companies are building connected device technology that sounds futuristic but is actually going to market right now. Those companies may compete with Google in the future; just as Google didn’t invent the search market it now owns, incumbents can’t rest easy yet just because they’re first, either. But what they’re bringing to market already is pretty cool.

Read the full story here

Lead software engineer on WSN for smart buildings

This is an excellent opportunity with a defined market potential and its success will be aimed to commercialise the research in accordance with intellectual property roles given by the project.
The software engineer will work with a motivated team of developers and European partners with a number of different backgrounds to extend the existing web-based dashboard to allow users browsing their consumption by appliance/office/site portion and benchmark appliances within/across buildings. The ideal person will be comfortable with software design, will have great coding skills and will have knowledge of Web 2.0 technologies and databases. Our current working technologies include Ruby on Rails, Javascript, JQuery, CSS and SQL.
The engineer will interact with a number of engineer and scientists to develop algorithms of data mining, energy pattenrs and anomaly detection to be delivered through an online platform for commercial use. The engineer may need to gain knowledge on issues faced by facility and maintenance managers when reducing energy consumption in buildings.

To apply go to:
http://www.ucd.ie/hr/jobvacancies/
“Job for external applicants”
Reference Number: 00469

Funf System – Making Good Use of Smartphone Sensors

The MIT Media Lab Human Dynamics research group has been harnessing the power of smartphone sensors in collecting data about how people interact with each other. The data are used to draw conclusions on how certain aspects of humanity, such as food choices and political opinions, are spread throughout a certain locality. The study has been in the laboratory for several years until recently when the group decided to make it open-source. This was done in hopes of awakening interests from researchers besides themselves.

The Funf system, as it is known, is a phone-based data collection system that utilizes the sensors on smartphones such as gyroscopes and accelerometers. It is composed of two parts: the Funf Journal and a set of tools. The journal manages the collection and exportation of sensor data and runs on phones that use Google’s Android OS. The tools, which are housed inside a PC, are used for managing and visualizing the data coming from the phone.

Users of the Funf Journal have the option to specify how often the system captures and analyzes data through checkbox menus. Previous sensors settings and configurations can also be saved and loaded at any time. Broadcast updates to participants in a study are also possible if the user allows it.

The developers of the system look at the possible improvements that other researchers can do. “There are a lot of other research groups that are reinventing the wheel,” says Nadav Aharony, a PhD student in the group who led the software’s development. “We felt that we were so advanced in this field that we wanted to share this.”

Together with Aharony are graduate student Wei Pan, Human Dynamics group leader Sandy Pentland, the Toshiba Professor of Media Arts and Sciences, MIT affiliate Cory Ip SM ’11, Masdar Institute scholar Inas Khayal, Cody Sumter, a master’s student, and Alan Gardner ’05, a software developer whose participation in the project was funded by a grant from Google. These researchers have turned the system into a user-friendly software package that was officially released last October 5.

How It Works

The controller for each sensor in the Funf framework is called a “probe”. Interpreting the raw data coming from the phones sensors can be a daunting task even for experts. This is why the Funf Journal comes with additional probes that are made to look for patterns on the data.  One of the probes, for example, can distinguish the data coming from a phone accelerometer that is jostled on a subway train to a phone that is carried by a person walking briskly or climbing stairs.  Thus, the system can provide a specific score for the person’s physical activity on a specified span of time. Each of the additional probes is configurable via the same menu that manages the sensors themselves.

The Funf Journal comes already with 30 probes built inside it but the developers at MIT are challenging others to build more. They suggest creating additional high-level and low-level probes that can use the data generated by other probes and so on. Non-technical users could also publish settings that they have found useful in specific tasks. Aharony envisions a free marketplace of Funf configurations and probes in the future.

Funf Journal comes with roughly 30 probes built in. But the Media Lab team is eager for developers outside MIT to invent additional high-level probes, and probes that use the data generated by those probes, and so on. Less tech-savvy users could still publish configuration settings that they’ve found useful for particular tasks. “You can imagine a free marketplace of these configurations and also of these probes,” Aharony says. The Media Lab team willingly provides APIs for interested developers which would allow them to add probes or other Funf features into their own programs without explicitly using the Funf Journal system.

More info here.

 

Winners of the IDTechEx Energy Harvesting and WSN Awards

At the Energy Harvesting & Wireless Sensor Network (WSN) awards dinner on November 15 in Boston, USA companies were recognized for making significant technical or commercial progress with these technologies.
The awards are part of the IDTechEx event on these topics – which was attended by over 360 people from 16 countries and featured 40 exhibitors on Nov 15 and 16 201.
In summary, the winners for each category are as follows:
  • Best Technical Development of an Energy Harvesting device: National Institute of Aerospace
  • Best Application of Energy Harvesting: MSX Technology and Micropelt GmbH
  • Best Application of a Wireless Sensor Network: Bronze Craft Corporation
  • Best in Show: Infinite Power Solution
  • Best Poster: University of Lisboa
More info here.

Twine wants to put your things on the internet

If you’re the kind of person that sometimes finds themselves talking to inanimate objects around the house then it might not be too long before they start talking back – not directly but via an SMS, tweet or email. MIT Media Lab graduates David Carr and John Kestner are looking to hook household objects up to the Web via Twine, a 2.5-inch square (16 cm2) box with internal and/or external sensors that connects to a Wi-Fi network to enable it to send a message when certain user customizable criteria are recognized by the unit’s sensors.

In 1982, a group of students at Carnegie Mellon University connected a Coke machine to the internet so they wouldn’t have to traipse down several floors just to find the machine empty. While the number of devices connected to the internet has exploded since that time, the majority of household appliances and objects have been slow to make the move online. Despite talk of the emerging “Internet of Things” connecting anything other than a computer, games console, tablet or smartphone to the internet via a home network generally still requires some specialized knowledge.

It is this hurdle that Carr and Kestner are aiming to clear with Twine, which they say will make it easy to connect things to the internet “without a nerd degree” – meaning there’s no programming or soldering and wiring expertise required. The Twine module provides Wi-Fi connectivity out of the box and comes with on-board temperature and vibration sensors. Power is supplied either via the unit’s mini-USB port or by two AAA batteries, with an email alert being sent when the batteries need replacing.

More info here.

The Industrial Internet: A Walk Through The Emerging Interconnected World

The Industrial Internet, also known as the “Internet of Things,” promises to connect the trillions of machines to make them more efficient, reliable and useful. But it’s hard to grasp the concept without seeing it in action. This infographic from General Electric, which announced on Thursday that it is building a new software center in California, shows what the Industrial Internet will do for us.

More info here.

IBM's Andy Piper: Negotiating the Internet of Things

From ReadWriteWeb:

He is officially called the “Messaging Community Lead” for IBM’s WebSphere message queue (MQ) architecture, which is a title that grants some modicum of honor without claiming too much authority. Andy Piper has become IBM’s point man for the concept of a planet enmeshed in billions, perhaps trillions, of signal-sending, communicating devices. The case may be made that anything that can be “on” could be made to send a signal on a network – perhaps something as simple as “on” itself, periodically. The possibilities for a world where the operating status of any electronic device may be measured from any point on the globe, are astounding.

How do we ensure such a world doesn’t become infinitely more chaotic than it already is? Have the architects of MQTT protocol considered whether it would be feasible to apply today’s malicious use models for Web technologies to an Internet of Things? What, if anything, is being done to safeguard against a plethora of “thing-in-the-middle” attacks, where for instance, devices that are not shipping crates full of valuable merchandise identify themselves as such? ReadWriteWeb discussed these broader topics at length with IBM’s Andy Piper.

Two weeks ago, IBM and its development partner Eurotech formally submitted Message Queue Telemetry Transport protocol to the Eclipse Foundation open source group. It’s being called “the” Internet of Things (IoT) protocol, but in fairness it’s only one candidate. It would serve as the communications mechanism for devices whose size may scale down to the very small level, with negligible power and transmission radius of only a few feet.

A trillion heartbeats

One example application already in the field, Piper told RWW, is in pacemakers. Tiny transmitters inside pacemakers communicate using MQTT with message queue brokers at their patients’ bedsides. Those brokers then communicate with upstream servers using more conventional, sophisticated protocols such as WebSphere MQ.

“Look, this is engineered for a constrained environment,” Piper emphasized. “But because of that, [these devices] are actually extremely efficient at doing things like conserving battery, and using very low bandwidth. So [MQTT] is actually a fairly sensible protocol for both the machine-to-machine (M2M) space that we’re addressing with the Eclipse announcement, and also the mobile explosion as well. All these devices need to be connected.”

Most protocols submitted by corporations to organizations for adoption as universal standards have some direct tie-in to those corporations, and MQTT is no exception. Although the APIs for anyone to incorporate MQTT into their own MQs are already published, WebSphere MQ has an early advantage.

This leads to what distinguishes the interconnection protocol for MQTT from HTTP and the Web as we’ve come to understand it. HTTP is end-to-end; all endpoints are addressable there on a universal map. MQTT, by stark contrast, is only at the outer shell. It communicates with so-calledbrokers using a wire protocol – literally a pattern of bits, as opposed to a componentized packet with a header and a container. Those brokers then communicate upstream using today’s protocols, HTTP among them.

“It’s not as such about replacing the Web; it’s about enabling devices to talk to the Web,” says Piper. “And these devices are unlikely to have user interfaces; they’re really about just collecting data.”

More info here.

CTIA Keynote 2011

Keynote for CTIA Conference 2011, Dr. Soon-Shiong outlines the vision for how wireless technologies will transform the entire spectrum of health care, from genomic analysis and prediction to in-home monitoring of chronic illness.

CTIA Keynote 2011 from Patrick Soon-Shiong, MD on Vimeo.

 

Why the Internet of Things finally makes sense

From Chris Anderson Google+ :

After a decade of hearing about “the Internet of things”, where everything will have an IP address, I’m starting to finally believe it. What’s changed? The Open Hardware movement, which is doing for connected devices what the Web did for information.

The old vision of the Internet of Things came to us from the likes of Cisco and Nokia, which were trying to promote end-to-end connected device standards (that used their gear, natch). Think of that as the ‘Information Superhighway” era of the net, those days in the early 90s when the wired future was going to be brought to us by AT&T and Cablevision.

The new vision is more akin to the Web, which was brought to us by, well, us. The engineers agreed on some basic open standards — HTTP, HTML, TCP/IP — and we did all the rest, creating the Web with our own ideas, uses and creativity.

Today, the new Internet of Things model is based on simple open standards: Arduino, WiFi and Web APIs. The model is open innovation and community creation. And the devices are being created by regular people with their own needs, not big companies.

Look around your house. Everything that has a proprietary embedded processor in it is a candidate for being reinvented with Open Hardware. That’s how the Internet of Things is going to finally become a reality.

Here are just a few examples:

Thermostats (http://www.open-electronics.org/web-thermostat-with-arduino/)
Alarm systems (http://www.abbotsfordsecurityalarms.ca/blog/?p=12)
Appliance controllers (http://customctrl.com/)
Sprinkler systems (http://opensprinkler.com)
Power meters (http://openenergymonitor.org/emon/)

More info here.

IPSO Alliance Announces Successful Completion of Multi-Vendor IP Smart Object Interoperability Event

The IPSO Alliance announced the successful completion of a multi-vendor IP Smart Object interoperability event. Eleven different organizations came together to test their implementations of 6LoWPAN, IPv6, and COAP, the new protocol being developed by the IETF for embedded devices. At the interoperability event, members of the Alliance demonstrated device and protocol interoperability showing the path to building the Internet of Things.
“A key goal of the IPSO Interop is to show that products and services using IP for Smart Objects can work together and meet industry standards for communication,” said Kris Pister, Chief Technologist at Dust Networks and Chair of the IPSO Interop Committee. “This interop successfully highlights the wide variety of standards that interoperate within the IP framework, including the forthcoming IEEE 802.15.4e low power wireless standard.”
During the interop event, devices using multiple different communications technologies including 802.15.4, 802.15.4e and powerline communications (PLC) shared command and control information directly between devices at the event, as well as with devices located at other participants’ sites around the world. IPSO member companies that participated in the interop were Bosch, Convergence Wireless, Dust Networks, NXP Semiconductor, Proto6, Sensinode, Symphony Networks, Ubilogix and Watteco. Geoff Mulligan, Chairman of the Alliance, said, “This interoperability event builds on our two previous interops by showing not only multiple different media, but also higher layer functional interoperability.”
Tim Hirou, CEO of Convergence Wireless said, “We are helping to push forward the commercial adoption of IPv6 by interoperating using the 802.15.4e Wireless TDMA Frequency Hopping Standard.”
“Our contribution to the IPSO Interop focuses on the flexibility of IP. We are happy to demonstrate that 6LoWPAN networks can combine low-power DC PLC, AC PLC, and radio links, and can span across the Atlantic,” says Olivier Hersent, Watteco’s CEO.
At future interop events, the Alliance will expand the testing of the IP protocol suite for use in embedded networks and systems, such as those being planned for the Smart Grid, automated building and industrial process controls. Mulligan continued, “Events like this are vital to the success of the Internet of Things and Machine-to-Machine networks. The IPSO Alliance is committed to continuing its leadership to ensure commercial acceptance and worldwide deployment of billions of interconnected devices.”

More info here.

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