Archive for the ‘networks’ Category

“Data as Culture” artwork made for the Open Data Institute (ODI).

November 30th, 2012
Stanza Portrait Body

Stanza Portrait Body

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

I have just been commissioned and unveiled my artwork  made for the  Open Data Institute (ODI), an independent organisation led by Gavin Starks, and founded by Professors Sir Tim Berners-Lee and Nigel Shadbolt.  The work  is part  of “Data as Culture”…..and  embraces more open (addressable, structured, accountable, continuous) data. “As data becomes more accessible to artists, as it opens up for use as a raw material, we are seeing more of its integration into works that explore environmental socio-political and economic aspects of society. By utilising data in an experiential way, this selection of works pulls data out of the virtual domain and into our physical world. The exhibition provokes discussion around what open data is, how it informs and affects us, and how we interpret it in a way that is meaningful.”

 

 

 

 

 

 

 

 

 

 

 

Body 01000010011011110110010001111001 (2012) By Stanza. Body is a sculpture which responds to the emergent properties of the environment in South London where the artist’s wireless sensor network is situated. It represents the changing life and complexity of urban space as a dynamic, kinetic artwork. Real-time environmental data is embodied in Stanza’s life-size sculpture assembled from computer components and acrylic slices of his own physique. In ‘Body 01000010011011110110010001111001’ the urban environment provides a dynamic flickering and clicking sentience to the otherwise inert structure, reflecting the personal level of influence data has on an individual.

also see

www.stanza.co.uk/body/index.html

Stanza body

Stanza body

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

STANZA’s art explores questions raised by modern society – about privacy, surveillance culture

September 23rd, 2012

STANZA’s art explores questions raised by modern society – about privacy, surveillance culture, and who owns the data that is regularly collected about all of us – often using modern technologies to create his pieces. Since he first started exhibiting his works in 1984, STANZA has strived to create cutting edge art that deals with current issues. In the process he has won several impressive awards, including an AHRC arts fellowship, and has seen his work featured in over 50 different exhibitions globally.

Ahead of a installation of one of his works “Capacities” in Gent, Belgium in September, Solomon Radley met with him, in front on a computer monitor at his studio in South London, to talk in depth about what he does over coffee.

Hey, how’s it going? Would you begin by telling me a bit about what you do?

STANZA: The things that I’m interested in are ‘surveillance space’, which is the idea of the city as having become a panopticon – this idea that we’re in a prison and we can be observed at all times, from all perspectives, all at once, and particularly in real time.

I use various technologies to do that, like CCTV and wireless sensor networks. Over the years, firstly I’ve developed a strong understanding of what these technologies can do in terms of learning about them, but also I’m having to develop for them, so I’ve learned how to develop hardware and software. You may think I’m a technologist – I see myself as a creative technologist, and I also see that artists are engineers, so they have to understand the technologies that they use, and the mediums that they use in order to get output.

To bring that into perspective, we can look at some artworks…

Sure thing. Would you expand on your thought that the city is a sort of prison?

STANZA: Urban Generation is a piece I did in relation to this idea of the city being a panopticon. Let’s say, in modernist terms, an artist would go out and collect assets – he might use a recording device or a camera – it would be a still, linear asset, and it would never change. It’s possible to actually conceive of the city as a moving physical entity, moving forward in time all the time. How is it possible to use new technologies to actually gain a representation of this, and use it in a culturally meaningful way?

Urban Generation: The generative artworks can be exhibited using projectors, or displayed on a network of plasma monitors (as above)

Multiple CCTV cameras are accessed randomly in real time to make this urban tapestry, creating an evolving, generative artwork. These images are of Madrid. (Available on canvas 160cm by 120cm)

Urban Generation attempts to imagine the world from everyone else’s perspective all at once. If I’m giving a talk, what I try and do is – to illustrate the conceptual shift – I say: “I’d like you to close your eyes, and I’d like you to imagine yourself in a place in London. I’m going to do the same and I’m going to take a single mental snapshot, and I’d like you all in the room to take your single snapshot. Now, I’d like you to imagine the view of the people sitting next to you to your left and to your right, so you have three images multiplied together. There’s 300 people in the room; I’d like you to merge all of these 300 images together. And now not like a film, (because if we used a film we’d be recording the same images) what I’d like you to do is to move these images forward in real time.”

This is the idea I’m trying to capture with this piece of work.

A lot of your work is concerned with the question of who owns the information that is regularly collected about people, and with re-claiming that information. Tell me about this idea.

STANZA: I make artworks that arise from my research into these themes – the themes being ‘control space’ and ‘surveillance space’ and issues with privacy. What I’m doing, which is sort of new ground, is that I’m hacking access to a network and re-appropriating the data and information, and I’m re-contextualizing to give it a wider meaning. I want to show that you can do something positive with this data.

Other works where I’m interested in the control and ownership of data include this website called GenoMixer, where I fully sequenced my blood. In a sense this looks like artist self-portraiture, but I was interested in thedomain space – the public domain space – that’s inside our bodies.

We have this huge line of code – 3.3 billion letters – and it basically has an economic value. The proposal here is to IPO (Initial Public Offering) the project on the stock market, and to give everyone a share of the derivable intellectual royalties. For example, if somebody else wanted to investigate your DNA in a medical program they’d have to pay you. If some other company discovered the cancer gene because you were on the police forensic database you could say “No it’s copyrighted – it’s on the GenoMixer database”.

It just so happens that I also made a series of self-portraits with them…

One of the most obvious types of information that is commonly collected about the general public is video images gathered by CCTV, and this is something you often look at. What are your thoughts about CCTV?

STANZA: Let’s look at “Urban Generation – trying to imagine the world from everyone else’s perspective, all at once“. What we’ve got here is: each square on this four-by-four grid is making calls to over 100 cameras in London in real time. This is a parallel reality, using live network data to re-appropriate it over the network and use it for something else. For example, this could be used as an extension on landscape painting.

Why this has become quite interesting, and the reason I mention these modernist aspects that are fixed, is that this work is never the same. You could look at it even now, on a different monitor, and it would be different: It’s not the Mona Lisa – where every time you look at the work you experience the same thing – there’s an added problem here.

Another interesting question here is: Is what we’re looking at the artwork? On July 7th in 2005 they switched this entire network off because of the terrorist attacks. Well my system still worked, it’s just that the output – which is what connects a viewer to the system – is shifted.

This [Public Domain Responsive Architecture Facade] is the same concept using CCTV, observing the whole of the city but making it transparent. Why would you want to make your movements open and transparent? Why would you want to let CCTV be seen by everybody? This is a building with its outer surfaces displaying images that are embedded in the city – all the stuff on the outside of the building is shifting in terms of the real time properties of that city. In a sense, you (as the observed individual) become part of the building and part of the city, and this opens up the idea of transparent architecture and transparent space.

Public Domain Responsive Architecture Facade: This interactive responsive architecture is within the city of Trondheim, Norway. The facade presents the emotional real time state of the city by using live data and CCTV images to represent the building as a living breathing entity

Public Domain is another work along the same theme, where I gave CCTV cameras away to members of the public, to open up this idea of CCTV networks. People sometimes say that they’ve got nothing to hide, and to nothing to fear…I think that’s a problematic statement. I’m not coming down on a particular side of the fence here, but it seems to me that we’ve opened Pandora’s box, and there’s a whole series of legislative and ethical issues that aren’t being addressed.

Hopefully what I’m doing in these artworks is to draw attention to the fact that there’s a whole series of potential problems that we’re walking in to.

Public Domain: Live real-time CCTV simulation of gallery space on a large globe

You also play with collected data, which you use to create interactive works or installations where real-time changes are caused by environmental factors…

STANZA: We’ve already looked at my CCTV system. There’s another one, which uses wireless sensors/wireless nodes. You scatter them across the city, and they talk to each other in a network grid.

This research started in 2004 as a result of an AHRC grant that I was awarded, and I was trying to find a system I could use as open source hardware and software, that would monitor the whole city space. I’ve scattered these sensors around a city to generate visualisations and sonifications in various cities. For my first project [Sensity] they were output onto a visual globe.

‘Sensity’ on a round globe display, tested at County Hall London in 2006

So, now what I was interested in doing is looking at this real time data, that’s now everywhere, and seeing if I could do something else with it – if I could make art with it.

Equally, in Sonicity I deliberately put a whole load of speakers on the floor and connected them all up to make it look like a map, and somewhere else (in another part of the world) that data is being collected from my network and being spat out onto the internet via an XML stream. In arty terms, maybe I’m “painting with data” – the data has become the medium. With this data I’m painting a sonification of the real time landscape.

The speakers used in ‘Sonicity’, arranged to resemble a map

The second thing I was trying to think about, as part of this thinking process, was all the stuff that’s being collected about us – not just my data, but tax data and medical records – which could be used because of the way it changes and shifts from one thing to the next to power other events:

With CapacitiesI made…let’s call it a sculpture…a sculpture of computer parts that looks like a city, and would be powered by events changing somewhere else in real time. In this version of Capacities, all the lights and fans, and all the parts that change, do so because of other things happening in the world in real time.

Capacities: The electronic city, resting on an evolving city floor

The reason I’m trying to do that is that there seem to be other values that people are missing in terms of the things that are happening to us, and the world, in real time. We’ve become bodies residing in a ‘data space’. Everything around us is the data space and by default we interact with it – even small movements displace millions of atoms.

I conceive of this post-modern world in which movements are just moving a series of 0s and 1s. I can measure the 0s and 1s that I’m displacing by moving around. This interactive process is embedded in the work by default.

Visitors to a Gallery… is quite an important work, in that it opens up the gallery space as an artwork. For example, these two people that are pictured aren’t actually in this room – they’re in another room in another part of the gallery, so they’re embedded in the artwork that you’re viewing. Everybody in the architectural space becomes part of the artwork, and this happens in real time – it’s not recorded, and it’s not a film. So I utilize the technology in the space (the CCTV system).

Secondly, what’s happening here is that there are a series of proximity sensors that affect this as an algorithm – as you walk around this space all of these images oscillate/vibrate slightly.

So when you’re in the room, viewing this artwork, you’re at the same time generating an artwork for someone else in another room?

STANZA: And you’re in the work you’re viewing yourself, through your interaction with the sensors.

That’s also happening in Seeing Through Walls, where there are little cameras and monitors, so you become embedded in the same artwork as it’s being broadcast live, or in this piece where you can see through to people on the other side of the wall.

Visitors To A Gallery: Two visitors who have been embedded in the work by the surveillance system that takes those who view the installation, and simultaneously makes them part of the artwork

I was actually in a Greek club where they had something like that – the mirrors in the toilet let you see yourself, but also the women doing their makeup in the adjacent toilets…

STANZA: Ha! No wonder their ecomony’s gone down the pan…

Moving on from that, my work splits into this idea of using real time networks and investigating different ways of interacting with public space.

Here’s a strange project called The Binary Graffiti Club, where I got a load of people to dress up in hoodies with 0s and 1s on their backs, and they go round the city making binary graffiti – painting little coded messages onto the city.

The Binary Graffiti Club: Coded messages are left in binary, encouraging young people to see the city as a canvas

Anything in particular?

STANZA: Well…no. I don’t want to be too specific about this, because… Well here’s a piece going back to the DNA project (the open source bit). If you sit in the gallery for…this has been online for seven years: If it was exhibited in a gallery you could get my open source DNA, and you could go off and replicate me, but it changes a letter once every second so you’d have to sit there for 104 years with a pen and paper. The same is true of the binary graffiti club – if you want to know what the message is, you have to sit there and transcribe it and translate it.

One letter from STANZA’s DNA code – the letters are shown in order, one per second for the 104 year project

This led from another piece of work – A City of Bits – as well as this performance that was laid down in the form of this sushi: I invited 12 people, after the disciples, and asked them to come and eat this coded sushi message. So, this is a coded message that they eat, and then they all put their own message back into a jar which I’ve now destroyed. I’ve transcribed those messages here…

A City of Bits: A binary message in sushi which was ceremonially eaten. It reads, “There but for the grace of God, go I”

You have a performance coming up in Texas soon – tell me a bit about what you’ll be doing.

STANZA: In Soundcities, using a recording device, I’ve been to all these different cities, recording sounds which are attached to Google Maps, and you can visit lots of cities in the world…

The key to this is the database; you can see the sounds, arranged in different categories, and you can create a performance by picking a selection of them and building up rhythms. This is what I do with my performances, except I have the same thing on a couple of machines, and I might mix it with sounds from churches, etc. It’s basically a live world tour of city sounds as music: the machines are connected to a mixing desk, images are coming from the website projects.

During the eight years I’ve been doing these performances, they’ve been heavily focused on the sounds of cities, the database live and soundmaps.

So this database can be used in performances, but the key here is that the database is open source, and other people can contribute to this community of sounds. There’s lots of other projects that have come from this, but the most important bit is this. This XML feed shows the sound, and its longitude/latitude, and although this is just a line of code it basically means that anyone else can use this to write their own apps.

What I’m doing that’s unique here is: it’s like an artist of the past allowing someone into their studio to work in parallel with them.

The Central City: This installation, on display for Vida Retrospective in Madrid until November, is made up of 15 touch screens built into towers blocks as a large scale interactive installation

www.stanza.co.uk

Issues In Science And Technology, Spring 2012.

April 13th, 2012

For those of you who know me well, you might find this quite funny. I was recently asked to for twelve images for a US based magazine who said they wanted to do a feature on Stanza. I thought why not, so I prepared the images 300 dpi for the editor as requested and sent them off. A couple of weeks later with a 44 dollar stamp they sent me four copies, very kind. (Most journalists don’t event bother)

Stanza Sensity

Stanza Sensity

Anyway its always nice to see your artworks in print over breakfast and they did look nice. Twelve images of “Sensity”, the live city data art project in the magazine Issues In Science And Technology, Spring 2012. However on first glance I couldn’t believe it they had used my images it seemingly to illustrate a text that wasn’t about me or by me. Off I steamed…. this editor needs an email.

Anyway before I  shot myself in the foot, I thought I better give it a read. The article is  on “Internet Freedom and Human Rights”,  just my thing, I wonder who wrote it……err Dear Hillary Rodman Clinton thanks for using my artworks in your essay…. …

I got another coffee together and gave it a proper read, it’s not bad actually.  “the more people online contributing ideas,  the more valuable the network becomes to all the other users”………

“If we are not careful, governments could upend the current Interent governance in a quest to increase their own control….”…The last point rather timely since the UK are about do just that.

Stanza Sensors On Google Maps

Stanza Sensors On Google Maps

(http://www.stanza.co.uk/sensity/index.html)

VIRTUAL INTERNET CITIES. LIVE DATA CITIES

December 8th, 2010

VIRTUAL INTERNET CITIES.

The Emergent city

The city experience is a web of connected networks and multi layered threaded paths that condition us to the emotional state of the city space. In essence, the city fabric is a giant multi user multi data sphere. To take part you really have to put something back in, that’s like life. In this case, to take part you have to input data so others ‘may’ see the output of the data response.

Stanza CCTV artwork

Image: Stanza CCTV artwork using 200 CCTV cameras over one night. 2005

Lets imagine a space in which every action, memory, thought, feeling,  has a connection to every other action. A space where all data in the system, seamlessly integrates with all others. This place exists, it’s inside our heads. The emergent metaphor of the brain has many similarities with the emergent connectivity of cities.

Panic Noise

Mobility can be seen from traffic patterns, to pedestrian patterns, to bird flocking patterns; to multi-threaded patterns along a time line. Patterns can be seen in the architecture, the buildings, the architectural fabric of the urban design network. And closer inside the micro patterns of the city, we have the life cycles of the atomized, the insects, the life of continuity all of which exist along a timeline of past present and future. The city has a history. Stories relative to time and place, stories from the street. Love stories personal and  extreme, crime stories, stories that are small or that can affect global parameters. Inside the mobile city there are future stories and future worlds to invent and discover.

All of these spheres can be represented by media and therefore by data within the digital realm. And all of this mobile data can be interpreted and mediated. It becomes a matter of choice. Collections of data can be stored to be retrieved later. The mobile data infrastructure becomes a data source so powerful so interwoven that its scale can only be imagined as metaphor.  The size and scope of such an archive, of such rich mediated data experience would support many projects.  As such it can be interpreted as history via one sort of interface or as a game via another sort of interface.

Cities offer the opportunity for unique types of data gathering experiences via a variety of sources. An emergent  process data mining from all sides, online  for  all.  People collecting data, sounds, stories, photos, that can be filtered back into such a system.

stanza art data city

Image: Stanza Installation. Live Data Across the city. 2010.

A possible objective is to ‘mediate’ data into conceptual artifacts. With this perspective there are many unimagined threads of data and connections that describe our world that can be explored through wireless mobile networks within which we can create artistic interpretations.

The network that all this takes place in is the grid of the city. In Shanghai in the planning museum you can see this in one room by looking at the model of the whole city. Mobile devices, wireless, or sensor devices, can trace and track you through such a system where data impacts to unfold meaning. This data can in effect be for aesthetic purposes as well as for marketing, and delivered as any type of media.

A model of the city could be made in this case as a simulated experience. An example of this is a controlled ultrasound sensor rig which pings sound in relation to ones position in the system (used in my Robotica artwork). It will allow you to fade sounds as you move about. Another example would be GPS positioning systems within real cities spaces, or which there a number of projects in development worldwide, and I used it for example in “Sheep“.

Types of data can be re-imagined. This includes pollution data recorded via sensors in the street, to create audio acoustic files expressing the pain and suffering of the air as it pollutes. Weather and forecast data, acquired via weather station equipment, this can be used and can create ambient soundscapes and morphing visualizations as the wind shifts direction or the rain increases. Noise monitor levels, and noise maps, create a symphony of true urban sounds that can be used to make sound reactive sculptures.

The city also has millions of CCTV. In essence the city is the biggest TV station in existence. Millions of hours worth of data are recorded every day by these cameras on city TV. I take the sounds and images of live web streams and re-represent them thus creating new interpretations of the city in the process.


Third Great Revolution

The State doesn’t allow access to certain data because of the data protection act, but what happens when things change? Walls do fall down, governments change, ideologies become overtaken. The data explosion will be immense, but only an open sourced egalitarian system will allow transparency and sharing of wealth and information. Many networks protect the entry and their content and too many have all content loaded to these database which belongs to dot dot dot ..(not you)

Uses of this information and data should allow rich new interpretations on the way our world is built, used, and designed.  Real new media landscapes or mediascapacities.

Text:  Stanza 2007

Capacities gets award in Digital Turku.

December 7th, 2010

Capacities was given an award in Digital Turku in Finland for 2011. This is more great news the whole installation will be on show for two  months some time next year.

stanza artist capacities

Image: Stanza Capacities.2010. Responsive data artwork.

About Capacities:  The real world is made virtual and the virtual is made real again and exposed in the process.

The whole gallery space becomes one large artwork made from real time city information and data. The aesthetic and feel of the space looks like an electronic city.  The city is made of units, grids, repetition , building blocks. In the gallery city called ‘Capacities’ the leads, the wires,and cables are incorporated into the artwork to look like a city map.’ Capacities’ looks “designed” like a piece of urban design, a city surveyed and controlled.

The whole space becomes a map to wander through.

http://www.stanza.co.uk/capacities/index.html

Another view:

stanza artist capacities

Image: Stanza 2010. Artwork Capacities.

THE ARTISTS STUDIO AS LABORATORY

August 2nd, 2010

THE ARTISTS STUDIO AS LABORATORY FOR THE FUTURE: “TRANSPARENCY”

stanza_i_am _stanza

Image: Stanza installation:- "Visitors To A Gallery" 2008. CCTV artwork.

This project will take place in the Barn at Lanternhouse, as Stanza creates cityscapes in an Open Studio process.  The residency is about exploring the artistic process, being transparent about the process and the development and production of new work.

The “open studio” mirrors the process of the project, with material and philosophical process being available to witness throughout.

stanza_visitors

Image: Stanza installation:- "Visitors To A Gallery" 2008. Installation on Floor.

This work (the studio as lab) is now in version three for my residency in Lanternhouse International (UK) called City of Dreams.

I am developing the idea of studio as laboratory and extending previous versions by inviting members of the public to be involved in the process and the experiments. The studio will also have live CCTV broadcast and live data feeds.

Artists are like scientists they ask questions and find answers in peculiar ways….guided by research and process development.  Most artists, like scientists do stuff, they make things to question the world. They often speculate, researching difficult issues in a general direction in the way they see it with specific outcomes, these outcomes may or may not be art.

From the real to virtual and back to the real is a theme that has had my attention for five years and the idea is embedded in the works I am currently making.

Three works to be developed during this City of Dreams residency: Info Below

  • Sonicity
  • Capacities
  • Open Studio: Transparency

http://www.stanza.co.uk/laboratory/index.html

Stanza Coded Reflex

March 4th, 2010
stanza

Image: Stanza artwork. Made in 1995 .Six feet diameter across approx .

Image of Stanza artwork.  Made in 1995 …..Six feet diameter across approx .

This work is sandblasted onto  mirror and hand painted.  It back  supported and ready to  hang.  Part of a series of works under the title, ” reflexity”.

See some more:

Collecting data to make visualisations.

January 28th, 2009
Copyright Image by Stanza

Copyright Image by Stanza

This is a mobile urban pollution kit from 2003. e-Science in the Streets: Urban Pollution Monitoring. This project investigates local variations in pollution by using mobile sensors. These sensors aren’t as well calibrated as fixed sensors, but they do give a spatial picture of pollution variation. In the EQUATOR IRC e-Science project Advanced Grid Interfaces for Environmental Science in the Lab and in the Field (EPSRC grant GR/R81985/01) [1], we have been investigating an alternate way of mapping pollution using tracked mobile sensors. An accurate carbon monoxide sensor is coupled with a GPS receiver and a logging device. To support visualisation applications the most important functions of the devices are data collection and data upload when the device is synchronised. The handheld logs data on local flash memory.  In there interface they have crested a “visualisation layer”. Ref pollution-monitoring project please contact Anthony Steed. (A.Steed@cs.ucl.ac.uk). The research covers several categories; air pollution outside, air pollution in offices, air pollution in homes, housing and health, urban heat island, and more general environmental and sustainability issues. http://www.equator.ac.uk/index.php/articles/c61/

“The City project explores new forms of interaction between city visitors letting tourists share their visits with those who are near and far over the internet and face to face.” As mobile phones and computers become more complex, the range of media that affect our experiences of cities has expanded. What makes a city meaningful to us is not just its bricks and mortar, but the texts we read, people we talk to and experiences we have. Maps, conversations and images of a city all influences our activity and enjoyment. City focuses on bridging or blurring the boundaries between these different media. The systems we build mix local interactions and remote collaboration, using ubicomp technology, digital maps, virtual environments and hypermedia. Our research includes ethnographic studies of city visitors (Brown and Chalmers, 2003), experimental mixed reality systems (Brown et al., 2003), collaborative ubicomp technologies (Brown et al., 2005) and conceptual work (Chalmers and Galani, 2004), underlying our designs. The Citywide performance project is exploring new kinds of artistic performance that take place on the streets of a city and on-line. These performances take the form of games in which street-players and on-line players compete and collaborate and try to establish an understanding of one another’s environment and experience. The aim is to mix digital content with live action to create a compelling experience for both kinds of players.

stanza_datacities2_web

Stanza datacities online. Sensors on map 2006 - 2010

Using my sensors which are placed on google maps for visualisations and sonifications.  This system  collects data across the city.

The future of Painting. Rfid chips in paint.

December 10th, 2008
Copyright Image by Stanza

Copyright Image by Stanza.

Copyright Image by Stanza

Tiny radios embedded in paint could be used to pick up sound, detect whether wine or ice cream has been stored properly or even be painted on the heart to prevent arrhythmias. BAE Systems researchers developed the miniature wireless sensors, which are powered by scavenging ambient radiation from the atmosphere. Dr Karl Brommer, an engineering fellow at BAE Systems, started exploring this technology based on radio frequency identification (RFID) tags in 2002, and filed patents in 2005. ‘People complain that most of the cost in manufacturing RFID tags is not in making the circuit, it’s in placing the circuit on the seed of the antenna, the tag,’ he said.

Brommer proposed a solution that would work like inkjet printing, squirting an ensemble of identical radios near the seed point to create sensor technology with a range of more sophisticated applications than conventional RFID technology. Though other companies have investigated similar ideas, BAE Systems’ technology has a unique solution to battery-free operation that gives them an almost indefinite shelf life.

‘They could use ambient radiation from mobile phone and television signals, or an interrogator that you point at the micro-radios,’ said Brommer. The paint is used to package the radios in a similar way to other tiny electronic components and can be included in flexible plastics, electronic ink or organic electronics that can be synthesised chemically.

‘There is no minimum quantity you need to work together to function,’ said Brommer. ‘If you have more of them you can start to create ensembles of radios that radiate coherently, or you can start to create a communication system where each sensor sends a packet of information.’

all referenced from:-
http://www.theengineer.co.uk/Articles/Article.aspx?liArticleID=309264

Wireless identification and sensing platform, or WISP

December 9th, 2008

Self powered sensors. Intel  is developing self-powered microchips that could be implanted in the human body, a mobile phone, a building, or anyplace else where people wish to gather information. Called a “wireless identification and sensing platform,” or WISP, the devices were among several technologies described Friday by Intel CTO Justin Rattner during a meeting with reporters in San Francisco. Most of the technologies discussed are under development in Intel labs and are unlikely to reach the marketplace in products for at least three to five years.

All of the inventions were designed to be energy-efficient. The WISP sensors would use Intel technology for drawing power from the environment. “These are install-and-forget kind of systems,” Rattner said.

In an experiment conducted by Intel in San Francisco, sensors implanted in street sweepers were used to monitor air quality throughout the city. “We could, in fact, litter the planet with these things,” he said. “Rather than depend on satellite information, we could literally get instantaneous, near-global indication of the state of the planet.”

Self-powered sensors could one day go into the human body to monitor health-related activity, such as the beat of a heart. If researchers could shrink detectors to the molecular level, they could one day be capable of detecting viruses in the environment to determine the potential health risk.

Within the data center, sensors could be used to map the heat levels of the different systems in order to create a “thermally aware load management” system, Rattner said. Systems that are running hot could have some of their workloads shifted to idle systems, thereby lowering the overall temperature, which would lower the demand on cooling systems.

Along with sensors, Intel labs is experimenting with the use of microchips to gather energy from other sources, such as the sun or the movement of a trackball in a smartphone, to recharge a battery in a mobile device.

Intel is building power management within a microchip, so power levels could be adjusted microsecond by microsecond in following the fluctuations in energy needed to power CPUs or modules within a chipset, Rattner said. Today, power levels have to be kept higher than needed during light workloads to make sure enough energy is available to meet sudden demands for processing power.

ref  http://www.informationweek.com/news/showArticle.jhtml?articleID=212202257


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