Archive for the ‘Applications’ Category

NSF Award: “CRI: Infrastructure for Networked Sensor Information Technology”

Friday, March 31st, 2006

An award for wireless sensor research: CRI: Infrastructure for Networked Sensor Information Technology:

This project, developing a series of sensor networking testbeds in New Mexico, focuses on the use of wireless sensor networks in the following applications:

-Tracking, controlling, and behavioral monitoring of livestock on rangeland, -Micro-monitoring of weather and climate on an ecological research site, -Protecting contextual privacy of distributed sensing tasks, -Developing component-based middleware engineering for embedded sensor nodes and gateways, -Creating an integrated sensor net design environment and testbed, and -Developing a real-time collaborative virtual environment for smart office design and distance learning.

Establishing infrastructure, core capabilities, and expertise in Wireless Sensor Networks (WSN) and Distributed Sensor Information Technology, the project services three specific research projects:

-Privacy protection issues in distributed sensing, -Component-based middleware engineering for WSN, and -Integrated sensor net design environment and testbed.

The equipment requested includes different types of embedded processor-radio modules (motes), compatible sensor data acquisition modules, serial and Ethernet programming and interface boards, and embedded specialized gateway computers.

Broader Impact: Newly developed courses on sensor networks service students at many levels, strengthening the education at this minority serving university. Furthermore, the research projects offer benefit to society directly and indirectly. Improved methods for integrating distance learning with main-campus learning attracts and engages more students in higher education; improved understanding of rangeland usage and livestock behavior helps improve land utilization and food production for society; and improved understanding of sensor network privacy security issues and of software engineering for sensors helps further the deployability mission-critical areas.

NSF Award: “RFID Ecosystem”

Monday, August 29th, 2005

NSF award to the University of Washington, for investigation of an “RFID ecosystem”:

https://www.fastlane.nsf.gov/servlet/showaward?award=0454394

Title : CRI: RFID Ecosystem
Type : Award
NSF Org : CNS
Latest Amendment Date : August 29, 2005
File : a0454394

Award Number: 0454394
Award Instr.: Continuing grant
Prgm Manager: Stephen R. Mahaney
CNS DIVISION OF COMPUTER AND NETWORK SYSTEMS
CSE DIRECT FOR COMPUTER & INFO SCIE & ENGINR
Start Date : September 1, 2005
Expires : August 31, 2006 (Estimated)
Expected
Total Amt. : $99,946 (Estimated)
Investigator: David L. Kaplan davek@cs.washington.edu (Principal Investigator current)
Edward D. Lazowska (Co-Principal Investigator current)
Gaetano Borriello (Co-Principal Investigator current)
Christopher J. Diorio (Co-Principal Investigator current)
Sponsor : U of Washington
1100 NE 45th St, Suite 300
Seattle, WA 981050000 206/543-4043

NSF Program : 7359 COMPUTING RES INFRASTRUCTURE
Fld Applictn: 0000912 Computer Science
Program Ref : 9218,HPCC,
Abstract :

ABSTRACT

Proposal: CNS 0454394 PI: Kaplan, David L. CoPIs: Gaetano Borriello, Christopher J. Diorio, Edward D. Lazowska Institution: University of Washington Title: CRI: RFID Ecosystem Program: NSF 04-588 CISE Computing Research Infrastructure

This project will explore applications for RFID tags in homes and workplaces rather than previously studied applications for product supply-chains. Applications relevant to the workplace and home will be explored that will integrate RFID capabilities with other ubiquitous computing technologies. Systems issues to be explored include: innovative RFID tags with additional sensing, middleware and operating-system support for sensing/actuation events, database organization based on distributed data on servers and tags, mining of sensing/actuation events to infer users activities, and ubiquitous computing applications for the workplace. These technologies have deep privacy, legal, social, and policy implications. The project will incorporate researchers in both technology and social aspects of technology. Broader impacts of this project include potential applications, and use in education and design projects at the University of Washington.

RFID hammer meets yet another nail?

Friday, May 13th, 2005

According to RFID Journal, UCLA’s Wireless Internet for the Mobile Enterprise Consortium (WINMEC) is investigating use of RFID to secure digital content on DVDs:

The UCLA research group is developing the software and hardware components of a system that would embed DVDs with an RFID tag and DVD players with an RFID reader so that the tagged DVDs would play only in RFID-enabled players and only if the reader could authenticate the DVD’s tag. In order to authenticate, the player would also need to link to some type of online network, similar to the EPCglobal Network, that would associate the DVD with a legal sale. Through this system, the copyright owners (the film production company and any other license-holders of the content) would have digital rights management over the work. But viewers would not be able to play the DVDs without an RFID-enabled player because the tag would essentially lock the disc.

But why? A DVD is nothing if not a big data storage device, intended to be read. Rather than encumber a DVD player with an additional RFID reader input device, just have the DVD player read the DVD, and refuse to play it unless it passes some sort of handshaking. What? People hack that sort of security? Hmmmm… not like that won’t happen with RFIDs attached either…

It feels like a proposal to apply RFID to an insoluble problem; no great gains, but some potential downside, as more and more physical objects become surveillable through RFID.

“UC Considers Using Barcodes for Cadavers”

Friday, February 4th, 2005

As reported by the San Francisco Chronicle:

“Shaken by scandals involving the black-market sale of body parts, University of California officials are considering inserting supermarket-style barcodes or radio frequency devices in cadavers to keep track of them.”

The article goes on to note that simply tagging corpses (or parts of corpses) isn’t much of a deterrent to the determined thief, and that audits and other security measures are required.

U.S. House of Representatives and RFID

Friday, January 28th, 2005

The U.S. House of Representatives has issued a solicitation for information on RFID applications for personnel tracking:

“The United States House of Representatives (USHR) is soliciting industry for commercially available products that can provide an integrated technological solution for accounting for building occupants immediately following building evacuations and, during the immediate 24-hour period thereafter, the status of all House building occupants (Members, staff, contractors/vendors and visitors)…”

Of course, for every use there’s a potential abuse… if this were implemented as some sort of “active badge” scheme to track individuals (albeit through a kind of “point surveillance,” knowing that they’re near/passing given points, and not a continuous awareness), one could imagine being able to intuit interesting things from traffic patterns. The sense of the solicitation is for a system that would turned on only upon need (e.g., to know if everyone in the building is safely out of the building); some care ought to be taken in system design to ensure that all data not necessary to that primary purpose is deidentified or destroyed.

Congressional Internet Caucus Solicits RFID Demos

Thursday, January 27th, 2005

“The Congressional Internet Caucus — in conjunction with its Advisory Committee — is organizing an RFID Technology Exhibition & Policy Primer for Members of Congress and staff on Wednesday, March 9, 2005 in the Hart Senate Office Building. The event will feature demonstrations of RFID technology designed to introduce policymakers to the technology and to the burgeoning marketplace.

The policy primer portion of the event will introduce policymakers to the associated policy considerations that may include privacy, security, health, and spectrum…”

http://www.netcaucus.org/events/2005/rfid/demo.shtml

Skannerz: supply-chain management meets kids’ games??

Wednesday, December 22nd, 2004

Ran across this little gem… Skannerz!

I’m just kicking myself for not inventing it first… ;-)

Skannerz toy


“It may seem odd that a game could combine elements of Pokemon, Magic: The Gathering, and grocery store shopping, but Skannerz does just this. Here’s how it works: All UPC symbols scanned into this device are converted into virtual monsters, some of which join your team voluntarily, some of which you must electronically defeat in order to conscript them. From there, you can play special games that train your monsters to become more powerful and compete against other players. We had some difficulty at first figuring out how to scan the items, and wouldn’t recommend this for younger children for whom the technology might be frustrating.”

Of course, the next generation of this will be in using these and other technologies (and I think it’ll be RFID and/or GPS, e.g., to render an environment based on either proximity to an RFID tag, or within a specific distance of a geocoordinate) to overlay fantasy play on the physical world.

Consensual Monitoring

Friday, November 26th, 2004

Lest the discussion get too unbalanced, it’s important to acknowledge that RFID might be quite useful as a tool for consensual monitoring… tracking those who want to be tracked.

Or, in the case of kids, those whose parents would like them to be tracked. The South Florida Sun-Sentinel covers use of RFID-based tracking bracelets for keeping tabs on children in amusement parks:

Here’s how it works: Everyone in a group gets a plastic bracelet holding a wristwatch-sized device. At Wannado — where kids pretend to work in different occupations, including doctor, firefighter and news reporter — about 40 electronic frequency readers on the walls send out signals every five seconds to find the location of the bracelets.

The bracelets can be scanned at video monitors stationed throughout the park. The monitors give the location of everyone in the same party. Visitors can locate only members of their own group.

In a rather constrained domain, fairly benign monitoring (though doubtless the park owners might also mine the transactional data for information useful in figuring out where best to place the gift store, and the refreshment stands).