Peaceful Cohabitation and Scalability in Ubicomp

Posted: May 1st, 2006 | 1 Comment »

 Cl Images 1Zzzzzz Cars CarradardetectorRadar detectors normally cover all the frequencies that police use for their radar. Any detector will detect an active source within a certain range. I was told this weekend that sometimes wrong alarm are caused by gas stations’ security system, often confusing the drivers. Moreover, 4 years ago the radar detector launched devices that created interference problems with gas stations (interference at pay-at-the-pump credit card terminals resulting in lost or incorrect sales), fast-food outlets, convenience stores. (causing music and advertisements to skip or mute), small airports (several private pilots have been unable to get weather updates because of radar detectors in airport employees’ cars parked nearby). Source: New radar detectors zing small satellite systems.

Relation to my thesis: Setting ubicomp applications free to the real-world will challenge the peaceful cohabitation of systems. Hence creating confusion, uncertainty and errors. I share the same concerns over ubicomp and scalability as Adam Greenfield puts mentions in his conversation in progress over at the Well.

But I’m not sure how many people in academic ubicomp have really marinated themselves in a consideration of the experiential and affective dimensions of system failure. I’m not sure to what degree people have ever simply sat and imagined what it will feel like when systems like these surround us…and break down, as technical systems often do. They may have thought about the specific system at hand, but as a gestalt? I haven’t heard that many people raising the issue.


One Comment on “Peaceful Cohabitation and Scalability in Ubicomp”

  1. 1 7.5th Floor » Blog Archive » Coexistence of Systems and System Failures said at 10:10 am on January 18th, 2007:

    [...] Relation to my thesis: My work highlights to problem of integrating technological limitations (such as system not being able to coexists) and human factors in real-world environments. I already mentioned it in Peaceful Cohabitation and Scalability in Ubicomp. I am exploring how to support user activities top of errors and system-generated uncertainty. In the context of interaction, I guess it is not only important for interfaces to reveal their functionalities and states, but also to think in terms of granularity (for example to calibrate thee automatic doors) as express by Mike Kuniavsky. [...]