Saturday, July 13, 2013

A Small Companion

This past year was a year of design research for me and the following posts will be about some of the work I have been doing at the Institute of Design at IIT in Chicago. The first project is one that has not gone as far as I would have liked. The potential for this device has wide spread implications and I have seen variations both theoretical and actual but neither perfected. We call it 'Jiminy', after the cricket in Pinocchio who plays the role of reason, conscience, advisor, and friend to a wanna be 'better human'. Some have described Jiminy as a friendly drone but with some natural language processing improvements we could see it as that and more. Imagine a helpful device that hovers quietly by your side as you go about your daily routine. If asked, it can go and find your keys or your phone because it can communicate with other devices that send out signals Jiminy can interpret. It can send video or photos back to your phone from distances that make texts more readable like a street sign or menu or a bus around the corner. When you need some extra light Jiminy is there or when you need to send a message he can send it but when you need to get on the train, Jiminy is small enough and close enough that you can reach out and put him in your bag. Jiminy also is equipped with some security features for you and in case someone else wants to put him in a bag.


Currently, we have designed and built a model with a mini quad copter in place. We are also well into developing the control mechanism which uses micro sensors to triangulate and determine the location of the device relative to the sensors. These sensors are built into a jacket running at 2.4 GHz on a two signal frequency in order to maintain location and constant connection over a 2-3 foot distance. Anyone wearing the jacket can control the device by just walking around or with safety controls built into the garment.

Our research will determine the viability of operating and maintaining such a device but also consider the social as well as practical implications, particularly if there are a number of these devices in the same space. Is this really a device for the home or can it be used anywhere in the wild? Many questions arise when we consider potential uses including caring for the elderly, to physical gaming (think new forms of keep-away) and how this device could be used. If Jiminy were equipped with cameras, lights, and audio recording or controls, what new uses each of those features potentially bring?

One common reaction to the device is, "that is scary" and "why would I want a machine following me?" These comments become genuine concerns if it is thought of as a tracking device however, as an assistive device people seemed less reticent about its purpose. Potential unease people have with a device hovering over them is a design concern that can cast Jiminy either as a companion or a drone? Preliminary studies will begin to look at some of these questions starting with a simple version filled with helium and attached to potential users. Once we have completed development on a working prototype we hope to move onto more of these questions over the next few months. 

1 comment:

  1. Hey man, this is cool. G-glass might have dampened some aspects of this but I still find this intriguing 5 years later.


    Could function as a detached surrogate if vid/pic was deliverable by multiple means and quickly. Live streaming would kill power for sure.

    But in a ‘game’ or ‘race’ check points could be predetermined and allow for plug-less charging stations. The military uses this tech in land-bots but not functionally at a per-idividual solider level b/c of energy/power issues. I imagine without the proper comms base, encryption might be an issue for them; - but as an application for;

    Live feed ‘gaming’ or ‘racing’ either physical or other
    Personal tracking/measure/mapping
    Personal video / social inputs/capture

    Using SLAM and the normal modes/spectrums for object sensing would still be needed but dependent on size or power (ugh again) doppler as an additional remote-less control might be of interesting notions. Or simply having a recognizable keyed shape on a palm or glove could give quick and simple controls for speed of use in the field :)

    Old but now its 5 years later, drones are much more common…what happened to your cricket?

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