X-OSC Paper

Want to explore possibility of using X-OSC as prototyping hardware for Wearables.  Curious about the following questions:

What is the round-trip latency?  What's the throughput bandwidth?

For 200 packets/s (approx 100 bytes/packet) = 5-10 ms round-trip

Max out using 15x units @ 250 packets/s (104 bytes/packet)

If I can keep the central application latency under 10 ms, then the system would have a worst case 20 ms response time, which should still be pretty damn good.  Maybe it's time to scrap together money to buy 10x of the X-OSCs...

http://www.x-io.co.uk/downloads/NIME2014-Making-the-Most-of-Wi-Fi.pdf

http://eprints.uwe.ac.uk/20302/8/x-OSC-SMC2013.pdf

TransmitDance

TRANSMISSION is a design-led interactive installation and contemporary dance piece by Becs Andrews Company that explores infectious networks (disease, memes) and how changes at a molecular level can have global consequences.

Floor projections, simulating disease spreading, responding to dance as tracked using X-OSC from X-IO and infrared camera

http://www.pmstudio.co.uk/pmstudio/events/fri-11072014-100pm

https://twitter.com/transmitdance

Human Harp

Human Harp is an instrument that turns suspension bridges into harps. Vibrations of suspension cables, 'clonks' of travellers footsteps and echoed conversations will be harvested and remixed through an interactive harp-like interface. enabling participants to "play the bridge". Follow our journey as we develop and test this sonic device through global collaboration... Human Harp is supported by Queen Mary University of London and funded by EPSRC

Turn suspension bridges into musical instruments utilizing X-OSC

https://twitter.com/HumanHarp