Title: Ishikawa Komuro Lab
1Alvaro Cassinelli, Yusaku Kuribara, Masatoshi
Ishikawa
Daito Manabe
Ishikawa Komuro Lab Rhizomatics
2Ishikawa Komuro Lab Rhizomatics
3A human sized optical pick-up head?
sound from doodles (???)
Ishikawa Komuro Lab Rhizomatics
4Ishikawa Komuro Lab Rhizomatics
5collaborative performance...
Ishikawa Komuro Lab Rhizomatics
63d objects (augmented architectures?)
Ishikawa Komuro Lab Rhizomatics
7Interaction principles (work in progress)
Pitch controlled by the inclination of the
lines rotation transposition Pitch is
continuously modulated as a function of curvature
of the lines kiki/bouba effect Corner
detection discrete sounds. Bouncing on
lines percussion, rythms Interaction
between spots and intermodulation effects control
Ishikawa Komuro Lab Rhizomatics
8Working principle smart scanner
- no camera, no image processing (intelligent
sensing) - markerless tracking
- miniaturization possible
- can write information back!
Ishikawa Komuro Lab Rhizomatics
9Ishikawa Komuro Lab Rhizomatics
10Conclusion
- Augmenting paintings shapes with interactive
light
... but can this be really used as a musical
instrument?
Ishikawa Komuro Lab Rhizomatics
11Current and future work
As a musical instrument (interaction)
- right balance between control and randomness
- find and/or form a virtuoso for this
instrument!!
As a non-interactive piece
- create paintings/sculptures that are also
musical scores
Ishikawa Komuro Lab Rhizomatics
12Advocating new interactive projection paradigm
classic camera/projector setup new paradigm the
sensing display
- no pixelated sensor nor projector
- 3d sensing possible
- reflectance, polarization, etc
- no focus necessary
- wearable! (picoProjector)
- long distance (kilometers!)
Ishikawa Komuro Lab Rhizomatics
13Related applications
- Art Entertainment (small / large scale)
- Optical whiskers for the blind (haptic radar)
- Real time medical imaging and treatment
Ishikawa Komuro Lab Rhizomatics
14Thank you!
Ishikawa Komuro Lab Rhizomatics