![](http://www.lanl.gov/conferences/lacss/2009/images/conference.gif)
Their hypercube logo reminded me of my Illuminato X Machina representation of what could be considered for a 4-way mesh topology.
The physical connection in my cube is made by bending a few intercellular matrix headers at right angles.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiuaHhYY8x_LCnWijM3wU1S3o1-SuNbIpmrCkLrAU1EkhNK7hxl1IfOMXDxss7-KYjv2u9RTPfSuudmyTmhjKfnWPeEiQIHiiRj_rGN9PhbPLf1WU3SyAyxzHbMQTc5cuCNNhKQZ8nau9w/s280/Illuminato_X_Machina_Mesh.jpg)
I'm testing Matt's gradient stealer sketch, which is running on each Illuminato X Machina cell, looking speedups due to the cube architecture.
In this 3D mesh configuration, the network architecture allows more nodes to communicate simultaneously, and with shorter hops back to the source, which was my PC.
Up next: Performance speedups by using Oracle bits, and exhibiting quantum acceleration of non-quantum computing, by jumping the mesh.
nice! 3d connectors = 3 dimensional computing circuitry?
ReplyDeleteon second thought, sort of looks like a borg
ReplyDeleteResistance is futile!
ReplyDeletefinally got back, and caught up on my sleep... that event was fun, and I have tons of project ideas now :)
ReplyDelete