CoCoMaps – Teaming up with the Robots
The start of the CoCoMaps project on 1 September 2016 is drawing near – here is a link to a great introduction article by IIIM:
The start of the CoCoMaps project on 1 September 2016 is drawing near – here is a link to a great introduction article by IIIM:
Published by CMLabs. Communicative Machines builds Psyclone AIOS, an open-source orchestration runtime for sub-millisecond, crash-resistant, self-reconfiguring AI systems.
A joint proposal by CMLabs and IIIM for the project CoCoMaps has been accepted by the ECHORD++ EU consortium for funding starting from September 2016. Share:LinkedInXEmail Published by CMLabs. Communicative Machines builds Psyclone AIOS, an open-source orchestration runtime for sub-millisecond, crash-resistant, self-reconfiguring AI systems. Download PsycloneExplore Psyclone AIOSTalk to us More from CMLabsPsyclone 2.2.0: LLM Connections…
We are heading into the last two months of the project, scheduled to finish on 31 March 2018. We have completed two demonstrations (Demo 0 and Demo 1) and are working hard on the final elements for the final two (Demo 2 and Demo 3). Our speech interaction is improving day by day and the…
The video and report for Demo 2 are now available to see. Share:LinkedInXEmail Published by CMLabs. Communicative Machines builds Psyclone AIOS, an open-source orchestration runtime for sub-millisecond, crash-resistant, self-reconfiguring AI systems. Download PsycloneExplore Psyclone AIOSTalk to us More from CMLabsPsyclone 2.2.0: LLM Connections in CMSDKPsyclone 2.2.0: the Startup SupervisorPsyclone 2.2.0: Builders — a declarative…
Psyclone 2.0 already supports user authored native C++ modules running in a mixed Windows/Linux cluster environment. Now we have added native Python 2.7 and 3.5 support so our users can create either inline or separate modules written entirely in Python. As part of the CoCoMaps project we are now integrating with ROS (Robot Operating System)…
Ever tried conversing with a robot on the other end of a telephone customer service line? Now try adding a slight delay due to indeterminism and prepare for a frustrating interruption followed by a back and forth between incorrect options, cheerfully pursued by the robot. Our recently-launched project CoCOMaps aims to make robots better at…
Simple robots operate through a perception-action cycle, or loop, which allows them to make decisions and form a response based on the information they receive on each cycle. Adding layers in a robot’s perception-action cycle enables it to “think outside the loop”, supporting parallel information processing on different levels simultaneously, thus making it generally more…