Style of Speed - Land - Computing and Multimedia

The AutoBrain is an ultra-fast, artificially intelligent, cognitive, elec- tronic on-board computer developed by our OntoLab and used as central management and engineering system of highly advanced, very flexible, robotic vehicles. It is based on a System on a Chip (SoC) or a System in a Package (SiP) that features:

multi-cores like our:

cybernetic Neural Net on a Chip (NNoC) with
- Supercomputer Core,
- Triple Core,
- Associative Array Core/Content Addressable Processor (CAP), and
- Neural Detector Core,
additional
multi-directional chips like our
and
much more cores and chips of Ontonics as needed,

with

on-chip electromagnetic interconnects.

The AutoBrain is powered by our Ontologic System architecture and Hightech Operating System OntoLix with:

distributed computing architecture,

integrated model-based data architecture and data fusion,

OntoBot component, and

AutoSemantic extension package (see also the initial project AutoSemantic in the Innovation-Pipeline of Ontonics),

offers a

self-aware/reflective cybernetic logic module that allows our cognitve controll and safety systems, and robotic platforms like K.I.T.T. and K.A.R.R. to

think,
learn,
communicate, and
interact with humans

and features

Hyper Connectivity that comprises our other original solutions like

as well as

α Circuit for autonomous moving (e.g. driving, flying, etc.) vehicles of all kinds.

Also included are a:

high class natural language processor, which is supported by our SpeechCloud and

connection to

touch and multi-touch screens,
3D imaging displays,
holographic displays, or optional
Sp@ce environments.

Learning by Doing - Learning by Driving - Learning by Flying
Another unbelievable pathbreaking feature is the Learning by Driv- ing™ respectively Learning by Flying™ modus, that shows the un- comparable advantages of our Active Components™ technology. By the modular integration of all Active Sensors™ and Active Sensor Networks™ into one system and the application of the AutoBrain, which is based on and powered by the Hightech Operating System OntoLix™ with the related AutoSemantic™ package, the Active Components™ learn while a vehicle is in motion or standing still and then even without a passenger by analyzing live broadcasts or videos, playing simulations, or downloading special data out of the World Wide Web for example.