Research Opportunities

This list contains suggestions for scientific research projects, for applications not yet ready for the market.

Information theories: Defining the true nature of information, learning, and communication (Shannon vs. Autosophy).

Text compression with encryption: Develop algorithms for compressing text data with experimental results.

Parallel data compression: Develop algorithms for compressing still images with experimental results.

Visually lossless Video compression: Obtaining experimental results using visually lossless compression in live video.

Perceptibly lossless sound compression: Obtaining experimental results using perceptibly lossless sound compression.

Learning modes and algorithms: Define learning modes: serial, parallel, associative, interrelational, logical, primary, hypertrees, and discover new learning modes.

Vision systems: Explore and design robot vision systems, with software demonstrations.

Autosopher – Computer integration: Connect the self-learning Autosopher with the Data Processing Computer.

Autosopher – Robot interface: Connecting the Autosopher’s input/output codes with robot actuators and sensors.

Self-learning memories (CAROM): Design the circuitry and layout for self-learning memories, with demonstrations and design parameter.

Failure-proof memories and systems (DECAM): Defining the methods for dual-redundant, self-repairing, error-proof, memories and systems.

Physical memory and system construction: Define the physical construction of self-learning, failure-proof, memories and systems.

A worldwide self-organizing information grid: Define worldwide archiving systems, with communication protocols, mutual backup, and information merging.