#SingularityNET Ecosystem Highlight
We’re fostering a broad ecosystem of thriving projects to accelerate the adoption & growth of the platform. And this is just the beginning...
Introducing @OpenCog: A cognitive architecture to build a complete, scalable, and open-source #AGI.
We’re fostering a broad ecosystem of thriving projects to accelerate the adoption & growth of the platform. And this is just the beginning...
Introducing @OpenCog: A cognitive architecture to build a complete, scalable, and open-source #AGI.
@OpenCog 2/ @OpenCog Hyperon
OpenCog Hyperon is an open-sourced platform where different #AI modules — such as neural networks (#NNs/DNNs), generative AIs, probabilistic AIs, program learning AIs, and others — can collaborate based on a shared knowledge metagraph.
OpenCog Hyperon is an open-sourced platform where different #AI modules — such as neural networks (#NNs/DNNs), generative AIs, probabilistic AIs, program learning AIs, and others — can collaborate based on a shared knowledge metagraph.
@OpenCog 3/ Cognitive Architecture
The cognitive architecture of OpenCog Hyperon is based on MeTTa (Meta Type Talk), an AGI programming language that allows different AI modules to work together to achieve results that none of them could accomplish individually.
The cognitive architecture of OpenCog Hyperon is based on MeTTa (Meta Type Talk), an AGI programming language that allows different AI modules to work together to achieve results that none of them could accomplish individually.
@OpenCog 4/ MeTTa Programming Language
MeTTa is designed to combine conventional programming & reasoning as a chain of queries to a metagraph that can store either program expressions or knowledge. It can rewrite its own source code, creating advanced opportunities for self-optimization.
MeTTa is designed to combine conventional programming & reasoning as a chain of queries to a metagraph that can store either program expressions or knowledge. It can rewrite its own source code, creating advanced opportunities for self-optimization.
@OpenCog 5/ AI Collaboration
Hyperon allows #AI modules to coordinate & solve problems together, much like humans do by combining intuition, experience, insight, and logic to solve a single problem. It achieves this by using a set of tools such as pattern mining and attention allocation.
Hyperon allows #AI modules to coordinate & solve problems together, much like humans do by combining intuition, experience, insight, and logic to solve a single problem. It achieves this by using a set of tools such as pattern mining and attention allocation.
@OpenCog 6/ Distributed Atomspace (DAS)
DAS is Hyperon's long-term memory where AI modules store their knowledge. Domain-specific information is stored together with more basic, high-level knowledge, such as the semantic relations between words or mathematical formulas and concepts.
DAS is Hyperon's long-term memory where AI modules store their knowledge. Domain-specific information is stored together with more basic, high-level knowledge, such as the semantic relations between words or mathematical formulas and concepts.
@OpenCog 7/ Domain-Specific Languages (DSLs)
Hyperon uses DSLs as a dialect of MeTTa with domain-specific primitives designed to make it easy to encode the AI components and knowledge base of an application. Therefore, we have different DSLs for financial markets, biotechnology, etc.
Hyperon uses DSLs as a dialect of MeTTa with domain-specific primitives designed to make it easy to encode the AI components and knowledge base of an application. Therefore, we have different DSLs for financial markets, biotechnology, etc.
@OpenCog 8/ Implications for AGI
Hyperon’s architecture provides a scalable learning space and knowledge store to the various AI, and a set of tools, allowing them to coordinate to learn and solve problems together — like humans do.
Read the 2022 progress: blog.singularitynet.io/singularitynet…
Hyperon’s architecture provides a scalable learning space and knowledge store to the various AI, and a set of tools, allowing them to coordinate to learn and solve problems together — like humans do.
Read the 2022 progress: blog.singularitynet.io/singularitynet…
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