Knowledge Graph of Knowledge Graphs

MLOps.community · Advanced ·🤖 AI Agents & Automation ·1y ago

Key Takeaways

The video discusses the concept of decentralized knowledge graphs, referred to as 'paranets', and their potential to create a collective memory for AI, with a focus on neighborhoods within the knowledge graph and the use of ontologies to define common rules and data structures.

Full Transcript

I think you told me there's like neighborhoods within the no Knowledge Graph right or cuz it's you can have a Global Knowledge Graph but then you've seen that there's certain areas of the name of the knowledge graph that are getting more populated yeah for sure so um you can you can even imagine it like as a knowledge graph of knowledge graphs uh you know a decentralized Knowledge Graph where you would have these neighborhoods uh which are populating with Knowledge Graph around certain topic let's say we actually call this paranet so parallel networks and you can imagine that this Global Knowledge Graph the decentralized knowledge graph being just an an endless um kind of assembly of these paranet uh coming together and this paranet they'll be um your neighborhoods which have let's say common set of rules that we Define uh let's say you you and I want to start a paret on on the mlops podcast and we'll say you know what like we want to see contributions with these ontologies uh that type of data structure because for us that's important when we'll be running our system like a solution on top which is yeah like an AI powered you know system where it's going to be some uh some some powerful ml that we want to perform on top we're going to know what to expect we're going to know what ontology we're getting their contributions in and then anyone can kind of contribute that we allowed to um or that we want to even motivate still with with incentives uh so this yeah neighborhoods are are something that's a important um important concept especially because knowledge graphs can be much more powerful if we um kind of use the things that they're natively built together with the ly ontologist [Music]

Original Description

Collective Memory for AI on Decentralized Knowledge Graph // MLOps Podcast #285 with Tomaz Levak, Founder of Trace Labs, Core Developers of OriginTrail. Tomaz Levak shed light on the concept of decentralized knowledge graphs (DKGs) or as he interestingly refers to them, 'paranets'. These paranets act like neighborhoods, each focusing on specific themes, structured with unique ontologies and data structures to optimize AI and machine learning systems. Tomaz emphasized how these neighborhoods could interact, significantly amplifying the power of knowledge graphs when harnessed with ontologies. // Abstract The talk focuses on how OriginTrail Decentralized Knowledge Graph serves as a collective memory for AI and enables neuro-symbolic AI. We cover the basics of OriginTrail's symbolic AI fundamentals (i.e. knowledge graphs) and go over details how decentralization improves data integrity, provenance, and user control. We'll cover the DKG role in AI agentic frameworks and how it helps with verifying and accessing diverse data sources, while maintaining compatibility with existing standards. We'll explore practical use cases from the enterprise sector as well as latest integrations into frameworks like ElizaOS. We conclude by outlining the future potential of decentralized AI, AI becoming the interface to "eat" SaaS and the general convergence of AI, Internet and Crypto. // Bio Tomaz Levak, founder of OriginTrail, is active at the intersection of Cryptocurrency, the Internet, and Artificial Intelligence (AI). At the core of OriginTrail is a pursuit of Verifiable Internet for AI, an inclusive framework addressing critical challenges of the world in an AI era. To achieve the goal of Verifiable Internet for AI, OriginTrail's trusted knowledge foundation ensures the provenance and verifiability of information while incentivizing the creation of high-quality knowledge. These advancements are pivotal to unlock the full potential of AI as they minimize the technology's short
Watch on YouTube ↗ (saves to browser)
Sign in to unlock AI tutor explanation · ⚡30

Playlist

Uploads from MLOps.community · MLOps.community · 0 of 60

← Previous Next →
1 Our 1st MLOps Meetup // Luke Marsden // MLOps Meetup #1
Our 1st MLOps Meetup // Luke Marsden // MLOps Meetup #1
MLOps.community
 2 Remote Collaboration as a Data Scientist
Remote Collaboration as a Data Scientist
MLOps.community
 3 MLOps Manifesto with Luke Marsden from Dotscience
MLOps Manifesto with Luke Marsden from Dotscience
MLOps.community
 4 MLOps lifecycle description
MLOps lifecycle description
MLOps.community
 5 What Does Best in Class AI/ML Governance Look Like in Fin Services? // Charles Radclyffe // MLOps #2
What Does Best in Class AI/ML Governance Look Like in Fin Services? // Charles Radclyffe // MLOps #2
MLOps.community
 6 Life purpose and too many spreadsheets
Life purpose and too many spreadsheets
MLOps.community
 7 Explainability, Black boxes and EU white paper on reproducibility
Explainability, Black boxes and EU white paper on reproducibility
MLOps.community
 8 Hierarchy of Machine Learning Needs // Phil Winder // MLOps Meetup #3
Hierarchy of Machine Learning Needs // Phil Winder // MLOps Meetup #3
MLOps.community
 9 Automatically Retrain Machine Learning Models? Are best practices worth it?
Automatically Retrain Machine Learning Models? Are best practices worth it?
MLOps.community
 10 Building an MLOps Team? Key ideas to keep in mind
Building an MLOps Team? Key ideas to keep in mind
MLOps.community
 11 Hierarchy of MLOps Needs
Hierarchy of MLOps Needs
MLOps.community
 12 Bare necessities for getting an ML model into production
Bare necessities for getting an ML model into production
MLOps.community
 13 MLOps and Monitoring
MLOps and Monitoring
MLOps.community
 14 How Phil Winder got into Data Science and Software Engineering
How Phil Winder got into Data Science and Software Engineering
MLOps.community
 15 Provenance and Reproducibility in Machine Learning; what is it and why you need it?
Provenance and Reproducibility in Machine Learning; what is it and why you need it?
MLOps.community
 16 Friction Between Data Scientists and Software Engineers
Friction Between Data Scientists and Software Engineers
MLOps.community
 17 MLOps Problems in different size companies
MLOps Problems in different size companies
MLOps.community
 18 ML tooling in large companies
ML tooling in large companies
MLOps.community
 19 ML Platforms - The build vs buy question
ML Platforms - The build vs buy question
MLOps.community
 20 ML Services Gateway at SurveyMonkey
ML Services Gateway at SurveyMonkey
MLOps.community
 21 Message buses, Async and sync architecture
Message buses, Async and sync architecture
MLOps.community
 22 MLOps #4: Shubhi Jain - Building an ML Platform @SurveyMonkey
MLOps #4: Shubhi Jain - Building an ML Platform @SurveyMonkey
MLOps.community
 23 Hybrid Data Science Teams @SurveyMonkey
Hybrid Data Science Teams @SurveyMonkey
MLOps.community
 24 How do you handle ML version control at SurveyMonkey
How do you handle ML version control at SurveyMonkey
MLOps.community
 25 Doing ML with Personal Information
Doing ML with Personal Information
MLOps.community
 26 Evolution of the ML feature store @SurveyMonkey
Evolution of the ML feature store @SurveyMonkey
MLOps.community
 27 Developing a Machine Learning Feature Store
Developing a Machine Learning Feature Store
MLOps.community
 28 Auto retrain ML models is not the question
Auto retrain ML models is not the question
MLOps.community
 29 3 key parts to Machine Learning monitoring
3 key parts to Machine Learning monitoring
MLOps.community
 30 MLOps Meetup #6: Mid-Scale Production Feature Engineering with Dr. Venkata Pingali
MLOps Meetup #6: Mid-Scale Production Feature Engineering with Dr. Venkata Pingali
MLOps.community
 31 MLOps meetup #5 High Stakes ML: Active Failures, Latent Factors with Flavio Clesio
MLOps meetup #5 High Stakes ML: Active Failures, Latent Factors with Flavio Clesio
MLOps.community
 32 MLOps: Airflow Pros and Cons
MLOps: Airflow Pros and Cons
MLOps.community
 33 Specific challenges in Machine Learning
Specific challenges in Machine Learning
MLOps.community
 34 Current State Of Machine Learning
Current State Of Machine Learning
MLOps.community
 35 Humans in the Loop are a defining factor in Machine Learning
Humans in the Loop are a defining factor in Machine Learning
MLOps.community
 36 Learning from real life Machine Learning failures
Learning from real life Machine Learning failures
MLOps.community
 37 Survivorship Bias in machine learning tutorials
Survivorship Bias in machine learning tutorials
MLOps.community
 38 Swiss Cheese model in Machine Learning
Swiss Cheese model in Machine Learning
MLOps.community
 39 Resume driven development in Machine learning & software engineering
Resume driven development in Machine learning & software engineering
MLOps.community
 40 Who has the highest standards in ML?
Who has the highest standards in ML?
MLOps.community
 41 Venkata Pingali of Scribble Data Thoughts on the Current State of Machine Learning
Venkata Pingali of Scribble Data Thoughts on the Current State of Machine Learning
MLOps.community
 42 Dependable data and being able to Trust in your Data with Venkata Pengali of Scribble Data
Dependable data and being able to Trust in your Data with Venkata Pengali of Scribble Data
MLOps.community
 43 Speed, Trust, Evolution and Scale in MLOps
Speed, Trust, Evolution and Scale in MLOps
MLOps.community
 44 More difficult transition for data scientists to become ML engineers
More difficult transition for data scientists to become ML engineers
MLOps.community
 45 How many models in prod til I need a dedicated ML platform?
How many models in prod til I need a dedicated ML platform?
MLOps.community
 46 Deeper thinking from data scientists around platform blackholes
Deeper thinking from data scientists around platform blackholes
MLOps.community
 47 Checkpointing, metadata, and confidence in your data
Checkpointing, metadata, and confidence in your data
MLOps.community
 48 Adjacent usecases and multistep feature engineering
Adjacent usecases and multistep feature engineering
MLOps.community
 49 Standardization of Machine Learning tools like in Software Engineering with Venkata Pingali
Standardization of Machine Learning tools like in Software Engineering with Venkata Pingali
MLOps.community
 50 Reproducability flaws in end to end Machine Learning debugging
Reproducability flaws in end to end Machine Learning debugging
MLOps.community
 51 3rd wave of data scientists
3rd wave of data scientists
MLOps.community
 52 MLOps meetup #7 Alex Spanos // TrueLayer 's MLOps Pipeline
MLOps meetup #7 Alex Spanos // TrueLayer 's MLOps Pipeline
MLOps.community
 53 MLOps Meetup #8 Optimizing Your ML Workflow with Kubeflow 1.0
MLOps Meetup #8 Optimizing Your ML Workflow with Kubeflow 1.0
MLOps.community
 54 Are Kubeflow and Airflow complementary?
Are Kubeflow and Airflow complementary?
MLOps.community
 55 Why Kubeflow gained so much traction=open community
Why Kubeflow gained so much traction=open community
MLOps.community
 56 Who decides the dirrection of Kubeflow
Who decides the dirrection of Kubeflow
MLOps.community
 57 What do Kubeflow and Arrikto do and how do they work together?
What do Kubeflow and Arrikto do and how do they work together?
MLOps.community
 58 Versioning your ML steps with Kubeflow
Versioning your ML steps with Kubeflow
MLOps.community
 59 Machine Learning Lifecycles//Perception vs Reality
Machine Learning Lifecycles//Perception vs Reality
MLOps.community
 60 Kubeflow vs SageMaker in Machine Learning
Kubeflow vs SageMaker in Machine Learning
MLOps.community

The video introduces the concept of decentralized knowledge graphs, or 'paranets', and their potential to create a collective memory for AI. It discusses the importance of neighborhoods within the knowledge graph and the use of ontologies to define common rules and data structures. By understanding these concepts, viewers can design and implement AI agents that utilize decentralized knowledge graphs and collective memory.

Key Takeaways
  1. Define the concept of decentralized knowledge graphs and paranets
  2. Identify the importance of neighborhoods within the knowledge graph
  3. Understand the role of ontologies in defining common rules and data structures
  4. Design AI agents that utilize decentralized knowledge graphs
  5. Implement collective memory for AI using paranets
💡 The use of decentralized knowledge graphs and paranets can create a collective memory for AI, enabling more powerful and efficient AI applications.

Related Reads

📰
Everyone Is Watching Models. They’re Missing the Real AI War
The next decade of AI will be dominated by companies that control the entire tech stack, from models to infrastructure
Medium · AI
 📰
The Death of Google? How AI Is Replacing Search Forever
Learn how AI is revolutionizing search and potentially replacing traditional search engines like Google
Medium · ChatGPT
 📰
Boxing-as-Code: Fighting Azure To Build An Agentic AI Red Teaming Lab
Learn to build and validate an Agentic AI Red Teaming Lab on Azure using Boxing-as-Code principles
Medium · Cybersecurity
 📰
Why AI Memory Is an Architecture Problem, Not a Database Problem
Learn why AI memory requires an architectural approach, not just a database solution, to effectively manage ingestion, storage, and retrieval of data
Dev.to AI
Up next
Domain-Specific Chatbot Architecture with Security Gateway | Enterprise AI Design
Pavithra’s Podcast
Watch →