TRIADB is an emerging unique and valuable technology in NoSQL database modelling and BI analytics. TRIADB prototype is founded on R3DM/S3DM associative, semiotic, hypergraph data model and it was implemented on top of Intersystems Cache database with a CLI in Python (Jupyter - Pandas). The following video is from a presentation and demonstration of TRIADB at Connected Data London conference on the 16th of November 2017 and these are the slides. The event brings together top class innovators, thought leaders and practitioners in the field of Artificial Intelligence and Semantic Technology.
Unfortunately the light conditions were not ideal for the demonstration of our system. We recommend you visit the links at the right side of the following table to view Pandas notebooks in addition to the video above. You may also start the video at the corresponding time.
Based on this implementation of TRIADB, we prepared a series of video screen capture recordings from a live test of our system on a small set of data. There are five videos in this playlist of HEALIS youtube channel. We demonstrate the python client API functional, interactive user interface of TRIADB system with commands to add models, resources and records, queries to retrieve data, or hypergraph traversal operations. You may start watching the last video of this series to get an overall impression of TRIADB use.
Find out more about TRIADB
In fact this is the second time in the past year that a prototype based on this technology is implemented and demonstrated. The first one was built on top of OrientDB multi-model database and driven by a Mathematica notebook. Find out more information about TRIADB by visiting this page
TRIADB Online Test
We do have an online installation of TRIADB that you are welcome to test. Please send us an email and we will be happy to give you access.
Acknowledgement
We would like to thank Intersystems Cache for providing us with a license of Caché DBMS to test TRIADB.
The fundamental aspect that software pioneers have been missing when they invented new programming languages or new nosql databases
Have you noticed that what ever the model and data structure in databases we cannot escape from the fundamental principle of managing data allocation space with references, i.e. pointer based logic, memory addressing ?
European Wolfram Technology Conference 19-20 June 2017 in Amsterdam
My speech at European Wolfram Technology Conference 2017 about a new data modeling framework R3DM/S3DM that is implemented on top of OrientDB graph database and coded in Wolfram Mathematica
An overview of critical points to consider when modeling with R3DM/S3DM
Both Topic Maps and RDF/OWL exhibit signs of aging. These signs do not indicate maturity levels but on the contrary they signal a re-examination of the data modeling, information representation problem
Comments on a review of AI by John Launchbury, special assistant to DIRO, DARPA
Although there has been significant progress with first and second generation AI systems in reasoning, learning and perceiving, abstraction has not been part of the game. The mechanism of abstraction can unify these other three processes.
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Associative entities are represented differently in various data models
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