Resources - slides - page 2

Videos, Slides, Case Studies and other GraphAware related resources

Connect. Enrich. Evolve. Convert unstructured data silos to knowledge graphs

22 Aug 2018 slides KG unstructured data

Discover how to turn your unstructured data silos into valuable knowledge graphs with the help of expert insights from Dr. Alessandro Negro. During his presentation at GraphTour DC, Dr. Negro shares valuable tips and strategies for converting unstructured data into useful knowledge that can inform decision-making and drive better outcomes. Whether you’re looking to extract new insights from large volumes of data or need to quickly analyze data in real-time, the strategies and techniques shared in this presentation can help you unlock the full potential of your data and transform it into a valuable asset. Don’t miss out on this opportunity to learn from an expert and take your data analysis to the next level.

Graph-Powered Machine Learning - Slides

28 Mar 2018 slides ML graphs

Graph-Powered machine learning is becoming an important trend in Artificial Intelligence, transcending a lot of other techniques. Using graphs as basic representation of data for ML purposes has several advantages: (i) the data is already modeled for further analysis, explicitly representing connections and relationships between things and concepts; (ii) graphs can easily combine multiple sources into a single graph representation and learn over them, creating Knowledge Graphs; (iii) improving computation performances and quality. The talk will discuss these advantages and present applications in the context of recommendation engines and natural language processing.

Voice-driven Knowledge Graph Journey with Neo4j and Amazon Alexa

21 Nov 2017 slides KG Neo4j

In 2016, 25% of web searches on Android were made by voice and this percentage is predicted to double by 2018. From Amazon Alexa to Google Home, smartwatches and in-car systems, touch is no longer the primary user interface. In this talk, Alessandro and Christophe will demonstrate how graphs and machine learning are used to create an extracted and enriched graph representation of knowledge from text corpus and other data sources. This representation will then be used to map user intents made by voice to an entry point in this Neo4j backed knowledge graph. Every user interaction will then have to be taken into account at any further steps and we will highlight why graphs are an ideal data structure for keeping an accurate representation of a user context in order to avoid what is called machine or bot amnesia. The speakers will then conclude the session by explaining about how recommendations algorithms are used to predict next steps of the user’s journey.

Spring Data Neo4j: Graph Power Your Enterprise Apps

21 Nov 2017 slides Neo4j graphs applications

A few weeks ago Spring Data Neo4j version 5 was released as part of the Spring Data 2.0 release train. Time to present the Spring way to work with Neo4j and introduce the latest features SDN 5 and its supporting library Neo4j-OGM 3 provide. The talk will also give an overview of the overall architecture and shows examples how to build modern, compact back-ends and web-applications using Spring Data Neo4j. Of course we will give a glance of what the future will bring to Spring Data Neo4j.

Graph Database Prototyping made easy with Graphgen

19 Nov 2017 slides graph Databases

Graphgen aims at helping people prototyping a graph database, by providing a visual tool that ease the generation of nodes and relationships with a Cypher DSL. Many people struggle with not only creating a good graph model of their domain but also with creating sensible example data to test hypotheses or use-cases. Graphgen aims at helping people with no time but a good enough understanding of their domain model, by providing a visual dsl for data model generation which borrows heavily on Neo4j Cypher graph query language. The ascii art allows even non-technical users to write and read model descriptions/configurations as concise as plain english but formal enough to be parseable. The underlying generator combines the DSL inputs (structure, cardinalities and amount-ranges) and combines them with a comprehensive fake data generation library to create real-world-like datasets of medium/arbitrary size and complexity. Users can create their own models combining the basic building blocks of the dsl and share their data-descriptions with others with a simple link.