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Geo/Graphoss: A Revolution in Geographic Data Analysis
Geo/Graphoss: A Revolution in Geographic Data Analysis
Welcome to Geo/Graphoss, a groundbreaking technology that is transforming the way we understand georeferenced images. Our innovative platform enables automatic tagging and the generation of semantic descriptions for GIS images, opening up entirely new possibilities for analysis and insight.
Welcome to Geo/Graphoss, a groundbreaking technology that is transforming the way we understand georeferenced images. Our innovative platform enables automatic tagging and the generation of semantic descriptions for GIS images, opening up entirely new possibilities for analysis and insight.
With Geo/Graphoss, you can effortlessly transform complex visual data into structured knowledge graphs. This not only makes it easier to search and analyze geographic information but also uncovers in-depth connections that were previously hidden. Experience the future of geographic data management—simpler, faster, and more intelligent.
With Geo/Graphoss, you can effortlessly transform complex visual data into structured knowledge graphs. This not only makes it easier to search and analyze geographic information but also uncovers in-depth connections that were previously hidden. Experience the future of geographic data management—simpler, faster, and more intelligent.
Passive visual data processing is revolutionizing image analysis. Instead of processing pixels repeatedly for every query (active), this method analyzes the image thoroughly a single time.
Passive visual data processing is revolutionizing image analysis. Instead of processing pixels repeatedly for every query (active), this method analyzes the image thoroughly a single time.
It uses **Large Language Models (LLMs)** to divide the image into **"cells"** and generate rich **semantic descriptions** for each one. For example, instead of merely seeing pixels, the system understands "**steel beam with advanced corrosion**."
It uses **Large Language Models (LLMs)** to divide the image into **"cells"** and generate rich **semantic descriptions** for each one. For example, instead of merely seeing pixels, the system understands "**steel beam with advanced corrosion**."
"Passive visual data processing"
These semantic cells and their interrelationships are merged into a dynamic knowledge graph. This transforms the static image from a simple pixel collection into an intelligent, searchable database. Each cell becomes a node, and each relationship an edge, creating a rich network of contextualized information. The graph makes it possible to answer complex, multi-layered questions instantly and cost-effectively, uncovering insights that would otherwise be hidden in the raw visual data.
These semantic cells and their interrelationships are merged into a dynamic knowledge graph. This transforms the static image from a simple pixel collection into an intelligent, searchable database. Each cell becomes a node, and each relationship an edge, creating a rich network of contextualized information. The graph makes it possible to answer complex, multi-layered questions instantly and cost-effectively, uncovering insights that would otherwise be hidden in the raw visual data.
"Semantic cells and their interrelationships"
Geo/Graphos: The Problem & The Solution
Core Technology: From Pixels to Semantics
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Geo/Graphoss has been supported by European Research & Developement Funds
GEO/GRAPHOSS ALL RIGHTS RESERVED 2025
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