Graphene is a visual flow-based programming tool.

IMM-Data helps plastics, metal and food manufacturing companies achieve cost reduction and better efficiency with collection and analyzation of data from production machines and peripherals using its’ custom, monthly fee-based, cloud hosted software and hardware platform.

TechBlocks is a platform that allows users to design tech systems through an interactive drawing canvas as well as centralize technical architecture-related knowledge. It is aimed at anyone (technical or non-technical) working, studying and/or researching in a technological field.

Technologies: Node.js, Angular, Ionic, GraphQL, Neo4j Graph Database, WebSockets, AWS

ApertusVR offers a brand new "no vendor lock-in" approach for virtual and augmented reality on different operating systems and on different virtual and augmented reality hardware.

This higher abstraction level enables that the business logic has to be implemented once and then it works on any platform. Moreover, these different virtual and augmented reality hardware can be used in a shared virtual reality scene at the same time.

The ApertusVR engine only contains libraries to easily integrate the virtual and augmented reality technologies into already existing products. With the help of the factory plugins and samples, ApertusVR could boost up the creation of a minimum viable product from scratch.

More: https://youtu.be/4OvnH-RxF2M

This project aims to develop and evaluate computer-based methods for improved detection and classification of colorectal lesions, specifically polyps. Up to 1000 polyps, 10 mm or smaller, will be detected and stored in a web-based picture database created with BLI colonoscopy. These polyps will then be imaged and removed for analysis. A deep learning algorithm will be used to analyze the polyp images. The results of the automatic classification will be compared to human observers who are blind to the histological standard, evaluating sensitivity, specificity, negative predictive value, positive predictive value, and accuracy.

SZTAKI's CAVE (3D Immersive Virtual Reality Display) has three special walls that allow images to be projected on them, surrounding the people using it. It creates the illusion of being inside a virtual environment. The walls of the VR Display are made up of rear-projection screens, and high-end projectors. The user can see 3D images of objects in the virtual scene using special glasses. The 3D view is generated by the movements of the user using a head tracking sensor.

Within the confines of the Symbio-tic project, our group has participated in a common project with the Research Laboratory on Engineering and Management Intelligence. In this common project, the main task was to virtualize the production environment and visualize real-time data. The virtual space serves as a sandbox for experimenting and fine-tuning of production procedures and for consulting with colleagues. All of the participants of the factory (humans, software, and hardware) can communicate and share knowledge on the highest cognitive level – on the level of the visualization.