Living Anatomy

Project Title 45

Living Anatomy

BYS Grup

Türkiye

TÜBİTAK

TÜBİTAK

R&D 1511 Fund

COMPLETED

01.11.2018

02.12.2021

BYS Grup

An Grup Ltd. Şti., Elaa Teknoloji Ltd. Şti.

The aim of the project is to create an interactive presentation environment (room) that can be used in education, promotion and R&D processes. Interactive training, presentations and testing will be carried out on human anatomy in the developed presentation environment. The system works on interactive visuals created in a closed environment synchronized by more than one projection device. It will convey the human anatomy of the environment to be visualized to the user’s using interactivity. The system, which enables collective training and promotional activities to be transferred to users with high visibility, has both an educational and instructive architecture. Since the content to be used in the system will be remotely managed, sustainable and renewable, the product to be obtained from the project output can serve different subjects and purposes. With the interactive presentation environment to be developed, a system will be created to provide education on the anatomy of living things, which is the first subject of education, thanks to the hologram and 3D interactive visuals. At the same time, since it is possible to change its content, holograms and 3-dimensional images prepared for different themes can be uploaded to the system. 

• Project Management: Mobilizing experts, preparing and following up detailed business plans, establishing and following up protocols and communication rules, establishing and monitoring the project management system 
• Interactive Hologram System Design / Application Studies: Establishment of optical systems for hologram writing, Calculation of diffraction patterns from three-dimensional objects, writing diffraction patterns on holographic films, Installation of the system that allows the lighting of holograms to change according to the user's choice, setting up the system to determine the selection places in the holograms, Testing and optimizing the hologram system. 
• Visual System and Simulation Software Development:  Installation and positioning of the main construction (trusst) system, Projection systems to the trusst system, Production of aluminium parts and mounting legs of projection systems, Production of aluminium curtain carrier parts, Installation of sound system, Wiring operations, Production of external cover, Production of top cover, Production of floor covering, Projection integration of systems (Surround), Warping and Edge blending processes, Development of simulation software, Integration of simulation software with interactive sensors, Integration of simulation software with hologram system, Scrum Software development life cycle method, Development of Measurement and Learning Test Engine, Within the test according to Item Response Theory determining the difficulty levels of the questions / problems to be designed, Development of mobile control software, Mobile control software - simulation software integration, Making the measurement and learning test engine integrated with the simulation software.