Development of artificial intelligence basic fingertip blood collection blood cell analysis system
• Implementation of microscope Auto-Focus function
• Building an AI blood cell analyzer GUI
• Hardware control embedded system development
Building a comprehensive test bed for core parts of PAV without future wings and supporting commercialization
• Wingless PAV core parts MTBF evaluation technology development and support
• Develop evaluation methods and procedures for MTBF (Mean Time Between Failure), the lifespan of which PAV parts must be proven to move to the branching stage
• Predict reliability by measuring MTBF (Mean Time Between Failure) as a method for determining reliability of electronic equipment
Development of AI-based fire/non-fire judgment algorithm
• Gas component data collection and learning for building early fire suppression algorithm
• Fire location determination algorithm through 1:N multiple communication
• Design and development of complex sensor module for fire determination
Development of injection product surface defect detection system
• Implementation of injection product input and classification process automation
• Development of real-time multi-injection product surface defect detection algorithm
• Establish an environment optimized for detection such as camera and lighting