A startup from Osaka University addressing the limitations of subjective pain assessment, which cannot capture pain accurately, by enabling objective pain evaluation through proprietary AI. By applying big data analytics and AI to EEG data and converting human pain into a 0–100 scale, we are developing and implementing a system that can measure pain in real time and continuously without directly questioning patients.
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[画像: https://prtimes.jp/i/145701/2/resize/d145701-2-689d22d4247375afd05b-0.jpg ] PaMeLa株式会社（本社：大阪府豊中市、代表取締役社長：後藤宏明）は、サンフランシスコで投資家向けに情報を提供するSTAR...
We are a university-born startup built on a groundbreaking optical design methodology. Our proprietary optical design software, Anax Hyperion®, enables even beginners to perform optical design tasks that currently only experts can perform, lowering the hurdles of the design process, which is located upstream of product development, and aiming to expand the market share of the entire optical industry.
INGAGE develops and provides "Re:lation," a premier communication platform dedicated to achieving our vision of "Communication for Business Growth." Re:lation offers unified management of all customer touchpoints, including email, phone, live chat, and FAQs. It pioneers the concept of "CommAsset" by leveraging AI to transform and centralize diverse communication data into valuable corporate assets.The platform effectively addresses critical corporate challenges such as the need to eliminate response errors, streamline operational efficiency, and elevate customer satisfaction (CS). Re:lation is trusted and utilized by over 6,000 companies across a wide spectrum of industries and business functions.
Planning, operation, management, and implementation of training, courses, and seminars on robotics and related technologies.Consulting and contract development for robot manufacturing ／ Research and development of robot hardware and software ／ Production and sales of educational content regarding robotics and related technologies ／ Development of information systems and electronic equipment
Image data is crucial information for manufacturing, yet its quality is often judged based on the expertise of skilled workers, making quantification difficult. Furthermore, mainstream AI methods currently cannot “quantify” images. Therefore, our proprietary AI automatically and rapidly quantifies objects within images. This reduces human image analysis work by over 90%. Additionally, by utilizing this quantified image data alongside manufacturing process data, we propose high-speed, high-precision process optimization through machine learning.