JTW Digest, March 28, 2024

Author

Eldar Syzdykov
March 28, 2024

Mitsubishi Heavy Industries Innovates with AIRIS: AI-Powered Satellite Object Detection for Enhanced Earth Observation

Mitsubishi Heavy Industries has developed a cutting-edge system called AIRIS, an object detection technology designed for satellites. This system integrates artificial intelligence with earth observation cameras to capture and process images from space, specifically targeting objects like ships. Unlike traditional methods where image processing occurs on the ground, AIRIS performs AI-based detection in orbit, selecting and transmitting only relevant image segments back to Earth. Set to be installed on JAXA's RAISE-4 satellite, AIRIS will undergo a demonstration in fiscal 2025 to showcase its capabilities, including AI retraining and updates from the ground. This innovation not only represents a leap in satellite imagery analysis but also demonstrates the potential for AI to revolutionize how we observe and interact with our planet from space.

Enhanced DX Practical Guide: Integrating Data Space and AI for Robust IT Systems

The Independent Administrative Agency Information-technology Promotion Agency (IPA) has updated its "DX Practical Handbook: IT System Construction Edition" to aid companies in developing robust IT systems for digital transformation (DX). The latest edition includes new sections on "Data Space" and "AI in Data Utilization," providing insights into standardized data distribution systems and AI's role in optimizing data environments. These additions aim to facilitate smoother data integration across various entities and enhance AI's effectiveness and security in DX processes. The guide, available for download from the IPA website, serves as a comprehensive resource for organizations looking to advance their IT infrastructure and embrace digital innovation.

Enhancing Sports Accessibility with Real-Time Commentary AI "Voice Watch"

"Voice Watch," an AI for real-time sports commentary, won the top prize in the Artificial Intelligence category at the "NY ADC Awards." It's designed to enhance the sports-viewing experience for visually impaired individuals.

Comprising three AI components—Camera AI, Future Prediction AI, and Speech AI—Voice Watch provides a dynamic and engaging commentary, incorporating player backgrounds and exciting phrases.

It addresses the information gap that visually impaired people face during live sports events, making the experience more inclusive and enjoyable.

Beyond motorsports, Voice Watch has potential applications in minor and student sports, as well as children's sports events, broadening the reach of sports entertainment.

Hitachi Launches AI-Powered High-Altitude Camera System for Disaster Information Collection in Tokyo

Hitachi has initiated a high-altitude camera system in Tokyo that uses AI to collect damage information during disasters.

The system analyzes images to automatically detect large-scale fires, smoke, and building collapses, aiding swift initial disaster response.

By reducing the time needed for information gathering, the system enhances Tokyo's disaster response efficiency.

The AI system's deployment is expected to optimize resource allocation and information dissemination during disasters, with plans for further expansion and updates.

Advanced Manufacturing Technologies of Sugino Machine

Sugino Machine has published the latest issue of "SUGINO REPORT," featuring insights and developments in their manufacturing technologies.

The report covers various topics, including the establishment of a deburring research institute, development of new machinery for large component processing, and advancements in washing machines for automotive parts.

Also highlighted are the company's innovations in material processing, like a high-pressure jetting system for battery material production, and collaborative research in enhancing CFRP materials.

Alt Introduces "alt Polloq," an Advanced Automated Operation System Based on a General-Purpose LLM

Alt has released "alt Polloq," an innovative system designed to automate and optimize daily business operations using a large-scale language model (LLM) as its foundation.

The system functions as an intermediary between the operating system and various software applications, learning and analyzing user behavior to autonomously perform tasks.

"alt Polloq" aims to revolutionize work efficiency by becoming an artificial autonomous agent that can interpret and execute tasks based on user intentions, reducing the need for manual inputs and enhancing productivity.