エーアイ アンド マシン ラーニング
Embedded Files
1. AI AND MACHINE LEARNING
1. AI AND MACHINE LEARNING
INNOVATION FOR DATA PROCESSING AND GENERATION
Algorithms that allow systems to learn from data, make predictions, and automate complex cognitive tasks without explicit programming.
Gemini achieves gold-medal level at the International Collegiate Programming Contest World Finals
Gemini achieves gold-medal level at the International Collegiate Programming Contest World Finals
Google DeepMind’s Gemini 2.5: DeepMind claims a “historic” breakthrough with Gemini 2.5, which won a gold medal at the International Collegiate Programming Contest (ICPC) by solving a complex real-world programming challenge.
The task involved optimizing fluid flow through a network of ducts/reservoirs, balancing many constraints. This shows strong advances in abstract reasoning and optimization.
インターネット オブ シングス
2. INTERNET OF THINGS
2. INTERNET OF THINGS
INNOVATION FOR SMART ENVIRONMENTS
A network of physical devices (sensors, wearables) that collect and exchange data, enabling real-time monitoring and smart automation.
Internet of things for health and well-being applications
Internet of things for health and well-being applications
A review on “Internet of Things for Health and Well-Being Applications” describes how wearable sensors, assisted living, and health monitoring are being done in more realistic settings (in people’s homes) rather than just labs.
Internet of Things (IoT)-Based Teaching and Learning: Modern Trends and Open Challenges
Internet of Things (IoT)-Based Teaching and Learning: Modern Trends and Open Challenges
Teaching & Learning with IoT: The article “IoT-Based Teaching and Learning: Modern Trends and Open Challenges” presents how IoT is used in education, what has been successful, and what remains challenging (e.g. integration, infrastructure, privacy).
バーチャル リアリティ
3. SATELLITE AND 5G's
3. SATELLITE AND 5G's
INNOVATION FOR GLOBAL COMMUNICATION
Advanced communication systems (cellular and space-based) providing ultra-fast, reliable, and pervasive global connectivity.
Eutelsat succeeds in world's first 5G network trial from space with Airbus, MediaTek
Eutelsat succeeds in world's first 5G network trial from space with Airbus, MediaTek
First successful trial of 5G over low Earth orbit (LEO) satellites, using OneWeb's LEO fleet. This is part of the EU’s IRIS² programme. It shows the feasibility of 5G connectivity via satellites, which can help extend coverage in remote areas.
SoftBank beams 5G to phones from the sky in successful stratospheric test flight
SoftBank beams 5G to phones from the sky in successful stratospheric test flight
SoftBank tested delivering 5G connectivity from an airborne station (light aircraft simulating a High Altitude Platform Station — HAPS) above an island in Japan. They used a mix of mmWave (for backhaul) and sub-2 GHz for service to phones. This shows alternative ways (not just satellites) to provide 5G/NTN coverage.
ロボティクス
4. ROBOTICS
4. ROBOTICS
INNOVATION FOR PHYSICAL AUTOMATION:
The design and programming of intelligent machines to perform complex or repetitive physical tasks, often driven by AI and control systems.
Robotics in Japan
Robotics in Japan
Japan is the global leader in robotics, manufacturing nearly half of the world's robots. This leadership is strategic: the government uses plans like the New Robot Strategy to integrate advanced robots, AI, and IoT into areas beyond factories, focusing on critical social needs like healthcare, agriculture, and infrastructure. Because of its aging population and lack of workers, Japan is fast-tracking its Society 5.0 vision by deploying new service and care-giving robots for homes and hospitality.
高速エンジニアリング
5. HIGH-SPEED ENGINEERING
5. HIGH-SPEED ENGINEERING
INNOVATION FOR ULTRA-EFFICIENT MOVEMENT
Technologies and infrastructure (like Bullet Trains) designed for extremely rapid and precise movement, managed by advanced digital control and sensing systems.
Bullet Train in Japan
Bullet Train in Japan
The Shinkansen, or "bullet train," is Japan's groundbreaking high-speed rail system, launched in 1964. Its speed comes from running on dedicated tracks (no crossings) using powerful electric power and an aerodynamic, bullet-shaped nose to reduce resistance. This highly innovative and safe design set the standard for high-speed rail worldwide.
Page updated
Google Sites
Report abuse