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Taikonauts aboard China’s Tiangong space station utilized an AI model to prepare for a spacewalk.

Chinese state media reports that the model was deployed in mid-July and is based on a homegrown open-source AI model. iFlytek, a Chinese company specializing in open-source AI models, offers a product named “Wukong” – also the handle used for the “Wukong AI” aboard Tiangong. Specifications regarding hardware used to run the AI aren’t detailed. However, China did previously launch a cloud system using its own Loongson CPUs to the space station last year.

The model is specifically tailored for professional use with a knowledge base focused on aerospace flight standards.

How does the implementation of AI in spacewalk planning contribute to enhanced astronaut safety during EVAs?

China Launches AI Technology for Spacewalk Planning on Its Space Station

Advancing Extravehicular Activity with Artificial Intelligence

China has recently deployed advanced artificial intelligence (AI) technology to its Tiangong space station, specifically designed to optimize and enhance the planning of spacewalks, also known as Extravehicular Activities (EVAs). This marks a significant step forward in the nation’s space program, reducing risks and increasing efficiency for astronauts performing critical maintenance and research outside the orbiting laboratory. The integration of AI into spacewalk planning represents a growing trend in space exploration, mirroring advancements in robotics and automation across various industries.

The Challenges of Spacewalk Planning

Traditionally, spacewalk planning is an incredibly complex and time-consuming process.It requires meticulous consideration of numerous factors, including:

Orbital Mechanics: Precise calculations of the space station’s trajectory and the astronaut’s movement in orbit.

Lighting Conditions: Optimizing work areas based on sunlight and shadow patterns.

Tool Management: Ensuring the correct tools are available and positioned for each task.

Astronaut Capabilities: Matching tasks to astronaut skill sets and physical limitations.

Emergency Procedures: Developing contingency plans for potential issues during the EVA.

These factors demand extensive simulations and coordination between ground control and the astronauts. Errors in planning can lead to delays, increased risk, and potentially jeopardize the mission. AI offers a solution by automating many of these processes and providing real-time adjustments.

How AI is Revolutionizing EVA Preparation

the newly implemented AI system tackles these challenges thru several key functionalities:

Automated Schedule Generation: The AI can generate optimal EVA schedules based on mission objectives, resource availability, and astronaut workload.

Virtual Reality (VR) Integration: Astronauts can utilize VR simulations powered by the AI to rehearse spacewalks in a realistic habitat, identifying potential problems before they occur.

Real-time Path Planning: During an EVA, the AI can dynamically adjust the astronaut’s path based on changing conditions, such as unexpected obstacles or equipment malfunctions.

Clever Tool Tracking: The system monitors the location and status of all tools used during the spacewalk, preventing loss or misplacement.

Risk Assessment & Mitigation: AI algorithms analyze potential hazards and suggest preventative measures to minimize risks to the astronauts.

Benefits of AI-Assisted Spacewalks

The adoption of AI for spacewalk planning yields several significant benefits:

Increased Efficiency: automated scheduling and path planning reduce the time required for EVA preparation and execution.

Enhanced Safety: Real-time risk assessment and mitigation minimize the potential for accidents.

Reduced Workload: AI handles many of the tedious and complex tasks, freeing up astronauts to focus on critical operations.

Improved Mission Success: Optimized planning and execution increase the likelihood of achieving mission objectives.

Cost Savings: Streamlined processes and reduced risk translate to lower overall mission costs.

China’s Space Program & AI Integration: A Broader Perspective

This AI deployment aligns with China’s broader strategy of integrating advanced technologies into its space program. The country has made substantial investments in AI research and progress,recognizing its potential to transform various sectors,including space exploration.

Recent developments include:

smart Satellites: Utilizing AI for autonomous satellite operations and data analysis.

Robotic Spacecraft: Developing robotic missions for lunar and planetary exploration.

AI-Powered Ground Control: implementing AI systems to enhance mission control capabilities.

China’s commitment to AI in space reflects its ambition to become a leading space power and contribute to the advancement of space technology globally. The 10085 service number, while related to China Mobile, highlights the nation’s robust dialogue infrastructure supporting these complex endeavors