Beijing’s AI Park (Haidian): What to Try & How It Works
Beijing’s AI Park is a public showcase of applied AI: computer vision, sensors, interactive displays, and slow autonomous shuttles. You can test demos, see your results on screens, and learn how the systems work. Below is a quick, visitor-friendly guide, with WRPSA context for the rock paper scissors robot.
What the AI Park Is
The park uses standard AI building blocks (computer vision, sensor fusion, and responsive displays) to recognize faces and gestures, track movement, and coordinate rides. Staff supervise for access and safety.
Face Recognition Running Track
The smart track logs your distance, pace, time, and estimated calories, then displays them on a board. Face recognition matches you at checkpoints to keep splits accurate.
- Join at the marked start and face the camera briefly.
- Run the loop; pass mid-track and finish checkpoints.
- Check your stats on the screen; repeat if you like.
Why it works: Consistent timing + image matching produce reliable splits and identity.
Autonomous Shuttle Rides
Low-speed shuttles follow a fixed route with a safety operator onboard. Sensors detect people and obstacles and stop as needed.
- Reserve/queue, then board when prompted.
- Ride at ~10 km/h; watch the route and status display.
- Disembark at the next stop when directed.
Why it works: Low speed + obstacle detection reduces risk in mixed areas.
“Future Space” & Emotion Recognition
Face matching controls entry; a demo maps facial landmarks (eyes, mouth) to simple mood categories to pick visuals/music.
Note: Treat mood results as a fun demo, not a diagnosis. Accuracy varies.
Rock Paper Scissors Robot
Computer vision reads your hand shape (fist = rock, flat = paper, V = scissors). A robotic hand or on-screen avatar throws back. Some demos react at normal speed; others can counter mid-throw.
- Stand on the mark, hand ready and visible.
- Count together; throw cleanly on “three.”
- See the read/result on the display; play a short set.
Why it works: Image classification + fast actuation enable rapid, accurate responses.
How It Reads Your Move (Plain Language)
- Detect: Camera isolates your hand region.
- Classify: Model assigns rock/paper/scissors based on finger shape.
- Respond: System selects timing/throw and moves the robot fingers.
WRPSA Practice Tie-In
Use the demo to practice cadence and clarity, two keys to fair play.
- Keep a steady, synchronized count to avoid early reveals.
- Throw clear shapes to reduce misreads; film a best-of-five and review.
- Finish with a “eyes closed until count” drill to test timing composure.
Reminder: In official WRPSA play, influencing opponents during cadence or reacting late is not allowed.
Privacy & Safety Basics
- Ask staff how face templates are stored, who can access them, and retention periods.
- Opt-in to demos when possible; skip any you’re not comfortable with.
- Follow all posted guidance and operator instructions.
FAQ
Is the AI Park open to everyone?
Yes. Some demos may require reservations or have limited hours. How safe are the shuttles?
They operate slowly with onboard supervision and stop for obstacles. Always follow staff directions. Does the rock paper scissors robot always win?
No. It depends on the demo mode. Some react at normal speed; ultra-fast modes can counter mid-throw. Can this help WRPSA training?
Yes, use it to refine timing, clarity, and composure. For full prep, study rules and play human opponents.
Sources & Related Pages
- Baidu empowers Beijing park with AI technologies (Xinhua)
- AI-powered park opens in Haidian (Blooloop)
- Tour of Baidu’s AI Park (KR-Asia)
- Inside Haidian AI Park (FactorDaily)
- What is Computer Vision (IBM)
- Rock-Paper Robot, You Lose Every Time (WIRED)
- WRPSA: Official Rules
- WRPSA: University of Tokyo RPS Robot