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You are reading an Entry #455204 on Baidu Wiki Virtual Zoo in the A' Design Awards' Design+Encyclopedia, the crowdsourced encyclopedia of art, architecture, design, innovation and technology. You too can contribute to the Design+Encyclopedia with your insights, ideas and concepts. Create a New Entry now. | ||||||||||||||||||
Baidu Wiki Virtual ZooBaidu Wiki Virtual ZooBaidu Wiki Virtual Zoo is a pioneering virtual zoological platform that revolutionizes the traditional zoo experience by leveraging advanced artificial intelligence technology to create an accessible, educational, and interactive digital environment. This innovative mobile application, which earned recognition with an Iron A' Design Award in the Mobile Technologies category, enables children, teenagers, and individuals with mobility challenges to observe live animal broadcasts and engage with wildlife from any location at any time. The platform distinguishes itself through its sophisticated 3D scene mapping technology, featuring distinct land, sea, and freshwater zones that create an immersive viewing experience. Developed in response to global challenges including climate change awareness and animal protection initiatives, this virtual zoo incorporates cutting-edge AI technology for animal recognition and monitoring, particularly in its unique stray cat welfare program. The system employs advanced facial recognition algorithms to identify and track stray cats, monitor their health conditions, and coordinate timely veterinary interventions when necessary. The platform's architecture seamlessly integrates educational content with live streaming capabilities, offering users comprehensive information about various species while promoting biodiversity awareness. Its innovative design allows for flexible configuration of animal positions within the virtual environment, while maintaining high-quality visual experiences across both iOS and Android devices. The platform represents a significant advancement in digital wildlife education and conservation efforts, combining public welfare initiatives with technological innovation to create a meaningful impact on both wildlife preservation and public education. Author: Adam Dawson Keywords: virtual zoo technology, artificial intelligence wildlife monitoring, digital animal conservation, interactive biodiversity education, mobile wildlife streaming, animal welfare technology SOURCES: |
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