Among the winning projects Zidong Taichu’, the world’s first tri-modal large model bas on. Ascend AI by the Institute of Automation of the Chinese Academy of Sciences” is the world’s first tri-modal large model of images, text, and audio. It was jointly creat by the Institute of Automation of the. Chinese Academy of Sciences bas on Huawei’s full-stack independent innovation. Ascend AI basic software and hardware platform. It pioneer the “unifi representation” and “mutual generation” between the tri-modal data of images, texts, and voices, and its understanding and generation capabilities are closer to those of humans, providing an innovative foundation for creating multi-modal artificial intelligence industry applications and taking an important step towards general artificial intelligence.
The “Minimally Invasive Robot Toumai Multi-arm Laparoscopic Surgical Robot”
Is bas on the existing Toumai multi-arm laparoscopic surgical robot. It combines 5G remote technology, augment reality technology. Surgical intelligent understanding technology and automatic surgery platform to provide the laparoscopic buy bulk sms service surgical robot. With “clairvoyant hands”, “clairvoyant eyes”, “xeroscopic eyes” and a human-like brain. It also realizes robotic automatic surgery through “hand-eye-brain collaboration Among the winning projects creates an ultra-intelligent laparoscopic surgery platform, and innovatively provides a complete solution for robotic intelligent surgery that can prolong and reshape life, leading the maturity and development of robotic surgery.
”BIREN TECHNOLOGY BR100:
A high-computing AI general-purpose GPU chip” is the first general-purpose. GPU chip of BIREN TECHNOLOGY, marking the entry. Of China’s general-purpose GPU chips into a new era of “quadrillion calculations per second. Providing cayman islands lists strong domestic computing power support for the development of a digital society. BR100 general-purpose GPU chip is develop bas on BIREN TECHNOLOGY’s original chip architecture, adopts a 7nm process, can accommodate 77 billion transistors, is the first in China to adopt chiplet technology, a new generation of host interface PCIe 5.0, supports CXL interconnection protocol, and has three advantages: high computing power, high versatility, and high energy efficiency.
”The paper “Digital Adaptive Scanning Light Field Microscope
Enables In Vivo Observation of Three-Dimensional Subcellular. Dynamic Changes at Hourly and Millisecond Frame Rates” by Wu Jiamin. Lu Zhi, and Jiang Dong of Tsinghua University propos the principle of digital adaptive scanning light field doctors email list intelligent imaging. Establish a high-dimensional spatiotemporal coupling scanning mechanism. An provid an adaptive decoupling and reconstruction mapping relationship, breaking through. The long-standing constraints of phototoxicity and the difficulty in improving spatiotemporal resolution. Under the harsh in vivo microscopy conditions of diffraction-limit resolution and millisecond spe Among the winning projects it achiev three-dimensional observation of mammals for 300,000 consecutive time frames for the first time, extending the international longest observation time from minutes to 6 hours, opening up a new direction for in vivo research on large-scale cell interactions and providing a transformative tool for revealing new mechanisms of nerves, tumors, and immunity.