Core Insights - The World Internet Conference Leading Technology Award aims to promote technological innovation and collaboration in the internet sector, with 17 award-winning projects announced this year from 424 submissions across 34 countries and regions [1][2] Group 1: Award Categories - The award is divided into three main categories: basic research, key technologies, and engineering research and development [1] - Basic research is highlighted as the foundation of technological innovation, exemplified by the "Enlightenment: Fully Automated Design of Processor Chips" project, which integrates AI to automate chip design [1][2] Group 2: Key Technologies - The first fully automated CPU chip design, "Enlightenment 1," can complete the front-end design of a 32-bit RISC-V CPU in 5 hours, achieving performance comparable to Intel 486 [2] - Baidu's project on "Script-Driven Multi-Modal Collaborative High-Fidelity Digital Human Technology" continues to win awards, showcasing the integration of large language models and multi-modal technologies [2] - The "Synthetic Data and Real Data Driven VLA Embodied Intelligent Model" project addresses core challenges in embodied intelligence, introducing a new paradigm of virtual-real fusion [2][3] Group 3: Engineering Research and Development - The engineering research category includes five projects recognized for their high technological maturity and effective application, contributing significantly to technological innovation and industrial upgrades [3] - Alibaba's "Tongyi Qianwen: Open Source Foundation Large Model" project has won for the ninth time, demonstrating versatility across various applications including code development and drug research [4][5] Group 4: Industry Impact - The "Beidou-3 Satellite Navigation Signal Key Technology and Application" project has been successfully applied to all 35 Beidou-3 satellites, serving billions globally and driving China's satellite navigation industry to exceed 500 billion [3] - RAER Therapeutics focuses on innovative treatments for rare diseases, addressing the challenge that less than 5% of rare diseases have effective therapies [5]

Core Viewpoint - The article highlights the launch of "Qimeng," the world's first fully automated design system for processor chips based on artificial intelligence technology, marking a significant advancement in China's chip design capabilities [1][2]. Group 1: AI-Driven Chip Design - "Qimeng" system can automate the entire design process from hardware to basic software, achieving performance levels comparable to human experts [1]. - The traditional chip design process is complex, requiring hundreds of experts and taking months or years, which is costly and time-consuming [1]. - The demand for specialized processor chip design is increasing due to emerging technologies like AI, cloud computing, and edge computing, while the workforce in China is insufficient to meet this demand [1]. Group 2: Achievements of "Qimeng" - The first fully automated designed CPU chip, "Qimeng 1," completed the front-end design of a 32-bit RISC-V CPU in 5 hours, achieving performance equivalent to Intel 486 with over 4 million logic gates [2]. - The upgraded version, "Qimeng 2," is the first fully automated design of a superscalar processor core, reaching ARM Cortex A53 performance with 17 million logic gates [2]. - The system can automatically generate optimized operating system kernel configurations, improving performance by 25.6% compared to manual optimization by experts [2]. Group 3: Impact on Chip Design Paradigm - The research is expected to transform the design paradigm of processor chip hardware and software, reducing human involvement, enhancing design efficiency, and shortening design cycles [2]. - It allows for rapid customization of designs to meet specific application needs, addressing the increasingly diverse requirements in chip design [2].

Core Viewpoint - The launch of the "Qimeng" system marks a significant advancement in China's ability to automate the design of processor chips using artificial intelligence technology, achieving levels comparable to human experts in various key metrics [1][2]. Group 1: System Overview - The "Qimeng" system is the world's first fully automated design system for processor chips, integrating both hardware and software design processes [1]. - It utilizes advanced AI technologies, including large models, to automatically design CPUs and configure corresponding operating systems and software libraries [2]. Group 2: Performance Achievements - The "Qimeng 1" CPU, the first fully automated designed CPU, completed the entire front-end design of a 32-bit RISC-V CPU in 5 hours, achieving performance comparable to Intel 486 and exceeding 4 million logic gates [2]. - The upgraded "Qimeng 2" is the first fully automated designed superscalar processor core, reaching ARM Cortex A53 performance with over 17 million logic gates [2]. - The system can automatically generate optimized operating system kernel configurations, improving performance by 25.6% compared to manual expert optimization [2]. Group 3: Industry Impact - The introduction of the "Qimeng" system is expected to transform the design paradigm of processor chips, reducing human involvement, enhancing design efficiency, and shortening design cycles [3]. - It allows for rapid customization of designs to meet specific application needs, addressing the increasingly diverse demands in chip design [3].