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At the China Operating System Industry Conference held on August 8, the domestically produced operating system Kylin released its first artificial intelligence (AI) version, marking a new breakthrough in my country's autonomous operating system field.

The newly released AI version of the Kylin desktop operating system has achieved a deep integration of artificial intelligence and operating systems through a number of technological innovations. It is my country's first product that deeply integrates domestic operating systems and artificial intelligence technologies. It has powerful artificial intelligence integration capabilities, intelligent functions, and high-performance computing.

According to CCID Consulting data, my country's operating system market will grow faster in 2023, with a market size of 19.11 billion yuan. The upgrade of the industry's core business systems has entered a deep water zone, and domestic operating system manufacturers have broken through through a new round of information technology innovation.

In recent years, the emergence of generative artificial intelligence has injected new vitality into the computer information industry. In the era of intelligent computing, hardware resources have changed accordingly, and the substantial improvement of AI capabilities is one of the outstanding manifestations. The industry urgently needs to build an operating system that can support various AI chips downward and provide a unified training framework and framework operator library upward, manage the software and hardware resources of intelligent computers, and efficiently dispatch intelligent computing power.

"Artificial intelligence technology has become a new peak in the current global information industry technology competition. In this field, the underlying core technologies such as operating systems and artificial intelligence must be in our own hands." Li Zhenning, deputy general manager of Kylin Software Co., Ltd., introduced that the domestic AI desktop operating system realizes the unified management and scheduling of multiple models, helping users save the steps of full-stack tuning, while allowing users to conveniently run multiple models on one hardware device. Among them, the Galaxy Kylin operating system AI subsystem not only realizes the unified management and scheduling of models, but also derives new capabilities such as schedule management, memory maps, and intelligent search, which can land a variety of cloud models and AI capabilities on personal computers.