Preview of Honor MagicOS 8.0: These features indicate the direction of intent recognition in future human-computer interaction

Honor recently officially announced that they will hold the 2023 Honor Developer Conference at the Shanghai World Expo Center from January 10 to 11, 2024. One of the highlights of this conference is the release of the Honor Magic6 series of flagship phones. In addition, Honor will also launch a new operating system MagicOS 8.0 for developers, partners and users, as well as a self-developed device-side 7B large model "Magic Model". This conference will explore new ways of interacting with smartphones in the AI ​​era and start new attempts in the field of smartphones.

The Honor MagicOS operating system has always been famous for its powerful artificial intelligence experience. "The more you use it, the better it becomes, and the more you use it, the better it understands you" has always been its philosophy. Today, the rapid development of generative artificial intelligence is in full swing, and AI applications are entering a new stage. What kind of innovative human-computer interaction experience will the latest generation of MagicOS operating system named after "Magic" bring? This is undoubtedly very exciting.

In the AI ​​era, human-computer interaction is ushering in a new paradigm. With the continuous development and popularization of artificial intelligence technology, the interaction between people and machines is undergoing major changes. Traditional human-computer interaction is mainly operated through input devices such as keyboards, mice, and touch screens, while human-computer interaction in the AI ​​era is more intelligent

Before we discuss the functional highlights of MagicOS 8.0 in depth, we need to solve a core question: In the era of artificial intelligence, in which direction will the user interface interaction paradigm of the operating system develop? For MagicOS, which focuses on artificial intelligence experience, this issue is undoubtedly crucial.

Recently, Nielsen Norman Group (NNG), a world-renowned user experience research organization, published an article that discussed in detail the development process of human-computer interaction. According to the content of the article, the development of human-computer interaction can be traced back to the birth of computers, and has mainly experienced two UI interaction paradigms. The first was the earliest batch processing paradigm, followed by command-based interaction design that emerged around 1964. Command-based interaction design has also gone through different stages of development, including the command line interactive interface (CLI) represented by DOS, and the graphical interactive interface (GUI) based on keyboard and mouse input represented by Windows, and finally evolved into touch-based interaction design. as the core smartphone interaction method. These stages of development mark continuous innovation and progress in the field of human-computer interaction.

The development of artificial intelligence is ushering in a completely new interaction paradigm, a breakthrough since the third user interface paradigm in the history of computing. This paradigm is called intention-based outcome specification. In this paradigm, users no longer need to tell the computer exactly what to do, but only what results they want. Compared with the traditional command-based interaction method, the emergence of this paradigm has undoubtedly subverted human-computer interaction and fundamentally changed the way of interaction.

This kind of judgment is in line with the essential attributes of artificial intelligence, very much like an intelligent human being. When we ask for services from humans, we usually just tell them what we need without telling them in detail how to do it. Therefore, intent-based interaction will become the next important trend in the development of human-computer interaction. Obviously, Glory also holds this view.

I’m looking forward to several features in MagicOS 8.0 because they make intent recognition and human-computer interaction more exciting. First, MagicOS 8.0 offers an advanced intent recognition feature that can predict users’ intentions by analyzing their voice and behavior. This means the system can better understand the user's needs and provide more accurate responses and recommendations. Secondly, MagicOS 8.0

Regarding Honor MagicOS 8.0, we have not yet been able to get a full picture of it, but at the Qualcomm 2023 Snapdragon Summit, Honor announced that the Magic6 series will support a large-scale device-side AI model with 7 billion parameters, and also demonstrated MagicOS " Device-side AI functions such as "Smart Filmmaking".

On December 28, Honor announced a new interactive feature of MagicOS 8.0: any door. Through this arbitrary door demonstration video and previously disclosed information, we can get a glimpse of the "magic" of MagicOS 8.0.

First of all, the arbitrary door function can realize a one-step intention recognition human-computer interaction experience across applications, freeing users from cumbersome operations. As long as you long-press the text, pictures, or files on the interface and drag them to the edges of the left and right screens, you can trigger any door, and the multi-modal data information of the long-press will be quickly transferred to the corresponding application service.

For example, when you need to take a taxi, you only need to press and hold the text message containing the address and drag it to enter the taxi app and start taking a taxi. On other mobile phones, you need to first find the text message, then select the text containing the address, then copy and switch to the desktop to find and open the taxi app, paste the address bar, a series of tedious operations, but now it only takes one step to complete.

This function is actually an excellent embodiment of intention recognition in human-computer interaction. It decomposes App applications into services. The moment you press an interface element, MagicOS 8.0 can recognize your intention based on user learning and understanding. , and then provide all address-related application services for you to use.

In addition, there is a "smart movie making" function. As long as the user says: "I want to generate a video composed of all Jane's dancing-related photos from childhood to now," the system can create a video in the gallery based on user preferences and key nodes. It can intelligently detect and filter pictures and videos, and actively match music subtitles to generate movies with one click. If it was in the past, you would have to find the material you want one by one from a large number of photos, then open the video editing software, and then adjust and edit them one by one.

This is the leadership of MagicOS 8.0 in human-computer interaction based on intent recognition. When the built-in large models of other mobile phones are basically just decorations, MagicOS 8.0 can already effectively help users complete tasks, and you only need to express your thoughts directly. Whatever you want, just leave the rest to AI.

Seeing this, the editor feels that the purpose of MagicOS 8.0 to identify human-computer interaction is actually a logical change from "people looking for services" in the past to "services looking for people" now. In the past, in the early days of the development of smart phones, a mobile phone The memory is small, there are few installed applications, and the services that can be provided are naturally few. It is easy to "find services". However, today's smartphones can easily store hundreds of gigabytes or even 1 terabyte of data, and there are hundreds of applications that provide massive amounts of data. Services, it is becoming increasingly difficult to find the services you want quickly. On the other hand, letting the service find people is an inevitable choice.

Advanced AI concept brings tangible experience improvement

How to accurately understand user intent? Deng Bin, President of Honor R&D Management, said, “MagicOS has practiced the value of ‘people-centered’ from the very beginning and achieved its goals through service.”

To briefly review, in 2016, Honor took the lead in introducing the AI ​​concept into mobile phones, released the first artificial intelligence mobile phone Magic Generation, and defined the Magic Live smart system for the first time. At that time, with the support of AI, mobile phones could perform corresponding demand perception and machine decision-making, and achieve some simple human-computer interactions. This was the 1.0 stage of Honor's AI capabilities, creating the prototype of intent-recognized human-computer interaction.

Since then, Honor has upgraded AI technology to platform-level AI, allowing AI to enable personalized full-scenario needs. On the one hand, it uses AI as basic technology, and on the other hand, it allows AI to understand users better with more use, and can use context-based Understand and learn user intentions, and make integrated machine decisions about consumer habits based on location and time.

For example, MagicOS 7.0 in 2022 can proactively provide suggestions, guidance and services based on information such as geofences and user habits. For example, if a user has an express delivery but has not picked it up, when he arrives near the Honeycomb Express Cabinet, the phone will automatically Send a reminder and push the pickup code as a card to the home screen.

Nowadays, Honor’s AI layout has entered the third stage. This stage coincides with the rapid development of generative AI. The emergence of large models has brought Honor new inspiration and deeper thinking. So we see that on MagicOS 8.0, Honor began to introduce the ability of large-scale terminal models to improve the accuracy of understanding the user’s true intentions and convey them to Internet applications more accurately.

Regarding this point, Deng Bin gave a more vivid explanation at a media communication meeting: If the understanding of user intentions in the past was a menu-type subscription model, then now it is more through the content around the user. To understand the user’s intent.

Using the capabilities of AI large models, we can subscribe to more new services across domains and modalities. Just like AIGC treats each application as a plug-in capability, we will slowly treat each application as a service. The provider of capabilities slowly puts it on a platform and truly evolves around the needs of users.

Speaking of large models, there is another point worth noting: Honor has always believed that the device-side large model will be the focus of the terminal AI experience, and was the first in the industry to propose the concept of the device-side large model. Although Honor recognizes the collaborative cooperation between the device side and the cloud large model in the future, and the complementary advantages of the two bring a better experience, Honor believes that the core of AI capabilities still lies on the device side. This is because in the process of developing AI capabilities, ensuring the security of user data and privacy is the most critical factor. In this regard, on-device AI has more advantages. You may use the cloud model to help you write martial arts novels and poems, but you will not trust the cloud model to identify family photos and make videos. Personal data must not be exported, not uploaded to the cloud, and privacy protection is a basic requirement.

In the field of AI, Honor has been deeply involved in the field for a long time, with a research and development time of nearly ten years, an investment of over 10 billion in R&D, and nearly a thousand professional AI R&D personnel. At present, low power consumption and high computing power are the most difficult aspects of large-scale models on the device. Based on the accumulation of AI capabilities, Honor's magic large model has achieved 7 billion parameters at the beginning, which can already meet the practical requirements of smartphone AI experience. performance, and in terms of low power consumption, MagicOS has been accumulating related technologies from the beginning. The Magic Live platform-level AI technology is actually the predecessor of the terminal-side large model, also called a low-power AI engine. The ability to combine high computing power with low power consumption is Honor’s advantage over other brands.

It can be seen that MagicOS has developed a very advanced understanding of AI. While other manufacturers only regard AI as an application, Honor treats AI as a platform to empower all modules. Because of this platform-level concept, Honor can truly transform every advancement in AI technology into an upgrade in human-computer interaction experience.

Conclusion

With the support of large-scale AI model capabilities on the device, MagicOS 8.0 brings an interaction method based on intent recognition, jumping out of the limitations of various apps in the past, breaking the barriers between applications and services, and making atomized services more accurate. Reaching users effectively, this kind of experience can be called a revolution.

The future of AI lies on the device side, and the future of on-device AI lies in China. With the arrival of Magic OS, I believe that Honor, which has entered the AI ​​3.0 development stage, will continue to lead the transformation of human-computer interaction in smart terminals and integrate AI into everyone's life. Life experience, become China’s scientific and technological innovation force that attracts global attention, and achieve world glory.

The countdown to the Honor Magic6 series flagship new product and MagicOS 8.0 launch conference on January 10th and 11th, 2024 has entered. The new human-computer interaction experience will be completely unveiled by then. We might as well keep looking forward to witnessing a new era of AI. 's arrival

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