In order to facilitate industry professionals or investors to further understand the current situation and prospects of the human-computer interaction industry, Zhiyan Consulting has launched the "2023-2029 Chinese Computer Interaction Industry Market Competition Situation and Investment Strategy Analysis Report" (hereinafter referred to as the "Report"). The report makes a comprehensive combing and in-depth analysis of the Chinese-computer interaction market, which is the presentation of the results of continuous tracking, field visits, research and analysis of Zhiyan Consulting for many years.
In order to ensure the accuracy of the human-computer interaction industry data and the reference value of the content, the consulting and research team carries out data collection through multiple channels such as listed company annual reports, manufacturer research, dealer seminars, and expert verification, and conducts multi-dimensional analysis of the data in order to deeply analyze various fields of the industry, so that practitioners can comprehensively understand the development trend of the human-computer interaction industry in 2022 from multiple dimensions and aspects, as well as the hot spots at the forefront of innovation, and then empower human-computer interaction practitioners to seize the transformation track.
Human-computer interaction refers to the language that can be spoken between people and computers, and the use of some interaction methods can complete the sharing of some information between people and computers. Further, human-computer interaction enables interaction between the user and the system, such as the interaction between the user and the computer, mobile phone, robot, software or operating system.
Human-computer interaction technology through conduction chain technology and computer input and output equipment, effectively realize human-computer communication and interaction, human-computer interaction process diagram is as follows:
The development history of computer language has experienced the development process from machine language to assembly language to high-level language, and the development process of early human-computer interaction is closely related to the development process of computer language. By the mid-60s, command-line interfaces appeared, and the human-computer interaction style became question-and-answer. The programmer enters the instruction through the command line interface, and after the computer receives the instruction, it gives feedback to the programmer through a single character. The present aspect of human-computer interaction is graphical user interface interaction. Our common Windows operating system and iOS and Android operating systems on mobile phones are very low-level graphical user interfaces, and other apps and web interfaces are based on the above three. The future of human-computer interaction is, in general, natural and harmonious human-computer interaction. At this stage, the way users input to the computer is diversified and multi-dimensional, and the way the computer feeds back to users is more three-dimensional and multi-dimensional. Users can make full use of multiple parts of the body to input multi-dimensional non-precise information (relatively speaking) to the computer, and the computer integrates the information after receiving the input of multiple dimensions, and then achieves accurate understanding and recognition, and then provides three-dimensional feedback to the user.
With the continuous development of technology, human-computer interaction has been iteratively upgraded, and has now entered the mixed reality era of voice dialogue, gestures, and eye interaction.
In recent years, artificial intelligence speech language technology has been widely used in various industries, including home appliances, automobiles, consumer electronics, finance, logistics, real estate, government affairs, medical care, etc. In 2021, the market size of the core products of conversational human-computer interaction in mainland China will reach 9.150 billion yuan, driving the economic scale of related industries to reach 74.26 billion yuan, and in 2022, the scale of core products applied by intelligent speech language technology in various vertical industries will reach 12.88 billion yuan, driving the scale of related industries to reach 94.34 billion yuan, and it is expected that the scale of core products will reach 23.7 billion yuan in 2025, driving the scale of related industries to reach 152.5 billion yuan.
The emergence of artificial intelligence has promoted the transition from the traditional human-machine "input-feedback" cycle to the "recommendation-choice" cycle. The human-computer interaction relationship transitions from "one-way subordination" to "two-way training". This change will rewrite the design thinking, architecture, form, process, specifications, etc. of interaction design.
The development trend of human-computer interaction technology mainly revolves around the following aspects:
The "2023-2029 Chinese Computer Interaction Industry Market Competition Situation and Investment Strategy Analysis Report" is rich in content, informative and full of highlights. It is an important research achievement of Zhiyan Consulting, a powerful embodiment of Zhiyan Consulting's leading industry change, sending affection to the industry, and practicing its mission, and it is also an indispensable and important tool for practitioners in the field of human-computer interaction market to take the pulse of the industry. Zhiyan Consulting has formed a complete and three-dimensional think tank system, serving the government, enterprises, financial institutions, etc. for many years, providing science and technology, consulting, education, ecology, capital and other services.
Data Description:
1: The core data of this report is updated to December 2022, mainly Chinese mainland data, covering some global data; The forecast range covers 2023-2029, and the data content covers the market size of the human-computer interaction industry and the scale of related industries driven by human-computer interaction.
2: In addition to first-hand research information and data, authoritative data sources such as the National Bureau of Statistics, China Customs, industry associations, and public reports of listed companies (prospectuses, transfer prospectuses, annual editions, inquiry reports, etc.) also constitute the data sources of this report. The first-hand information is derived from the first-hand information data obtained by the research team from interviews with key enterprises in the industry, and the main interview subjects are enterprise executives, industry experts, technical leaders, downstream customers, distributors, agents, dealers and upstream raw material suppliers. Secondary sources mainly include relevant industry news from around the world, company annual reports, non-profit organizations, industry associations, government agencies and third-party databases.
3: The core data of the report is based on the company's strict data collection, screening, processing, analysis system and independent measurement model to ensure the accuracy and reliability of statistical data.
4: The data used in this report are all from compliance channels, and the analysis logic is based on the professional understanding of the intellectual research team, which clearly and accurately reflects the research views of analysts.
Report Directory Framework:
Chapter 1 Overview of human-computer interaction
1.1 Basic overview of human-computer interaction
1.1.1 Human-computer interaction concept
1.1.2 Human-Machine Interface Definition
1.1.3 Human-computer interaction process
1.2 Core issues in the development of human-computer interaction
1.2.1 Human-computer interaction development model
1.2.2 Psychological models of human-computer interaction
1.2.3 Human-Computer Interaction User Interface
1.2.4 Human-Computer Interaction Research Framework
Chapter 2 Development Environment of Chinese-Computer Interaction Industry from 2018 to 2022
2.1 Economic Environment
2.1.1 Current situation of macroeconomic development
2.1.2 Operation of the industrial economy
2.1.3 Scale of electronic information industry
2.1.4 Macroeconomic developments
2.2 Policy Environment
2.2.1 Artificial intelligence development planning
2.2.2 Policies related to intelligent manufacturing
2.2.3 Tri-network integration promotion policy
2.2.4 National Science and Technology Innovation Plan
2.3 Social Environment
2.3.1 Consumption level of residents
2.3.2 Consumption upgrade trend
2.3.3 Investment in scientific research
2.4 Technical Environment
2.4.1 Artificial Intelligence Technology
2.4.2 Cloud Computing Technology
2.4.3 Big Data Technology
2.4.4 Internet of Things Technology
Chapter Three: Analysis of the Development of Chinese-Computer Interaction from 2018 to 2022
3.1 Overview of the development of human-computer interaction
3.1.1 History of human-computer interaction
3.1.2 Human-computer interaction mode change
3.1.3 Progress in the development of human-computer interaction
3.1.4 There are deficiencies in human-computer interaction
3.2 Analysis of the development of Chinese-computer interaction technology
3.2.1 Key Technical Analysis
3.2.2 Technology Development History
3.2.3 Hotspots in technological development
3.2.4 Direction of technological development
3.3 Patent application status of human-computer interaction technology
3.3.1 Global Patent Application Landscape
3.3.2 Development Trend of Chinese Patents
3.3.3 Development trends of key technologies
3.4 Analysis of the development of human-computer interaction in the context of the intelligent era
3.4.1 A new definition of the future of human-computer interaction
3.4.2 Artificial intelligence affects human-computer interaction
3.4.3 Intelligent human-computer interaction technology form
3.4.4 Status of Intelligent Human-Computer Interaction Technology
3.4.5 Intelligent human-computer interaction application challenges
3.4.6 From human-computer interaction to human-computer symbiosis
3.4.7 Development trend of human-computer interaction technology
Chapter 4 Structural Analysis of Human-Computer Interaction System from 2018 to 2022
4.1 Introduction to human-computer interaction system
4.1.1 Vision-based human-computer interaction
4.1.2 Audio-based human-computer interaction
4.1.3 Sensor-based human-computer interaction
4.1.4 Multi-channel human-computer interaction system
4.2 Human-computer interaction perception layer processing
4.2.1 Gesture Recognition
4.2.2 Posture recognition
4.2.3 Speech Recognition
4.2.4 Expression recognition
4.2.5 Eye line recognition
4.2.6 Emotion Recognition
4.3 Human-computer interaction application layer analysis
4.3.1 Education Field
4.3.2 Human Resources
4.3.3 Venture Capital
4.3.4 Mental behavior
4.3.5 Industrial sector
Chapter Five: Analysis of the Development of Intelligent Voice Interaction from 2018 to 2022
5.1 Analysis of the development of voice interaction technology
5.1.1 Technical Process Analysis
5.1.2 Technical Level Analysis
5.1.3 Key Technical Analysis
5.1.4 Analysis of technical advantages
5.1.5 Technological development and change
5.2 Analysis of Intelligent Voice Industry from 2018 to 2022
5.2.1 Stages of intelligent voice development
5.2.2 Intelligent Voice Market Size
5.2.3 Intelligent Voice Market Demand
5.2.4 Intelligent Voice Product Status
5.3 Analysis of the development of voice interaction industry
5.3.1 Overview of the development of the voice interaction industry
5.3.2 The industrial chain structure of voice interaction
5.3.3 Competitors in the voice interaction market
5.3.4 Voice Interaction Market Outlook
5.3.5 Intelligent voice interaction application analysis
5.4 Analysis of the development of speech recognition industry
5.4.1 Overview of the speech recognition market
5.4.2 Operation of speech recognition market entities
5.4.3 Analysis of the voice biometrics industry
5.4.4 The speech recognition market is promising
Chapter Six: Analysis of the Development of Somatosensory Interaction from 2018 to 2022
6.1 A review of somatosensory interaction development
6.1.1 Somatosensory interaction concepts
6.1.2 Somatosensory Interaction Technology
6.1.3 Somatosensory interaction development
6.1.4 Somatosensory interactions
6.1.5 Somatosensory Interaction Prospect
6.2 Analysis of somatosensory interaction application scenarios
6.2.1 Game Entertainment
6.2.2 Medical rehabilitation
6.2.3 Application in education
6.2.4 3D Solid Modeling
6.2.5 Shopping Assistance in Shopping Malls
6.2.6 Application of eye trackers
6.3 Somatosensory interactive game product market
6.3.1 Microsoft KINECT
6.3.2 Nintendo SWITCH
6.3.3 SONY PLAYSTATION
6.3.4 Little Overlord consoles
Chapter VII Analysis of the Development of Virtual Reality Technology from 2018 to 2022
7.1 Overview of Virtual Reality Development 2018-2022
7.1.1 Definition of Virtual Reality
7.1.2 Characteristics of Virtual Reality
7.1.3 Virtual reality industry chain
7.1.4 Virtual Reality Industry Size
7.1.5 Virtual Reality Application Areas
7.1.6 Virtual reality human-computer interaction
7.2 Practice path of human-computer interaction technology based on virtual reality technology
7.2.1 Three-dimensional computer graphics technology
7.2.2 Wide field stereoscopic display technology
7.2.3 Stereoscopic effectiveness and perceptual feedback
7.3 Virtual Reality Equipment Market Development
7.3.1 Classification of Virtual Reality Devices
7.3.2 Sales of Virtual Reality Devices
7.3.3 Equipment Supply Market Conditions
7.4 Analysis of the application field of virtual reality technology
7.4.1 Medical field applications
7.4.2 VR Game Development
7.4.3 VR film and television products
7.4.4 VR Live Streaming Development
7.4.5 Applications in the field of education
Chapter Eight: Development Status of Chinese-Computer Interaction Related Equipment Market
8.1 Smart Wearables
8.1.1 Basic Overview of the Market
8.1.2 Market Development Scale
8.1.3 Product Segments
8.1.4 Market Development Prospects
8.2 Smart TV market
8.2.1 Market Development Background
8.2.2 Market Sales Size
8.2.3 Market Competition
8.2.4 Market Development Trends
8.3 Touch screen all-in-one
8.3.1 Basic Overview of the Market
8.3.2 Market Applications
8.3.3 Application Market Conditions
8.3.4 Market Application Prospects
Chapter IX Analysis of the Operating Conditions of Key Foreign Enterprises
9.1 APPLE INC.
9.1.1 Overview of enterprise development
9.1.2 Human-computer interaction research and development
9.1.3 Business Status
9.2 GOOGLE INC
9.2.1 Overview of Enterprise Development
9.2.2 Human-Computer Interaction Project
9.2.3 Business Status
9.3 MICROSOFT CORPORATION
9.3.1 Overview of Enterprise Development
9.3.2 Human-Computer Interaction Products
9.3.3 Business Status
9.4 FACEBOOK
9.4.1 Overview of Enterprise Development
9.4.2 Business Status
9.5 SYNAPTICS
9.5.1 Overview of Enterprise Development
9.5.2 HMI layout
9.5.3 Business Operations
Chapter 10 Analysis of the Operation of Key Domestic Enterprises
10.1 iFLYTEK
10.1.1 Overview of Enterprise Development
10.1.2 Business Benefit Analysis
10.1.3 Business Operation Analysis
10.1.4 Financial Position Analysis
10.1.5 Core Competitiveness Analysis
10.2 Baidu (BAIDU)
10.2.1 Overview of Enterprise Development
10.2.2 Human-Computer Interaction Layout
10.2.3 Business Benefit Analysis
10.2.4 Business Operation Analysis
10.2.5 Core Competitiveness Analysis
10.3 ALIBABA
10.3.1 Overview of Enterprise Development
10.3.2 Human-Computer Interaction Research
10.3.3 Business Benefit Analysis
10.3.4 Business Operation Analysis
10.3.5 Core Competitiveness Analysis
10.4 Sillvideo
10.4.1 Overview of Enterprise Development
10.4.2 Business Benefit Analysis
10.4.3 Business Operation Analysis
10.4.4 Analysis of Financial Position
10.4.5 Corporate Development Strategy
10.5 Tongzhou Electronics
10.5.1 Overview of Enterprise Development
10.5.2 Business Benefit Analysis
10.5.3 Business Operation Analysis
10.5.4 Analysis of Financial Position
10.5.5 Core Competitiveness Analysis
Chapter 11 Analysis of the development trend of human-computer interaction from 2023 to 2029
11.1 Intelligent Voice Interaction Development Forecast
11.1.1 Influencing factors of intelligent voice industry
11.1.2 Future development trend of intelligent voice
11.1.3 Intelligent Voice Industry Size Forecast
11.2 Development trend of human-computer interaction industry
11.2.1 Opportunities for human-computer interaction devices
11.2.2 Development direction of human-computer interaction
11.2.3 Development Trend of Human-Computer Interaction
Table of Figures: section
Figure 1: Schematic diagram of the human-computer interaction process
Figure 2: Development of human-computer interaction
Figure 3: Development scale trend of Chinese-computer interaction from 2019 to 2025
Figure 4: Development of human-machine exchange interfaces
Figure 5: Comparison of characteristics of various human-computer interfaces
Figure 6: Global development trend of human-machine patent from 2018 to 2022
Figure 7: Development trend of Chinese machine traffic patents from 2018 to 2022
Exhibit 8: Global Intelligent Voice Market Size 2018-2022
Figure 9: Market size of China's intelligent voice industry from 2018 to 2022
Figure 10: Production of major intelligent voice products in China from 2018 to 2022
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