: The market size of the global intelligent robot is expected to grow to US$33.6 billion in 2021, and Asia will be the region with the most growth. In recent years, various countries have spontaneously considered robots as a strategic industry, and even a certain degree can be a manifestation of comprehensive national strength. Leaders in various fields have actively invested in and developed. Robots have undoubtedly become the next star of the future of science and technology. All countries in the world are actively promoting the robotics industry. Recently, the development of artificial intelligence and deep learning technology has become a major driving force for the development of intelligent robots. According to the IEK research report of the ITRI, the global market for smart robots is expected to grow to US$33.6 billion by 2021, and Asia will be the region with the most growth. According to the definition of the Center for Precision Machinery Research and Development, an intelligent robot can perceive the environment through sensors and achieve intelligent understanding through the procedural office, finally reflecting the required actions to perform various production activities, provide services, or interact with people. interactive. It is a collection of various technologies in one platform, including machinery, control automation, electronics, motors, imaging, optics, communications, software and security systems and other related technologies and applications, including software and hardware integration technology is of utmost importance. This course explores the future of the intelligent robot industry in depth and analyzes the key technologies, components and hardware and software architecture. Service robots have development potential According to the MIC research data show (Figure 1), the total market size of robots in the four major application areas in 2015 was approximately US$26.9 billion, of which the proportion of industrial robots was US$11 billion, but by 2025 the overall market size will be expanded to 66.9 billion. In terms of dollar, although the market size is still the largest with industrial robots worth 24.4 billion U.S. dollars, the combined growth rate (CAGR) of commercial robots and personal robots 2000 - 2025 was 11.6% and 17.4%, respectively. Industry analyst Zhang Jiaxuan (Figure 2) pointed out that, especially after 2015, these two types of applications have grown more significantly. Among the service-oriented application markets, there are many new areas that have not been introduced into the robots in the past and have driven their growth potential. Zhang Jialu, an analyst at MIC Industry Analysts, pointed out that after 2015, the service-oriented application market has many new areas that have not been introduced into the robots in the past and has driven its growth potential. In recent years, Japan’s software bank has entered the field of robotics. A series of actions has caused market attention. Zhang Jialu said that in 2012, it acquired Aldebaran Robotics, a French humanoid robot company. Its humanoid robot Pepper, launched in 2014, has successively collaborated with IBM Watson and Microsoft Azure. Softbank proposes to provide a vision for providing home and business applications on the basis of communication. Pepper is set as a robot that “hopes to be loved†and understands members of the family through interactive communication and becomes a member of the family; and based on artificial intelligence, Let Pepper assist in the marketing of corporate products and have both entertainment and learning effects in the home. In addition, Leka and Savioke are the most well-known service robots that have been put on the market. In recent years, various countries have spontaneously regarded robots as a strategic industry. Japan has been developing robots for a long time. In 2015, the Japanese government set up a Robot Revolution Initiative meeting to promote the development of the robotics industry; Korea is led by the Ministry of Industry, Trade and Resources, and formulated a basic plan every five years. The goal is to become a country where robots will be used in 2022 and the scale of production will reach 25 trillion won. The United States will start from 2011 and will be led by the National Science Foundation (NSF) to develop robotics technologies that can work safely with people. At present, South Korea uses home robots as the mainstay of development, while the United States is leading countries in disaster relief and national defense. Zhang Jialu suggested that the home and public applications have been deployed in various countries, commercial applications have recently emerged, and Taiwan can take advantage of the opportunities. 1 2 3 4 Next>