curriculum schedule
1. AR/MR technology implementation principles (pilot course)
The content includes explaining the underlying SLAM technology principles of AR/MR technology, the respective advantages and disadvantages of VO and VIO, explaining the applicable scope of AR and MR technology from the lowest level, technical limitations, understanding camera internal parameters, IMU data, motion blur, weak texture, The impact of reflection on the final motion tracking stability, issues that should be avoided during the development process, and how to guide users to establish stable motion tracking. This course is suitable for those who want to have a deeper understanding of the principles of AR/MR, but it will not push the SLAM formula in depth, nor will it talk about the specific SLAM framework.
2. HoloLens2 development tutorial
Teach the use of Unity and MRTK to develop MR applications on HoloLens2, including HoloLens2 device hardware, MRTK architecture, common functions (device portal, photo and video, research mode, diagnostic system, etc.), components and events, UX elements, gesture interaction, voice commands , gaze interaction, light and shadow effects, 3D spatial sound effects video, cloud operation, design principles, performance optimization, etc. From introduction to practice, the course explains in detail the development of MR applications on the HoloLens2 device.
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The development of science and technology has expanded the depth and breadth of human perception and enhanced human cognitive ability of the world. The high-speed data flow makes the transmission and acquisition of information more convenient than ever. The emergence of virtual and real fusion technology has created a new dimension in the field of human cognition and promoted the development of information acquisition in a more efficient, intuitive and realistic direction.
Augmented reality (AR) and mixed reality (MR) technology are technologies that integrate and display virtual information with the real world. They widely use artificial intelligence, three-dimensional modeling, real-time tracking and registration, virtual and real fusion, intelligent interaction, sensor computing, etc. It is a technical means that simulates computer-generated text, images, three-dimensional models, audio, video, animation and other virtual information and then applies it to the real world. AR/MR technology takes into account the relationship between the real world and virtual information at the same time. Virtual and real information complement each other to create a seamless hybrid experience of real and virtual.
In recent years, AR/MR technology has received widespread attention from professional technicians and ordinary people. Driven by computer hardware, machine vision, and artificial intelligence technology, AR/MR technology has shown strong development momentum, with great improvements in tracking accuracy, device performance, and naturalness of human-computer interaction. According to predictions by authoritative organizations, AR/MR technology will become one of the most important technologies that will change people’s lives and work in the next decade, and with the help of 5G technology, demand and applications will explode.
According to a Gartner research report, AR/MR technology has jumped out of the Hype Cycle in 2019, that is, it has entered the stage of commercial application. According to research reports by IDC and PricewaterhouseCoopers, the AR/MR market will reach US$330 billion by 2025 and exceed US$1 trillion in 2030; in 2025, the global AR/MR talent gap will be as high as 2 million (400,000 in China). ), the talent demand will exceed 6 million in 2030.
AR/MR is rapidly entering industrial manufacturing, games, e-commerce, military and other fields, and its applications are becoming more and more widespread. A large amount of market demand will further promote the maturity and application of the technology.
At the same time, the Chinese government is vigorously guiding the development and implementation of new technologies. ARVRMR technology has become a high-tech field that is the core development of the country’s “14th Five-Year Plan”. In 2019 alone, governments at all levels issued more than 40 policy documents to promote the development of ARVRMR. , including 7 national-level documents.
The wheel of history is rolling forward. The Internet and mobile Internet have become the back gardens of the giants, and the entire market is going crazy. For technicians, finding the right direction is more meaningful and far-sighted than working hard. In view of this, we have planned 9 series of ARMR video tutorials, which will be launched in the future to help developers get involved in the wave of new technologies earlier and seize new technological high points.
It is far easier to stand on the shoulders of those who came before you than to go through all the obstacles alone and break new ground!
If you want to go fast,go alone；
If you want to go far, go together ！