Cutting-edge technologies collectively appeared at the 82nd Educational Equipment Exhibition, and new applications such as ApeBug.com and AR programming attracted attention

whip牛士 According to news on October 23, the application of virtual reality technology based on artificial intelligence is bringing new possibilities to education. On October 20, at the 82nd China Educational Equipment Exhibition, Ape Programming released the latest series of AR programming "Algorithm Basics" and demonstrated its full-stack programming learning and creation platform "Ape Programming Laboratory", allowing many exhibitors to experience Artificial intelligence is about to have a huge impact on future schools, education and teaching.

Cutting-edge new products in innovative programming education were unveiled at the exhibition

At the exhibition, a class on "traditional craftsmanship" and "movable type printing" was particularly eye-catching. The staff used electronic equipment to scan the physical instruction card, and a vivid three-dimensional "printing workshop" immediately appeared on the big screen in front of them. In the scene, the robot is transporting the out-of-order movable type to the output port in the correct order according to the instructions on the previously placed instructions. According to reports, this is a new series of AR programming exclusively developed by Ape Programming - AR Programming Algorithm Basics, which will be displayed for the first time at the Educational Equipment Exhibition.

“Here, the five major components of the computer—controller, arithmetic unit, memory, input device, and output device—are used to design tasks for the underlying logic. The small robot that performs the task on the screen actually runs the abstract computer program. The process is concretely expressed through animation."

The staff said that AR programming is the first artificial intelligence education course exclusively created by ApeBusiness. Based on AR technology, it combines computer virtual 3D images with the real environment to create an innovative classroom with "combination of virtual and real", making knowledge three-dimensional and scene-based. ization, allowing students to explore and learn immersively.

Previously, Ape Programming has launched two series: AR Programming Basics and AR Programming Advanced, which are mainly aimed at lower grades of primary schools, while AR Programming Algorithm Basics has been extended to senior grades. This new series breaks the limitation that computers are required to learn high-level programming knowledge, allowing students to learn algorithm programming in an ordinary classroom environment with the help of physical programming forms, effectively helping artificial intelligence education courses in after-school service scenarios universal. "The content of the new series is closer to the real principles of computers and meets the cognitive level and learning needs of senior students."

The AR programming course content is designed to adhere to the educational philosophy of cultivating people with moral integrity and integrating five educations, focusing on the integration of interdisciplinary knowledge, and this latest series is no exception. Movable type printing is known as one of the four great inventions in ancient my country. This theme is designed to allow students to train their thinking while getting close to traditional culture and enhancing national self-confidence.

It is understood that AR programming has been used in more than 500 schools including Zhongguancun No. 2 Primary School in Haidian District, Beijing, Guanghua School of Tsinghua University Affiliated Middle School, Shazitang Primary School in Changsha, Yihe Road Primary School in Zhengzhou, and Xi'an High-tech No. 1 School. The school was established. Its supporting equipment has also been used in research projects at Beijing Normal University and has been officially recommended by Beijing Normal University.

Leverage technological advantages to create a multifunctional laboratory

Ape Programming’s five themed laboratories, which were exhibited together for the first time, were also unveiled at the exhibition, namely "Intelligent Hardware Laboratory", "Game Algorithm Laboratory", "Data Analysis Laboratory", "Internet Laboratory" and "Artificial Intelligence Experiment" room". The five laboratories are all derived from the full-stack programming learning and creation platform created by Ape Programming specifically for teenagers. They were independently developed by the Ape Programming technical team and have 39 independent intellectual property rights.

Ape Programming’s five major laboratories each have their own characteristics, attracting many audiences to watch and experience. In the intelligent hardware laboratory, the staff demonstrated the "Somatosensory Remote Control Car" on-site. This work combines programming and intelligent hardware, which can not only learn programming, but also train young people's key abilities such as hands-on practice, innovative applications and computational thinking.

In the Game Algorithm Laboratory, the audience experienced the logic and algorithm behind the game design through the fun and interesting two-player battle game "Fruits and Vegetables Battle", and also learned about the conductive properties of objects. In the data analysis laboratory, the audience learned how to discover, use and control data through "YBC Weather Forecast".

Internet Lab presented the "Live Call" project. The audience can not only capture the "trajectory" of data transmission on the Internet, but also clearly see the different "forms" of data like a cook trying to understand a cow. The Artificial Intelligence Laboratory helps viewers explore the principles behind artificial intelligence through "Image Recognition Program".

According to the staff, the purpose of creating a programming laboratory is to allow children to apply the knowledge they have learned to technology and life more deeply in the process of learning programming knowledge, to help children build their knowledge transfer abilities, and to stimulate their interest in science and technology.

In addition, various intelligent hardware programming works on display were built with the "i Intelligent Manufacturing Suite" independently developed by Ape Programming. Its diverse and interesting functions also attracted many viewers to participate in the interactive experience.

Expand future horizons and support the construction of digital education

Public information shows that Aiankubo takes "cultivating technological youth in the era of artificial intelligence" as its brand mission. Its educational product system mainly focuses on the four aspects of "programming language, computational thinking, creativity, and future vision" and is targeted at schools. Provide artificial intelligence education courses and services to families.

According to reports, the product development of Ape Programming focuses on professionalism and innovation, helping children learn artificial intelligence knowledge, using course cases to inspire children’s sense of mission, so that children learning programming is no longer just a small interest, but a person with future vision. great ideal. Up to now, the YuanKuo learning and creation platform has served more than 4 million students; the overall artificial intelligence innovative education solution provided for schools has been implemented in more than 1,500 schools across the country, with more than 100,000 students using it.

The person in charge of the Ape Programming site said that the China Educational Equipment Exhibition provided a rare display window for Ape Programming. “We hope that through the equipment exhibition, we can promote various educational units, institutions and enterprises at all levels to have an in-depth understanding of the latest development trends of Ape Programming, so that we can give more and full play to the advantages of technological innovation, deepen the ‘addition’ of scientific education, and accelerate the Contribute to building a country that is strong in education, science and technology, and talented people."

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