The RSC-V architecture has attracted great attention from the industry in a very short period of time. From many small companies that react quickly to powerful giant companies (such as Alibaba, Huawei, etc.), they have all begun to use the RISC-V architecture to develop products. Especially in the field of embedded Internet of Things, whether it is hardware processor cores or software tool chains, RSC-V architecture processors have the ability to replace traditional commercial embedded processors (such as ARM Cortex-M processors). This course will teach RSC-V embedded system development step by step, so that you can quickly master the most powerful free open source architecture in actual combat!
Total of 32 lessons10 hours and 46 minutes and 31 seconds
Based on Qinheng's self-developed RISC-V MCU, the RISC-V MCU peripherals and usage methods are introduced through actual project practice.
Total of 22 lessons9 hours and 48 minutes and 26 seconds
When Xianji's dual-core 800MHz RISC-V first came out, it was targeted because of its domestic production, high performance, and low price. Although everyone is not familiar with Xianji, the film looks very good. I read the reviews of a small group of front-line engineers on the forum. Share and test it more delicious~ In order to let more engineers get to know this "legendary domestic MCU" in depth, EEWorld specially invited Xianji to conduct a live broadcast on the theme of HPM6750 to demonstrate its strength in real time: a single chip controls 4 servo motors + LCD? So easy~ These only use 50% of the computing power, and half of the computing power is still "sleeping". You can also use the serial port, CAN and Gigabit Ethernet supporting 1588 at the same time to implement more applications...
Total of 1 lessons1 hours and 21 minutes and 54 seconds
The operating system is the core system software in the computer system that is responsible for managing various software and hardware resources, and provides a good environment for application software to run. Mastering the basic principles of operating systems and their core technologies is a basic requirement for undergraduate computer science graduates from research-oriented universities. This course is a core course for computer majors. It uses mainstream operating systems as examples and the teaching operating system ucore as the experimental environment. It teaches the concepts, basic principles and implementation techniques of operating systems, and prepares students for the research and development of operating system software and the full use of operations. System functions to lay a solid foundation for application software research and development.
Total of 128 lessons1 days and 5 hours and 17 minutes and 12 seconds
This course is a professional basic course for information and electronic engineering and related computer majors. The course includes processor RISC-V instruction set, addressing mode, data types, assembly language, processor microstructure, controller and pipeline, storage system, cache , virtual storage, multi-processor and parallel technology, system design performance evaluation and software and hardware co-design methods, etc.
Total of 34 lessons7 hours and 9 minutes and 48 seconds