All current Microcontrollers Courses courses in 2024
8 Courses
Artificial Intelligence and IoT: Naive Bayes
Embark on a transformative journey with our project-based course, "Artificial Intelligence and IoT: Naive Bayes," available on Udemy. This comprehensive program is meticulously designed to guide you from the fundamental concept to creating an AIoT system prototype using the Naive Bayes algorithm. Experience hands-on learning with Naive Bayes classi.
Udemy
Paid Course
1-2 hours
On-Demand
Tiny Machine Learning (TinyML)
Discover the innovative world of Tiny Machine Learning (TinyML) with the Professional Certificate program jointly offered by Harvard University and Google TensorFlow. Dive into this breakthrough field that merges machine learning's vast capabilities with the unique requirements of tiny, power-sensitive devices. This comprehensive program covers ess.
edX Professional Certificate
$897.00
16 weeks, 2-4 hours a week
Machine Learning at the Edge on Arm: A Practical Introduction
Embark on a transformative learning journey with Machine Learning at the Edge on Arm: A Practical Introduction, hosted by edX. This course is designed to illuminate the impactful ways Arm technology enables connected devices to process vast arrays of data locally on microcontrollers—commonly referred to as 'the Edge'—and how this strategy enhances.
edX
Free Online Course (Audit)
6 weeks, 3-6 hours a week
On-Demand
Intelligent Digital Factories
Intelligent Digital Factories | Coursera Specialization
To promote the engineering skills required for Digital Factories, the proposed specialization on Intelligent Digital Factories offers learners strong fundamentals of microcontrollers, covering hardware and software architectures, programming, debugging strategies, and hands-on.
Coursera Specialization
Paid Course
智能系统创新与实现
《智能系统创新与实现》是一门由高校教师、科创教育专家、智能硬件设计开发工程师共同打造的面向科创教育师范生培养的特色课程。该课程在阐述科技创新教育概念基础上，详细介绍了智能硬件的控制方法、使用方法。旨在带领学生利用智能硬件系统进行项目式实践的同时培养学生的科技创新能力。
提供机构: XuetangX
课程类别: 嵌入式系统课程, 微控制器课程, 控制系统课程, 软件开.
走进电世界
《走进电世界》是一门专为非电类专业大学生和中学生开设的通识课程。其核心目的是让学生了解电子技术相关专业及课程的特点，机器人和智能汽车的基本理念及其最新发展状况，人工智能的基础知识，以及电子学与典型应用电路。在课程内容上，首先带领学生认识国内外电子类专业的特色、课程体系，并指导如何从高中阶段过渡到大学的电子专业学习。通过课程地图，学生可以清晰了解.
智能网联车的原理及应用
(1) 讲解无人驾驶车辆定义、技术发展、未来趋势与发展热点，使学生了解无人驾驶及汽车的发展方向，拓展学生视野；
(2) 教授无人驾驶技术及原理，让学生掌握车辆涉及的关键技术，提升在该方面的研究水平；
(3) 学习并掌握传感器的基本理论知识，深入掌握单片机的开发应用和编程控制；
(4) 指导学生以 K60 系列单片机为车辆控制的 CPU，通过编程和外围电路设计实现智能小车.
Advanced Driving Assistance System
Explore the main contents of this course, designed to provide a comprehensive understanding of driverless vehicles and their evolution. Learn the fundamental principles and key technologies behind autonomous vehicles, including environment perception, obstacle avoidance, and path planning.
Students will gain hands-on experience by constructing a.
