在过去的多年实践中,FABO自主研发的FABO X |”智造学术”、FABO P | “数制乐园”课程体系,覆盖小学、初中、高中、职业院校等年龄梯段的30多个学校。课程以联合国可持续发展目标SDGs(Sustainable Development Goals)为PBL的趋势性问题和挑战来源, 融合设计、艺术与科技,让学生在跨学科学习情景中活化知识学习并产生知识迁移,培育他们关怀他人、胸怀世界的社会责任感,点燃他们终身学习内驱力和激情,赋能他们成为人工智能时代的创新型领导人才。
STEDM的“D”,不仅仅是涵盖了“艺术-A”作为技术(绘画、音乐、舞蹈、木艺等)同其他学科领域的融合,更是在“设计思维 – D(Design Thinking)”作为顶层指引下的“项目式学习(Project Based Learning)”的教育内容和系统的设计。
算术是一种计算事物的方法。逻辑是一种预测的方法。形状和形式可以使事物丰富多彩。 Coding language basics:Arithmetic is a way to count things. Logic is a way to predict. Shape and forms can make things colorful.
模块2变量、循环与随机性:
随机性是出乎意料和不可预测的。但由于随机性,人工智能从此变得多才多艺、人性化。Randomness:-Variables, cycles and randomnessRandomness is unexpected and unpredictable. But with randomness, AI is henceforth versatile and humanization.
Pixels and Image Processing:Photos are made out of little colors. Colors can be changed to make photos more interesting.Facial recognition and Object detection are realized by image computing.
模块4 前沿AI技术与艺术呈现
图像着色、面部识别、超分辨率、图像相似性、深度梦、快速风格转换、人口统计识别。
DEEP AI:Image Colorization, Facial Recognition, Super Resolution, Image Similarity, Deep Dream, Fast Style Transfer, Demographic Recognition.
模块5 量子计算与复杂度,神经网络
你能让计算机工作得越来越快吗?
排列:你如何通过聪明或超级聪明来解决难题?你如何制作拼图的所有可能组合?你如何寻找事物的内在?
神经网络:什么是网络?什么是神经网络?
Quantom computing:Can you make computer work faster and faster?
Permutations: How do you solve a puzzle by being smart or super smart? How do you make all possible combinations of a puzzle? How do you look for something inside everything?
Neural network: What is a network? What is a neural network?