• Lectures • Notes and PowerPoint Presentations in digital format through the electronic platform • Basic textbook(s) and additional bibliography • Assignments • Meetings with the instructor(s) • Discussions in Forums through the electronic platform of real word case studies • Web links • Critical reflection on research article • Peer review on group working and discussion in forum • Educational videos on real world case studies and critical discussion in forum
2022-now Generative Methods for Computer Graphics , DTU , two lectures, MSc Responsible AI , DTU , BSc, MSc Creating Digital Visual Experiences , DTU , BSc, MSc Geometric Data Analysis and Processing , DTU , one lecture, MSc 2022-2023 Introduction to Programming and Data Structures , DTU , BSc (430 studens) 2020-2022 Babysitting Neural Nets , CSEM,深度学习入职课程2014-2018计算摄影,伯尔尼大学和EPFL,MSC
• Title: RF Microelectronics • Author: Behazad Razavi • Publication date and edition: Prentice Hall, 2012 Second Edition • ISBN number: ISDN 0-13-713473-8 Course Schedule Prof. Eisenstadt will deliver all the online lectures except for supplemental RF and ADS design lectures and recital lectures by Supervised Teaching Student Chin-Wei Chang.第1周:RF电子设备,现代CMOS MOS晶体管,简单的MOS放大器(Razavi第1章,讲义)第2周:MOS模拟构件和放大器电路(Razavi 2.1,antouts,Dentouts,ankertouts,ankernouts)第3周:基本RF概念,基本的RF Circulity,RF Circultion,Razavi 2.2,Razavi 2.2,4.3周四,RF Circultion,razavi consement,razavi 2.1,anthouts)。 2.3) Week 5: S-parameters, s-parameter examples, Dynamic Range (Razavi, 2.4, 2.6,) Week 6: Sensitivity and Dynamic Range, Analog Modulation, Digital Modulation (Razavi 3.2, 3.3) Week 7: Basic Heterodyne Receivers, Modern Receivers, Exam 1 (Razavi 4.1, 4.2) Week 8: Modern Receivers, Basic RF Filter Analysis, RF Series to Parallel (Basic Matching Networks) (Razavi 4.3, 2.5, handouts) Week 9: LNA Considerations, LNA Topologies, LNA Design CS and CG, ADS Design Project Assigned to Students (Razavi 5.1, 5.2, 5.3)) Week 10: LNA Design CS and CG, Capacitive Transformer, MOS Time Constant Circuits (Razavi 5.3, handouts) Week 11: Passive RF Circuits, RF Spiral Inductors,螺旋感应器计算,考试II(Razavi,7.1,7.2)第12周:RF电感器变量,振荡器基础知识,(Razavi,7.3,7.4,8.1)第13周:振荡器设计,RF振荡器(Razavi,Razavi,8.2,8.2,8.2,8.2,8.2,8.2,8.2,8.2,8.2,8.2,8.2,8.2),振荡器,示波器,示波器,示波器,振荡器,示波器,示波器,示波器,振荡度为被动和主动的示例混音器问题,设计项目(Razavi,6.2,6.3)
Advanced Supply Chain Systems Planning and Network Design (SCM.275), MIT Spring 2024 • Role: Recitation Instructor and Course Developer, Instructor Evaluation Rating: 6.9/7 • Core course of the Supply Chain Management (SCM) Master's Program and elective for MBA • Instructed recitation sessions and office hours and graded homeworks • Designed materials for recitation lectures, assignments, in-class demonstrations on supply chain network design, stochastic编程,库存和收入注意事项以及多目标优化。
Through a combination of lectures, case stu dies , in teractive d isc ussions, and practi cal e xercises, th is program wil l empower pa rticipants to e ffectively lead and ad voca te for clima te adaptatio n and develop re sili ence in their resp ective fields and com munities.一起,我们可以解决c lima te cha nge的Challen ges,并为所有人提供了更加可观且具有弹性的未来。
此外,我们将表明,不可压缩的对象包含许多我们期望从随机对象中的正确物体。[4个讲座]我们将引入经典信息The-Ory的一些基本不平等。[3个讲座]课程的后半部分将集中在列内物体的随机性上。我们将使用结构度量[5个讲座]引入Martin-Lof随机性的概念,并涵盖相对随机性的符号的重要特性,即van lambalgen定理[5个讲座]和kucera-gacs定理[5个讲座]。
6 讲:高性能计算架构和并行编程模型。 1 讲:学习使用 Northeastern Discovery 集群 1 讲:Linux Essentials 1 讲:超级计算集群作业调度系统 SLURM 简介 4 讲:Python 中的并行性 4 讲:并行机器学习 1 讲:高性能深度学习简介 1 讲:GPU 和 CUDA 简介 1 讲:PyTorch 简介 4 讲(或更多):PyTorch 中的并行深度学习 2 讲:HPC、机器学习、深度学习会议和讨论(这取决于会议是否可用) 4-6 讲:项目流程 注意:此时间表可能会更改,并将在整个学期根据需要进行调整。详细信息显示在 Canvas 上的教学大纲中
Course Coordinator(s): Dr YQ Song, School of Biomedical Sciences (Tel: 3917 9245; Email: songy@hku.hk ) Delivery Mode of Lectures: Face-to-face Lecture Venue: Lecture Theatre 1, G/F, William MW Mong Block, No.21 Sassoon Road期末考试:2025年5月23日,星期五(9:30 - 11:30 AM)201号房间,HKU Main Campus Main Building21 Sassoon Road期末考试:2025年5月23日,星期五(9:30 - 11:30 AM)201号房间,HKU Main Campus Main Building
其它值得参考的书: 1.Lectures on Quantum Mechanics ,作者 : Steven Weinberg, 出版社 : Cambridge University Press 。 2.James Binney and David Skinner, The Physics of Quantum Mechanics, 3.Quantum Mechanics - A Modern Development, 作者 : Leslie E. Ballentine, World Scientific Publishing Company.4.David Tong 的在线讲义, Lectures on Topics in Quantum Mechanics, http://www.damtp.cam.ac.uk/user/tong/topicsinqm.html 5.最 后推荐一下我本科量子力学老师张永德老师的《量子力学 ( 第 2 版 ) 》,作 者:张永德,科学出版社。