제어시스템 설계 강의 >[ 1번 강의 전반부 | https://youtu.be/y1kwWv6CiEA ] [ 후반부 | https://youtu.be/SwMS4QgT650 ] >> 6.1 Frequency Responses >>> {{ pdf:cse_2020-2_-syllabus-rev.pdf | Syllabus }} >>> {{ pdf:cse_2020-2_-ln1-2.pdf | PDF }} >[ 2번 강의 전반부 | https://youtu.be/giVWxcJLFpw ] [ 후반부 | https://youtu.be/wa9NyPdXy0g ] >> 6.1 Frequency Responses (Bode Plot Techniques) >>> {{ pdf:cse_2020-2_-ln2-1.pdf | PDF }} >[ 3번 강의 | https://youtu.be/fH0ssQOxMwk ] >> 6.1 Frequency Responses (Steady-State Errors) >> 6.2 Neural Stability >>> {{ pdf:cse_2020-2_-ln2-3.pdf | PDF }} >[ 4번 강의 | https://youtu.be/OV1-ohqR5k0 ] >> 6.3 Nyquist Stability Criterion >>> {{ pdf:cse_2020-2_-ln3-1.pdf | PDF }} >[ 5번 강의 | https://youtu.be/GNAMRs8jGSY ] >> 6.3 Nyquist Stability Criterion (2nd) >>> {{ pdf:cse_2020-2_-ln3-3.pdf | PDF }} >[ 6번 강의 | https://youtu.be/3OnylyA3Fz4 ] >> 6.4 Stability Margins >>> {{ pdf:cse_2020-2_-ln4-1.pdf | PDF }} >[ 7번 강의 | https://youtu.be/uyHvoyBHCSI ] >> 6.4 Stability Margins (2nd) >> 6.5 Bode’s Gain-Phase Relationship >> 6.6 Closed-Loop Frequency Response >>> {{ pdf:cse_2020-2_-ln4-3.pdf | PDF }} >[ 8번 강의 | https://youtu.be/LZSAP-YeqHs ] >> 6.7 Compensation >>> {{ pdf:cse_2020-2_-ln5-1.pdf | PDF }} >[ 9번 강의 전반부 | https://youtu.be/m5nowiIpmeI ] [ 후반부 | https://youtu.be/rBXZaKHrudw ] >> 6.7 Compensation (2nd) >>> {{ pdf:cse_2020-2_-ln5-3.pdf | PDF }} >[ 10번 강의 | https://youtu.be/ogTOwBp_knI ] >> 6.8 기타: 알아야 할 내용 (타교재) >>> {{ pdf:cse_2020-2_-ln6-1.pdf | PDF }} >[ 11번 강의 | https://youtu.be/epftipW6nOQ ] >> 7.1 Advantages of State-Space >> 7.2 System Descriptions in State-Space >> 7.3 Block Diagrams and State-Space >>> {{ pdf:cse_2020-2_-ln6-3.pdf | PDF }} >[ 12번 강의 | https://youtu.be/vehs6DeNMyI ] >> 7.4 Analysis of the State Equations >>> {{ pdf:cse_2020-2_-ln7-1.pdf | PDF }} >[ 13번 강의 | https://youtu.be/WZHX2QXwVBM ] >> 7.4 Analysis of the State Equations (2nd) >>> {{ pdf:cse_2020-2_-ln7-3.pdf | PDF }} >[ 14번 강의 | https://youtu.be/Rymo1ilAeXs ] >> 7.4 Analysis of the State Equations (3rd) >>> {{ pdf:cse_2020-2_-ln8-1.pdf | PDF }} >[ 15번 강의 | https://youtu.be/zb-rsGrW0Hg ] >> 7.5 Control Law Design for Full-State Feedback >>> {{ pdf:cse_2020-2_-ln8-3.pdf | PDF }} >[ 16번 강의 | https://youtu.be/0R_AKkN7jmk ] >> 7.5 Control Law Design for Full-State Feedback (2nd) >> 7.6 Selection of Pole Locations for Good Design >>> {{ pdf:cse_2020-2_-ln10-1.pdf | PDF }} >[ 17번 강의 | https://youtu.be/41yGIfOHKFE ] >> 7.6 Selection of Pole Locations for Good Design (2nd) >>> {{ pdf:cse_2020-2_-ln10-3.pdf | PDF }} >[ 18번 강의 | https://youtu.be/Izdzw60fpPo ] >> 7.7 Estimator Design >>> {{ pdf:cse_2020-2_-ln11-1.pdf | PDF }} >[ 19번 강의 | https://youtu.be/vSInfLs3rtU ] >> 7.8 Compensator Design: Combined Control Law and Estimator >>> {{ pdf:cse_2020-2_-ln11-3.pdf | PDF }} >[ 20번 강의 | https://youtu.be/N8k5poqhAYo ] >> 7.9 Introduction of the Reference Input with the Estimator >>> {{ pdf:cse_2020-2_-ln12-1.pdf | PDF }} >[ 21번 강의 | https://youtu.be/_30e6s6dlkk ] >> 7.10 Integral Control and Robust Tracking >>> {{ pdf:cse_2020-2_-ln12-3.pdf | PDF }} >[ 22번 강의 | https://youtu.be/ln82HN1gzzc ] >> 8.1 Digitization >> 8.2 Dynamic Analysis of Discrete Systems >>> {{ pdf:cse_2020-2_-ln13-1.pdf | PDF }} >[ 23번 강의 | https://youtu.be/DWUOnbuxM64 ] >> 8.3 Design using Discrete Equivalents >>> {{ pdf:cse_2020-2_-ln13-3.pdf | PDF }} >[ 24번 강의 | https://youtu.be/fTK7IRHqGYk ] >> 8.4 Hardware Characteristics >> 8.5 Sample-Rate Selection >> 8.6 Discrete Design >>> {{ pdf:cse_2020-2_-ln14-1.pdf | PDF }} >[ 25번 강의 | https://youtu.be/zkfso1cWeUQ ] >> 9.1 Why Study Nonlinear Systems? >> 9.2 Analysis by Linearization >>> {{ pdf:cse_2020-2_-ln14-3.pdf | PDF }} >[ 26번 강의 | https://youtu.be/NcqK3_wYJ4U ] >> 9.3 Equivalent Gain Analysis using the Root Locus >>> {{ pdf:cse_2020-2_-ln15-1.pdf | PDF }} >[ 27번 강의 | https://youtu.be/faZVXqHayOQ ] >> 9.4 Equivalent Gain Analysis using Frequency Response: Describing Functions >>> {{ pdf:cse_2020-2_-ln15-3.pdf | PDF }} > 중간고사 문제 및 답안 >> {{ pdf:midtermexam_2020-2_.pdf | PDF }} >> {{ pdf:solutionmidtermexam_2020-2_.pdf | PDF }} > 기말고사 문제 및 답안 >> {{ pdf:finalexam_2020-2_.pdf | PDF }} >> {{ pdf:solutionfinalexam_2020-2_.pdf | PDF }}