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00:00:05
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Overview |
00:01:18
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Rossmanith |
00:01:20
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i1: Analysis of Algorithms (Rossmanith) |
00:02:51
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Prof. Dr. Walter Unger |
00:02:55
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i1: Effiziente Algorithmen (Unger) |
00:04:26
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i1: Algorithmische Kryptographie (Unger) |
00:07:27
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i2: Theoretical Foundations of UML (Katoen) |
00:08:27
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i2: Concurrency Theory (Noll, Katoen) |
00:09:26
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i2: Semantics and Verification of Software (Noll) |
00:11:08
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i2: Satisfiability Checking (Ábrahám) |
00:13:49
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i7: Mathematical Logic II (Grädel) |
00:15:15
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i7: Foundations of Data Science (Grohe) |
00:15:55
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i7: Recursion Theory (Grohe) |
00:16:43
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i7: Infinite Computations and Games (Löding) |
00:18:46
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i3: Applied Software Engineering within the life cycle of Automotive Electronics (Schleicher, DSA) |
00:19:07
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i3: Practicals |
00:19:49
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Horst Lichter |
00:20:02
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i3: Object Oriented Software Construction (Lichter) |
00:21:55
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i4: Advanced Internet Technology (Wehrle) |
00:22:57
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i4: Communication Systems Engineering (Wehrle) |
00:23:33
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i4: Security & Privacy Lunch |
00:24:06
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Stefan Kowalewski |
00:24:44
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i11: Dynamic Systems for CS Students (Kowalewski) |
00:25:30
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i11: Formal Methods for Logic Control Systems (Kowalewski, Bohlender, Völker) |
00:27:37
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i5: Implementation of Databases (Jarke/Quix) |
00:28:21
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i5: Web Science (Klamma) |
00:29:16
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i5: Specialization Classes |
00:31:50
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lufgi5 |
00:33:02
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i5: Artificial Intelligence (Lakemeyer) |
00:34:05
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i9: Einf. Webtechnologien (Schroeder) |
00:36:26
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i6: Statistical Classification and Machine Learning (Ney) |
00:38:10
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i6: Automatic Speech Recognition (Schlüter, Ney) |
00:39:48
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i8: Basic Techniques in Computer Graphics (Kobbelt) |
00:41:10
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i8: Real-Time Graphics (Kobbelt) |
00:43:24
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i8: Physically-Based Animation (Bender) |
00:44:20
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i8: Machine Learning (Leibe) |
00:47:01
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i8: Discrete Differential Geometry (Bommes) |
00:49:37
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i10: Designing Interactive Systems I (Borchers) |
00:52:20
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i10: iOS Application Development (Borchers) |
00:53:34
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i10: Fab Academy |
00:54:35
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i12: High Performance Computing (Terboven, Wienke, Miller) |
00:58:02
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i12: Computational Differentiation (Naumann) |
01:00:16
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i12: Intro. Virtual Reality (Kuhlen) |
01:02:34
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i13: Parallel Programming (Bientinesi) |