| Course organization, motivation, software maintenance and software evolution |
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| The complexity problem |
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| The complexity problem and predictible evolutionary path of technology |
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| Autonomic computing, autonomic element, managability interface, sensors, effectors, autonomic reference architecture (ACRA) |
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| Autonomic element, autonomic manager, MAPE-K loop, monitor, analyzer, planner, executor |
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| Self-adaptive systems |
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| Ultra Large Scale (ULS) Systems I |
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| Ultra Large Scale (ULS) Systems II |
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| Ultra Large Scale (ULS) Systems III |
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| Context Management and Self-Adaptivity for Situation-Aware Smart Software Systems (by Norha M. Villegas) |
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| Midterm Instructions and Ultra Large Scale (ULS) Systems IV |
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| What did you learn this week? |
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| Laws of software evolution (Lehman) |
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| Reverse engineering |
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| Horseshoe Model of Reengineering |
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| Rigi, Graph Models, Feedback Control and the Coming Machine Revolution |
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| Views, SEI Views, and Siemens Views |
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| Program Comprehension Theories |
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| Program Comprehension Theories and Tools |
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| AntiPatterns I and AntiPattern Play Specification |
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| AntiPatterns II |
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| Design By Committee |
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| AntiPatterns III |
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| Review |
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Your advice |
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