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 Previous semester
 7th semester

19 LVs, 54 ECTS (+ 1 bachelor thesis) to go, 2 tutorial groups
7th semester
 bachelor studies progress, CS

bachelor studies, CS
 bachelor studies progress, SDBM

bachelor studies, SDBM
 master studies progress

master studies
ECTS todo  ECTS done  success rate  SDBM done  CS done  SDBM optional courses  CS optional courses  
1st sem  38  25.5  67%  7 / 53  7 / 54  1 / 12  2 / 12 
2nd sem  29  31  81%  13 / 53  15 / 54  9.5 / 12  4.5 / 12 
3rd sem  37  37  68%  25 / 53  26 / 54  12 / 12  10.5 / 12 
4th sem  42.5  32  66%  34 / 53  37 / 54  12 / 12  12 / 12 
5th sem  53  28.5  52%  38 / 53  45 / 54  12 / 12  12 / 12 
6th sem  72.5  24.5  34%  46 / 53  49 / 54  12 / 12  12 / 12 
7th sem  69  39  56%  48 / 53  51 / 54, 12 / 36  –  4.5 / 8 
Public content #
gdi_doc got released on 30th of Nov 2013.
 “Grundlagen der Informatik” (lecture notes)
 gdi_doc on github
Collected by various semesters. Currently the documents are a chaotic system. PDF files unless stated otherwise.
 “Architecture of Distributed Systems” (course summary)
 “Definitionen aus der LV Analysis T1” [source] (course summary, math cheatsheet)
 “Bayes' Theorem: The Monty Hall Problem” [source]
 “Boolean cheatsheet” [source] (math cheatsheet)
 “BuBi Notizen” [source] (course notes)
 “Combinatorics lecture notes” (pretty messy)
 “Konvergenzkriterien” [source] (course summary)
 “CTCS List of evaluated nimbers” (nimbers for various games)
 “Databases and relations” (database theory cheatsheet, based on DB courses)
 “Datenbanken 1” (course summary)
 “Digital Libraries” (course summary)
 “Fragenausarbeitung Einführung in das Studium der Informatik” [source] (exam question elaboration)
 “VO Einführung in die SoftwareentwicklungWirtschaft Fragenausarbeitung” [source] (exam question elaboration)
 “Einheiten der Elektrodynamik” (electrical engineer's cheatsheet)
 “EWM answers” [text] (exam question elaboration)
 “EWM questions” [text] (exam questions)
 “EWM terminology” [text] (knowledge management terminology)
 “Fundamentals of Operating Systems Notes” (course summary)
 “GDI exam” [text] (exam overview)
 “Sammlung der Probleme aus der LV GDI” [source] (exam questions/problems)
attached: nfa_1.pdf [source], nfa_2.pdf [source], nfa_3.pdf [source]  “GPG discussion” [HTML] (An archived newsgroup discussion about GnuPG)
 “RO Modellprüfung ausgearbeitet” [0] [1] [2] [3] [4] [5] [6] [7] [8] [9] [10] [11] [12] [13] [14] [15] [16] [JPEG] (exam question elaboration)
 “Logic and Logic Programming Introduction” [Prolog] (prolog source code examples
 “Problems of linear algebra with numpy and scipy” [python] (introductory problems of the course solved in python)
 “NRLA cubic spline exercise” (exercise solution)
 “NRLA {pseudo inverse, qr decomposition, cubic spline} exercises” (exercise solution)
 “NRLA summary” [source] (course summary)
 “Number theory” [source] (math cheatsheet)
 “OS Notes/summary”
 “Parity cheatsheet” [source] (math cheatsheet)
 “Pascal's triangle” [source] (math cheatsheet)
 “Project management notes” (project management notes and exam questions)
 “Exercise collection for mathematical proofs” [source] (math exercises collection, very incomplete)
 “QASD summary” [RST]
 “RNO Ausarbeitung” (exam question elaboration)
 “RNO cheatsheet” [source] (course summary)
 “Software architecture” [source] (course summary)
 “Security aspects in software development” (course summary)
 “Software development in distributed environments” (course summary)
 “Software paradigms exam 27.6.2011” [source] (SWP exam elaboration)
 “Theoretical Computer Science 2” (the very comprehensive lecture notes) [sources]
 “WFI summary” [source] (course summary)
 “WSWT summary”
Small tools
Might only be applicable to a specific course at a specific semester.
 “Dexalyser” [python] (binary file beautifier)
 “GDI AngabeVier Beispiel 2 Testsuite” [perl] (testsuite)
 “GDI AngabeVier Beispiel 3 Testsuite” [perl] (testsuite)
 “GDI exam grade probability” [python] (probability calculator)
 “RNO I/O generator” [python] (file format converter)
 “An incomplete TOY to ASM compiler” [C] (compiler)
MOOCs
Notes of finished courses
 “Algorithms: Design and Analysis, Part 1” (Coursera, Stanford University, Tim Roughgarden)
 “Algorithms: Design and Analysis, Part 2” (Coursera, Stanford University, Tim Roughgarden)
 “Games without Chance: Combinatorial Game Theory” (Coursera, Georgia Institute of Technology, Tim Morley)
 “Introduction to Mathematical Philosophy” (Coursera, LMU Munich, Hannes Leitgeb & Stephan Hartmann)
 “Software As A Service” (EdX, UC Berkeley, Armando Fox & David Patterson)
 “Strategic Management” (Open2Study, Mo Kader)
Exercises #
 Advanced Computer Networks

 17th of Oct 2013, Topic selected
 Split up tasks
 Assign tasks
 Presentation of intermediate results
 Implementation
 Presentation of final results
 Meeting with practicals instructor
 Exam
 Algorithm Design Seminar 1

 16th of Oct 2013, Paper selected
 Read completely
 Implement
 Prepare presentation
 Combinatorics

 Assignment sheet #1
 Assignment sheet #2
 Assignment sheet #3
 Assignment sheet #4
 Assignment sheet #5
 Assignment sheet #6
 Assignment sheet #7
 Presentation of an exercise, #1
 Presentation of an exercise, #2
 Presentation of an exercise, #3
 Presentation of an exercise, #4
 Oral exam
 Digital Libraries

 30th of October 2013, Deadline assignment #1
 27th of November 2013, Deadline assignment #2
 4th of December 2013, Deadline assignment #3
 End of January 2014, Deadline assignment #4
 Exam
 Foundations of Computer Science (GDI, tutorial sessions)

 Turing machine release 0.6.0
 Script release
 Script release
 Assignment 1
 Exercise talks 1
 Assignment 2
 Exercise talks 2
 Assignment 3
 Exercise talks 3
 Geometry for Computer Scientists

 19th of Dec 2013, First partial exam
 23th of Jan 2014, Second partial exam
 [Mathematical Foundations of Cryptography]

 Oral exam
 Numerical optimization

 Apply for algorithm elaboration
 Presentation at 29th of Jan 2014
 Oral exam
 Security aspects in software development

 13.10.09, Assignment WS release
 13.11.06, Assignment WS deadline
 13.11.06, Assignment J release
 13.11.07, Exercise talk, Assignment WS
 13.11.27, Assignment C1 release
 13.12.04, Assignment J deadline
 13.12.15, Assignment C1 deadline
 13.12.18, Assignment C2 release
 14.01.20, Assignment C2 deadline
 14.01.22, Exercise talk, Assignments J, C1 and C2
 Written exam
 Software development in distributed environments

 13.11.08, Assignment 1 deadline (Video synchronization)
 13.11.18, Exercise talk, Assignment 1
 13.11.21, First partial exam
 14.01.07, Assignment 2 deadline (WebRTC)
 14.01.13, Exercise talk, Assignment 2
 14.01.23, Second partial exam
 Theoretical computer science 2

 Oral exam
 Exercises, iteration 1
 Exercises, iteration 2
 Presentation of a solution
 Presentation of a solution
 Presentation of a solution
 Presentation of a solution
Exam dates #
 IKP exam (nope.)
 CTCS exam (nope.)
 SDDE partial exam (done.)
 KoRe Practicals exam (nope.)
 SASD exam (done.)
 CTCS exam (done.)
 IKP/CI exam (done.)
 NO exam (nope.)
 GFCS partial exam (done.)
 NO exam (nope.)
 ADS1 presentation (done.)
 DL exam (done.)
 NO exam (nope.)
 GFCS partial exam (done.)
 SDDE partial exam (done.)
 SASD exam (done.)
 NO presentation (done.)
 C exam (done.)
 NO exam (done.)