Syllabus
Title
2223 Datenbanksysteme
Instructors
Dr. Amr Azzam, M.Sc.
Type
PI
Weekly hours
2
Language of instruction
Englisch
Registration
09/02/19 to 10/03/19
Registration via LPIS
Registration via LPIS
Notes to the course
Subject(s) Bachelor Programs
Dates
Day | Date | Time | Room |
---|---|---|---|
Tuesday | 10/15/19 | 08:45 AM - 12:00 PM | D2.-1.019 Workstation-Raum |
Tuesday | 10/22/19 | 08:45 AM - 12:00 PM | D2.-1.019 Workstation-Raum |
Tuesday | 10/29/19 | 08:45 AM - 12:00 PM | D2.-1.019 Workstation-Raum |
Tuesday | 11/05/19 | 08:45 AM - 12:00 PM | D2.-1.019 Workstation-Raum |
Tuesday | 11/12/19 | 08:45 AM - 12:00 PM | D2.-1.019 Workstation-Raum |
Tuesday | 11/19/19 | 08:45 AM - 12:00 PM | D2.-1.019 Workstation-Raum |
Friday | 12/06/19 | 09:00 AM - 01:00 PM | D2.-1.019 Workstation-Raum |
Tuesday | 12/17/19 | 08:45 AM - 12:00 PM | D2.-1.019 Workstation-Raum |
- Theoretical and Practical Aspects of DBMS.
- Relational Model (basis, relational algebra, data description and data manipulation)
- Relational Theory (Semantic constraints, functional dependencies, normal forms)
- Transactions (ACID principle, correctness, parallel processing)
- Optimization (Indexes, Query Plan)
- Structured Query Language SQL
- NoSQL databases (Key-Value stores, document DBs, GraphDBs, Semantic Web triple stores)
- In-Memory DBs
- Big Data, Google BigTable, etc.
- Understanding of DBMS and ability to apply DBMS in practice
- Understanding of the relational model and the basic concepts of the relational theory
- Understanding of the basic concepts of transactions and optimizations
- Ability to formulate SQL statements to solve practical problems
- Integration of DB and websites (PHP)
- Basic ideas of non-relational DBs, including graph databases and NoSQL stores
- Current scalability issues (Big Data)
- Lessons and computer exercises with DBMS on Linux servers
- Active participation in solving tasks using DBMS
- Repetitions of lesson content in front of your colleagues
- Peer Review (review each others’ work)
- Presentation of a final project
40% - Homeworks submitted via learn@WU
20% - Test
25% - Presentation of final project (a small database application)
15% - Commitment in class
Grading scale:
Excellent (1): 90% - 100.0%
Good (2): 80% - <90%
Satisfactory (3): 70% - <80%
Sufficient (4): 60.0% - <70%
Fail (5): <60.0%
Nach Ende der Anmeldefrist werden verfügbare LV-Plätze den Studierenden der Warteliste, die noch keine gültige Anmeldung zum Planpunkt haben, gereiht nach Studienfortschritt zugeteilt, nicht nach Wartelistenplatz.
Last edited: 2019-12-04
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