Lecture 1 - Introduction
Lecture 2 - Database Architecture
Lecture 3 - RDBMS Architecture
Lecture 4 - Introduction to ER Model
Lecture 5 - Entities and Relationships
Lecture 6 - Modelling Weak Entities and Design Choices
Lecture 7 - Relational Data Model and Notion of Keys
Lecture 8 - Introduction to Relational Algebra
Lecture 9 - Operators in Relational Model
Lecture 10 - Uses of Renaming, Join and Division in Relation Algebra
Lecture 11 - Example Queries in Relation Model and Outer Join Operation
Lecture 12 - Convert ER-Model to a Relational Model
Lecture 13 - Introduction to tuple relational calculus
Lecture 14 - Example TRC queries
Lecture 15 - Data definition using SQL
Lecture 16 - Basic SQL query block and subqueries
Lecture 17 - Correlated subqueries
Lecture 18 - Aggregate functions
Lecture 19 - Views
Lecture 20 - Programmatic access of SQL
Lecture 21 - Normal forms - Introduction
Lecture 22 - Deriving new functional dependencies
Lecture 23 - Proving soundness and completeness of Armstrong's Axioms
Lecture 24 - Normal forms - 2 NF, 3NF, BCNF
Lecture 25 - Properties of decompositions
Lecture 26 - Normal forms - 4NF, 5NF
Lecture 27 - Introduction to file orgranization
Lecture 28 - File orgranization methods
Lecture 29 - Dynamic File orgranization using Hashing
Lecture 30 - Index structures
Lecture 31 - B+ trees on Disks
Lecture 32 - Performance and Reliability of Multiple Disks
Lecture 33 - Relational Query Evaluation
Lecture 34 - Join operator processing algorithms
Lecture 35 - Query optimization
Lecture 36 - ACID properties and operations in transactions
Lecture 37 - Schdeules
Lecture 38 - Concurrency control using Locks
Lecture 39 - Recovery using undo logging method
Lecture 40 - Recovery using Redo and Undo-Redo logging methods
Lecture 41 - Recoverable schdeules and transaction isolation levels
