This note is designed to introduce
graduate students to the foundations of database systems, focusing on basics
such as the relational algebra and data model, query optimization, query
processing, and transactions. Topics covered includes: The relational model,
Schema design, database internals, Database operators and query processing,
Indexing and access methods, Buffer pool design and memory management, Join
algorithms, Query optimization, Selinger optimizer, Transactions and locking,
Optimistic concurrency control, Distributed transactions, Parallel databases,
Scientific databases, NOSQL , ORM, DryadLINQ, Streaming databases, database as a
service.
Author(s): Prof. Samuel Madden, Prof. Robert Morris,
Prof. Michael Stonebraker, Dr. Carlo Curino
Objective of this note is to understand the basic concepts and
the applications of database systems, the basics of SQL and construct queries
using SQL and explains the relational database design principles.
Author(s): Malla Reddy College Of Engineering
and Technology
Database is a collection of interrelated
data and set of programs can access that system. The contents include: Conceptual Modeling,
Relational Approach,Basic Sql Query and Normalization, Transaction Management, Concurrency Control.
Author(s): Ms. K Radhika
Assistant Professor, Ms. P Navya Assistant Professor, Department of Computer
Science Engineering,Institute of Aeronautical Engineering
The contents include: What is DBMS, The relational data model,
Entity-Relationship (E/R)modelling, Relational algebra and relational calculus, SQL, Case Study - Cancer
registry for the NHS –challenges, Schema refinement I, Schema refinement II, Schema refinement III and
advanced design,On-line Analytical Processing (OLAP), Case Study - Cancer registry for the NHS
-Experiences, XML as a data exchange format.
Author(s): Ken Moody, Computer Laboratory, University of Cambridge,UK
This note is designed to introduce
graduate students to the foundations of database systems, focusing on basics
such as the relational algebra and data model, query optimization, query
processing, and transactions. Topics covered includes: The relational model,
Schema design, database internals, Database operators and query processing,
Indexing and access methods, Buffer pool design and memory management, Join
algorithms, Query optimization, Selinger optimizer, Transactions and locking,
Optimistic concurrency control, Distributed transactions, Parallel databases,
Scientific databases, NOSQL , ORM, DryadLINQ, Streaming databases, database as a
service.
Author(s): Prof. Samuel Madden, Prof. Robert Morris,
Prof. Michael Stonebraker, Dr. Carlo Curino