Database System Concepts
by Abraham Silberschatz, Henry F. Korth, S. Sudarshan
7th Edition
Publisher: McGraw-Hill Higher Education
Book Details
| Print ISBN | 9780078022159 |
| eText ISBN | 9781260049268 |
| Publisher | McGraw-Hill Higher Education |
| Publishing Year | 2019 |
| Edition | 7th Edition |
| Language | English |
| Pages | 1376 |
In an era dominated by cloud computing, massive data streams, and complex enterprise architectures, mastering the fundamentals of database engines is more critical than ever before. Database System Concepts 7th Edition stands as the definitive guide for understanding how modern data management systems are designed, implemented, and optimized. By bridging the gap between theoretical database design and practical real-world application, this updated volume provides students and professionals with the conceptual tools needed to navigate an increasingly data-centric technological landscape. The authors present complex topics with highly intuitive explanations, ensuring readers grasp the underlying mechanics of databases without getting lost in overly formal proofs.
The scope of this textbook spans the entire lifecycle of database systems, from initial schema design using entity-relationship models to advanced query optimization and transaction management. Silberschatz, Korth, and Sudarshan leverage their extensive academic and industry experience to deliver a comprehensive exploration of relational languages, big data analytics, and indexing structures. Rather than focusing on a single proprietary database platform, the authors maintain a vendor-independent perspective throughout. This balanced approach highlights universal principles of data storage, concurrency control, and recovery protocols, preparing readers to work with any relational or non-relational database engine they encounter in their professional careers. By exploring both traditional relational models and cutting-edge NoSQL systems, the text ensures that readers develop a versatile skillset that remains relevant as the field evolves.
Designed primarily for junior- or senior-level undergraduate computer science majors and introductory graduate courses, Database System Concepts 7th Edition features a wealth of pedagogical aids, including illustrative diagrams, practice exercises, and direct browser-based SQL sandboxes. This edition introduces crucial updates covering modern technologies such as blockchain databases, column-oriented storage, and semi-structured data formats. Educators worldwide adopt this textbook for its balance of formal rigor and intuitive clarity, making the Database System Concepts 7th Edition PDF an indispensable resource for anyone seeking to build a solid foundation in database administration, software engineering, or data science. With its emphasis on practical implementation, this volume bridges the gap between academic theory and the actual demands of the modern tech industry.
Table of Contents
Chapter 1: Introduction
- • Database-System Applications
- • Purpose of Database Systems
- • View of Data
- • Database Languages
- • Database Design
- • Database Engine
- • Database and Application Architecture
- • Database Users and Administrators
Chapter 2: Introduction to the Relational Model
- • Structure of Relational Databases
- • Database Schema
- • Keys
- • Schema Diagrams
- • Relational Query Languages
- • The Relational Algebra
Chapter 3: Introduction to SQL
- • Overview of the SQL Query Language
- • SQL Data Definition
- • Basic Structure of SQL Queries
- • Additional Basic Operations
- • Set Operations
- • Null Values
- • Aggregate Functions
- • Nested Subqueries
- • Modification of the Database
Chapter 4: Intermediate SQL
- • Join Expressions
- • Views
- • Transactions
- • Integrity Constraints
- • SQL Data Types and Schemas
- • Index Definition in SQL
- • Authorization
Chapter 5: Advanced SQL
- • Accessing SQL from a Programming Language
- • Functions and Procedures
- • Triggers
- • Recursive Queries
- • Advanced Aggregation Features
Chapter 6: Database Design Using the E-R Model
- • Overview of the Design Process
- • The Entity-Relationship Model
- • Complex Attributes
- • Mapping Cardinalities
- • Primary Key
- • Reducing E-R Diagrams to Relational Schemas
- • Extended E-R Features
Chapter 7: Relational Database Design
- • Features of Good Relational Designs
- • Decomposition Using Functional Dependencies
- • Normal Forms
- • Functional-Dependency Theory
- • Algorithms for Decomposition Using Functional Dependencies
- • Decomposition Using Multivalued Dependencies
Chapter 8: Complex Data Types
- • Semi-structured Data
- • Object Orientation
- • Textual Data
- • Spatial Data
Chapter 9: Application Development
- • Application Programs and User Interfaces
- • Web Fundamentals
- • Servlets
- • Alternative Server-Side Frameworks
- • Client-Side Code and Web Services
- • Application Architectures
- • Application Performance
- • Application Security
- • Encryption and Its Applications
Chapter 10: Big Data
- • Motivation
- • Big Data Storage Systems
- • The MapReduce Paradigm
- • Beyond MapReduce: Algebraic Operations
- • Streaming Data
- • Graph Databases
Chapter 11: Data Analytics
- • Overview of Analytics
- • Data Warehousing
- • Online Analytical Processing
- • Data Mining
Chapter 12: Physical Storage Systems
- • Overview of Physical Storage Media
- • Storage Interfaces
- • Magnetic Disks
- • Flash Memory
- • RAID
- • Disk-Block Access
Chapter 13: Data Storage Structures
- • Database Storage Architecture
- • File Organization
- • Organization of Records in Files
- • Data-Dictionary Storage
- • Database Buffer
- • Column-Oriented Storage
- • Storage Organization in Main-Memory Databases
Chapter 14: Indexing
- • Basic Concepts
- • Ordered Indices
- • B+-Tree Index Files
- • B+-Tree Extensions
- • Hash Indices
- • Multiple-Key Access
- • Write-Optimized Index Structures
- • Bitmap Indices
Chapter 15: Query Processing
- • Overview
- • Measures of Query Cost
- • Selection Operation
- • Sorting
- • Join Operation
- • Evaluation of Expressions
Chapter 16: Query Optimization
- • Overview
- • Transformation of Relational Expressions
- • Estimating Statistics of Expression Results
- • Choice of Evaluation Plans
- • Materialized Views
Chapter 17: Transactions
- • Transaction Concept
- • A Simple Transaction Model
- • Storage Structure
- • Transaction Atomicity and Durability
- • Transaction Isolation
- • Serializability
- • Transaction Isolation Levels
Chapter 18: Concurrency Control
- • Lock-Based Protocols
- • Deadlock Handling
- • Multiple Granularity
- • Timestamp-Based Protocols
- • Validation-Based Protocols
- • Multiversion Schemes
- • Snapshot Isolation
Chapter 19: Recovery System
- • Failure Classification
- • Storage
- • Recovery and Atomicity
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