Buch, Englisch, 740 Seiten, Format (B × H): 191 mm x 235 mm, Gewicht: 13541 g
ISBN: 978-1-4302-5758-5
Verlag: Apress
Troubleshooting Oracle Performance, 2nd Edition is your systematic guide to diagnosing and resolving performance problems in database-backed applications involving Oracle's database engine. Christian Antognini brings a decade and a half experience to his topic. His first edition is one of the most well-respected books in its field. This second edition has been rigorously updated to cover the latest developments in Oracle Database 11g Release 2 through Oracle Database 12c.
What do you do when your database application isn’t running fast enough? You troubleshoot, of course. Finding the slow part of an application is often the easy part of the battle. It’s finding a solution that’s difficult. Troubleshooting Oracle Performance, 2nd Edition helps by providing a systematic approach to addressing the underlying causes of poor database application performance. The author freely shares his experience while explaining the underlying foundations of how SQL statements are executed by the Oracle database engine. You'll be able to draw a solid foundation of theory and shared experience as you face head-on the performance challenges in your daily work.
- Written for developers by an application developer who has learned by doing
- Gives a systematic approach to solving database application performance problems
- Helps you plan for performance as you would for any other application requirement
Zielgruppe
Popular/general
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Fachgebiete
Weitere Infos & Material
Part I: Foundations
1. Performance Problems
2. Key Concepts
Part II: Identification
3. Analysis of Reproducible Problems
4. Real-Time Analysis of Irreproducible Problems
5. Postmortem Analysis of Irreproducible Problems
Part III: Query Optimizer
6. Introducing the Query Optimizer
7. System Statistics
8. Object Statistics
9. Configuring the Query Optimizer
10. Execution Plans
Part IV: Optimization
11. SQL Tuning Techniques
12. Parsing
13. Optimizing Data Access
14. Optimizing Joins
15. Beyond Data Access and Join Optimization
16. Optimizing the Physical Design
Appendix A