Database Processing: Fundamentals, Design & ImplementationFor undergraduate courses in Database Design, Introduction to Database Processing, Database Management and Design in departments of Business, Information Systems and Applied Computer Science. Database Processing, 8/E provides a solid, modern foundation in the fundamentals of database processing. *NEW - Three-chapter discussion of the management of multi-user databases - Including basic concepts, Oracle, and SQL Server 2000. *Provides knowledge and experience with the DBMS products that students will most likely encounter after graduation. *NEW - Latest Internet standards for database processing - Including multi-tier architecture and XML Schema. *Enables students to understand the characteristics of database publishing using Internet technology while at the same time learning the most up-to-date standards. *NEW - Full chapter coverage of ODBC, OLE DB, ADO, ASP, and other Microsoft technology for database publishing. *Shows students how to publish databases using Microsoft technology. *NEW - Up-to-date coverage of Java, JDBC, and JSP for publishing databases using Java technology. *Helps students balance knowledge of Microsoft technology with discussions of database publishing using |
Contents
PARTI INTRODUCTION I | 3 |
INTRODUCTION TO DATABASE DEVELOPMENT | 25 |
DATA MODELING | 49 |
Copyright | |
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  Access Address application programs ARTIST ArtistID changes Chapter CLIENT column contains create cursor CUSTOMER CustomerID CustomerName data model database application database design database processing DBMS products defined delete DK/NF domain driver E-R diagram E-R model EMPLOYEE EmployeeName ENROLLMENT entity-relationship entity-relationship model exist Fname foreign key Give an example identifier Insert interface Internet ITEM Java JDBC Juan Miro lock logical Major Mark Tobey metadata Microsoft minimum cardinality multi-value MySQL Name normal form NULL Number object diagrams ODBC OLAP OLE DB Oracle Phone PhoneNumber query record Referential integrity Referential integrity constraints rela relation relational algebra represent SALES-ORDER SALESPERSON schema SELECT semantic object model shown in Figure shows SQL Server SQL statements stored procedures STUDENT StudentNumber subtypes surrogate key tion transaction tuples unique update users View Ridge weak entity