The number ofbooks on databases is very large. Thus, our decision to yet add another book to the body of literature requires some justification. However, even a cursory glance through this book will show that we have taken a rather different approach indeed when compared to monographs on databases. First, material ties together the well-known relational model with the newer and not yet as solidly established object oriented one and leads to data models for hypermedia system. This is unique and timely: the chaos on the World Wide Web is getting out of hand, and one ofthe main reasons is that…mehr
The number ofbooks on databases is very large. Thus, our decision to yet add another book to the body of literature requires some justification. However, even a cursory glance through this book will show that we have taken a rather different approach indeed when compared to monographs on databases. First, material ties together the well-known relational model with the newer and not yet as solidly established object oriented one and leads to data models for hypermedia system. This is unique and timely: the chaos on the World Wide Web is getting out of hand, and one ofthe main reasons is that the underlying data model is too weak. Second, the book is full of illustrations. And those illustrations are not only available in printed form, but also on a CD ROM. Actually, much more is true: for each ofthe 26 chapters, electronic courseware is available, one lesson per chapter. Third, the lessons described contain explanations that are easier or better to understand than those provided in the printed chapter, since a number ofdynamic and interactive features are used. Fourth, the lessons can be used in a variety ofmodes: as complement for the book; as stand-alone material instead ofthe book; as slides for the lecturer; and as help for the student. And, as explained below they can be easily modified.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hermann Maurer studierte Mathematik und Physik in Österreich, Informatik in Kanada. Er war einige Jahre in der Industrie tätig, aber ist nun seit mehr als 30 Jahren Universitätsprofessor für Informatik an Universitäten in Kanada, USA, Deutschland, Brasilien, Australien, Neuseeland und vor allem an der Technischen Universität Graz in Österreich. Er ist mit zahlreichen wissenschaftlichen Büchern und über 500 wissenschaftlichen Publikationen in seinem Bereich der Informatik aktiv tätig, ist aber auch seit vielen Jahren schriftstellerisch aktiv, oft unter einem Pseudonym.
Inhaltsangabe
I. Databases and the Relational Data Model.- 1 Introduction to Databases.- 2 Basic Relational Data Model.- 3 Data Updating Facilities.- 4 Normalisation.- 5 Relational Algebra I.- 6 Relational Algebra II.- 7 Relational Calculus I.- 8 Relational Calculus II.- 9 Data Sub-Language SQL.- 10 Query-By-Example (QBE).- 11 Architecture of Database Systems.- II. Object-Oriented Databases.- 12 Abstract Data Objects.- 13 Data Classes.- 14 Dynamic Binding and User Interface.- 15 Static Inheritance.- 16 Dynamic and Multiple Inheritance.- 17 Object Identity and Database Query.- 18 Metalevel Facilities and Database Architecture.- III. Hypermedia.- 19 Introduction to Multimedia.- 20 Basic Node-Link Paradigm.- 21 Internet and Hypermedia.- 22 HyperText Mark-up Language (HTML).- 23 Interaction over the WWW.- 24 Second Generation Hypermedia I.- 25 Second Generation Hypermedia II.- 26 HM-Data Model.
I. Databases and the Relational Data Model.- 1 Introduction to Databases.- 2 Basic Relational Data Model.- 3 Data Updating Facilities.- 4 Normalisation.- 5 Relational Algebra I.- 6 Relational Algebra II.- 7 Relational Calculus I.- 8 Relational Calculus II.- 9 Data Sub-Language SQL.- 10 Query-By-Example (QBE).- 11 Architecture of Database Systems.- II. Object-Oriented Databases.- 12 Abstract Data Objects.- 13 Data Classes.- 14 Dynamic Binding and User Interface.- 15 Static Inheritance.- 16 Dynamic and Multiple Inheritance.- 17 Object Identity and Database Query.- 18 Metalevel Facilities and Database Architecture.- III. Hypermedia.- 19 Introduction to Multimedia.- 20 Basic Node-Link Paradigm.- 21 Internet and Hypermedia.- 22 HyperText Mark-up Language (HTML).- 23 Interaction over the WWW.- 24 Second Generation Hypermedia I.- 25 Second Generation Hypermedia II.- 26 HM-Data Model.
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