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This book aims to present readers with various automation possibilities in the field of desktop publishing and to encourage them to integrate these into their workflows in order to increase the efficiency and effectiveness of their design and production processes. The methods range from small tools-such as scripts integrated into DTP software like Adobe InDesign for the automatic generation of graphic assets-to complex software infrastructures capable of automating the publishing of thousands of documents.
The book strives to cover as many scenarios as possible, appeal to a broad audience, and concisely address all key topics related to automation in desktop publishing. Additionally, it uses case studies to demonstrate the efficiency and effectiveness of automation and offers multiple perspectives on DTP-related subtopics.
Inhaltsverzeichnis
Desktop Publishing. - Automatisierung.- Automatisierung von Artwork-Prozessen.- Client Server Kommunikation.
Über den Autor / die Autorin
Ennis Gündoğan
studied IT Management and Business Informatics and is a certified Media Designer for Digital and Print (IHK). In his professional role, he currently combines expertise from both fields to implement software projects focused on desktop publishing automation.
Zusammenfassung
This book aims to present readers with various automation possibilities in the field of desktop publishing and to encourage them to integrate these into their workflows in order to increase the efficiency and effectiveness of their design and production processes. The methods range from small tools—such as scripts integrated into DTP software like Adobe InDesign for the automatic generation of graphic assets—to complex software infrastructures capable of automating the publishing of thousands of documents.
The book strives to cover as many scenarios as possible, appeal to a broad audience, and concisely address all key topics related to automation in desktop publishing. Additionally, it uses case studies to demonstrate the efficiency and effectiveness of automation and offers multiple perspectives on DTP-related subtopics.
