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Table of Contents
Intro; Contents; 1 Digital Information -The "Genetic Code" of Modern Technology; 1.1 Introduction: Digitization, a powerful force for change; 1.2 Technology's "genetic code"; 1.3 The dynamics of everyday digital life; 1.4 Resilience and security; 1.5 Fraunhofer searches for practical applications; 2 Digitization
Areas of Application and Research Objectives; 2.1 Introduction; 2.2 Data analysis and data transfer; 2.2.1 The digitization of the material world; 2.2.2 Intelligent data analysis and simulation for better medicine; 2.2.3 Maintaining quality at smaller sizes via data compression
2.2.4 Digital radio
better radio reception for everyone2.2.5 Transferring more data in less time: 5G,edge computing,etc.; 2.3 Work and production; 2.3.1 The digitization of the workplace; 2.3.2 Digital and connected manufacturing; 2.3.3 Turning data into matter; 2.3.4 Cognitive machines are standing by our sides; 2.4 Security and resilience; 2.4.1 Data
the elixir of the modern world; 2.4.2 Industrial Data Space
retaining data sovereignty; 2.4.3 Data origin authentication and counterfeit protection in the digital world; 2.4.4 Cybersecurity as the foundation for modern societies
2.4.5 Cybersecurity technology adapted to people2.4.6 People-centered digitization; 3 Virtual Reality in Media and Technology; 3.1 Introduction: Digitizing of real objects using the example of cultural artifacts; 3.1.1 Automating the 3D digitization process with CultLab3D; 3.1.2 Results, application scenarios, and future developments; 3.2 Virtual and Augmented Reality systems optimize planning, construction and manufacturing; 3.2.1 Virtual Reality; 3.2.2 Augmented Reality; 3.2.3 Visualization using linked 3D data schemas; 3.2.4 Integration of CAD data into AR
3.2.5 Augmented Reality tracking3.2.6 Tracking as a service; Sources and literature; 4 Video Data Processing; 4.1 Introduction: The major role of video in the digital world; 4.2 Video processing at Fraunhofer Heinrich-Hertz-Institute; 4.3 Compression methods for video data; 4.4 Three-dimensional video objects; 4.5 Summary and Outlook; Sources and literature; 5 Audio Codecs; 5.1 Introduction: The dream of high fidelity; 5.2 Hi-fi technologies from analog to digital; 5.3 Current research focus areas; 5.3.1 The ear and the brain; 5.3.2 From audio channels to audio objects
5.3.3 Audio objects in practice5.4 Outlook; Sources and literature; 6 Digital Radio; 6.1 Introduction; 6.2 Spectrum efficiency allows more broadcasts; 6.3 Program diversity; 6.4 Innovative services: from traffic alerts to emergency management; 6.5 Non-discriminatory access; 6.6 Hybrid applications; 6.7 Outlook; 7 5G Data Transfer at Maximum Speed; 7.1 Introduction: the generations of mobilecommunications from 2G to 5G; 7.2 5G vision and new technological challenges; 7.3 Technical key concepts: spectrum, technology and architecture; 7.4 5G research at Fraunhofer HHI; 7.5 Outlook; Sources and literature
Areas of Application and Research Objectives; 2.1 Introduction; 2.2 Data analysis and data transfer; 2.2.1 The digitization of the material world; 2.2.2 Intelligent data analysis and simulation for better medicine; 2.2.3 Maintaining quality at smaller sizes via data compression
2.2.4 Digital radio
better radio reception for everyone2.2.5 Transferring more data in less time: 5G,edge computing,etc.; 2.3 Work and production; 2.3.1 The digitization of the workplace; 2.3.2 Digital and connected manufacturing; 2.3.3 Turning data into matter; 2.3.4 Cognitive machines are standing by our sides; 2.4 Security and resilience; 2.4.1 Data
the elixir of the modern world; 2.4.2 Industrial Data Space
retaining data sovereignty; 2.4.3 Data origin authentication and counterfeit protection in the digital world; 2.4.4 Cybersecurity as the foundation for modern societies
2.4.5 Cybersecurity technology adapted to people2.4.6 People-centered digitization; 3 Virtual Reality in Media and Technology; 3.1 Introduction: Digitizing of real objects using the example of cultural artifacts; 3.1.1 Automating the 3D digitization process with CultLab3D; 3.1.2 Results, application scenarios, and future developments; 3.2 Virtual and Augmented Reality systems optimize planning, construction and manufacturing; 3.2.1 Virtual Reality; 3.2.2 Augmented Reality; 3.2.3 Visualization using linked 3D data schemas; 3.2.4 Integration of CAD data into AR
3.2.5 Augmented Reality tracking3.2.6 Tracking as a service; Sources and literature; 4 Video Data Processing; 4.1 Introduction: The major role of video in the digital world; 4.2 Video processing at Fraunhofer Heinrich-Hertz-Institute; 4.3 Compression methods for video data; 4.4 Three-dimensional video objects; 4.5 Summary and Outlook; Sources and literature; 5 Audio Codecs; 5.1 Introduction: The dream of high fidelity; 5.2 Hi-fi technologies from analog to digital; 5.3 Current research focus areas; 5.3.1 The ear and the brain; 5.3.2 From audio channels to audio objects
5.3.3 Audio objects in practice5.4 Outlook; Sources and literature; 6 Digital Radio; 6.1 Introduction; 6.2 Spectrum efficiency allows more broadcasts; 6.3 Program diversity; 6.4 Innovative services: from traffic alerts to emergency management; 6.5 Non-discriminatory access; 6.6 Hybrid applications; 6.7 Outlook; 7 5G Data Transfer at Maximum Speed; 7.1 Introduction: the generations of mobilecommunications from 2G to 5G; 7.2 5G vision and new technological challenges; 7.3 Technical key concepts: spectrum, technology and architecture; 7.4 5G research at Fraunhofer HHI; 7.5 Outlook; Sources and literature