Title: Infotainment Systems Author: Ronald K. Jurgen ISBN: 0768019435 / 9780768019438 Format: Hard Cover Pages: 742 Publisher: SAE Year: 2007 Availability: 45-60 days
Description
Contents
The field of in-vehicle infotainment systems covers a wide variety of digital applications, including internal connectivity, entertainment, external communications, navigation services, and radio. This book contains 87 papers covering the past eight years (2000-2007) of engineering developments related to infotainment systems.
Subjects covered include:
Enabling technologies
Software
Communications
Voice recognition
Speech synthesis
Displays
Radio systems
Driver assistance systems
Navigation
Lane departure warning
Parallel parking
Driver/Vehicle interfaces
The book also includes editor Ronald K. Jurgen's introduction ("Infotainment Systems on Fast Forward") and a concluding section on "future trends" which features papers on future security needs, virtualization architectures, operating system requirements, network architectures, and data-reduction protocols.
Part I : Introduction
Chapter 1 : Infotainment Systems on Fast Forward
Part II : Overviews
Chapter 2 : Adaptive In-Vehicle Information Systems and Their Usability Evaluation Chapter 3 : Infotainment System Immunity Characterization Via Bulk Current Injection Chapter 4 : Incorporating Hard Disks in Vehicles - Usages and Challenges Chapter 5 : The Many Faces of Security Chapter 6 : Multi-User Infotainment System Chapter 7 : Reconfigurable Vehicle Chapter 8 : Mobile Multi Media Open Computing Platform
Part III : Enabling Technologies
Section 1 : Software
Chapter 9 : Development of Telematics Software Platform Using WIPI for Service-Based Applications Chapter 10 : Real Multi-Partitioning for Optimized Distributing and Allocating Software in Vehicle Networks Chapter 11 : The AUTOSAR Standard - The Experience of Applying Simulink According to its Requirements Chapter 12 : Wireless Multicasing for Remote Software Upload in Vehicles with Realistic Vehicle Movements Chapter 13 : Loading Flashware from External Interface Such as CD-ROM or W-LAN and Programming ECUs by an On-Board SW-Component Chapter 14 : Hardware Independent Software Framework for In-Vehicle Information Systems Chapter 15 : Software Development for Driver Information Systems - Problems, Processes, Solutions Chapter 16 : CPJazz - A Software Framework for Vehicle Systems Integration and Wireless Connectivity
Section 2 : Communications
Chapter 17 : Prevention of DoS Attacks on Inter-Vehicle Communications Chapter 18 : Add-On Device Network for Passenger Cars Chapter 19 : Decentralized Secure Protocol for Inter-Vehicle Communication Networks Chapter 20 : Many Products, No Wires Chapter 21 : Latency Analysis for Inter-Vehicle Communications Chapter 22 : A Multi-Hop Mobile Networking Test-Bed for Telematics Chapter 23 : Messaging and Telematics Chapter 24 : No Hands with Bluetoogh Chapter 25 : A Study of a Telematics Communication Method Involving Switching Signals to Voice and Data Lines Chapter 26 : Development of Car Intranet Infrastructure Chapter 27 : The Application of Middleware to In-Vehicle Applications Chapter 28 : A Cast Study in Remote Connectivity to Automotive Communication Networks Chapter 29 : Evolving Telematics Systems and Standards Chapter 30 : A Distributed Java Architecture for Telematics Services Chapter 31 : Design of Intelligent Body Networks
Section 3 : Voice Recognition, Speech Synthesis
Chapter 32 : Using SIL/PSIL to Estimate Speech Intelligibility in Vehicles Chapter 33 : Study of Driver Distraction Due to Voice Interaction Chapter 34 : The Mobile Productivity Center : Starting the Portable, Voice Enabled Future of Mobile Information and Productivity Chapter 35 : The Influence of In-Vehicle Noise on Speech Recognition for Automotive Voice-Activated Control Systems Chapter 36 : Improving In-Vehicle Voice Recognition Systems : Basis for Enhancing The Telematics Experience Chapter 37 : Human Machine Interfaces Supported by Voice Recognition
Section 4 : Displays
Chapter 38 : An Efficient Visual Forward Collision Warning Display for Vehicle Chapter 39 : Driver Information Utilizing Flat Panel Display Chapter 40 : Alliance Principle 1.4 : Visual Downangle Criteria for Navigation and Telematics Displays in Vehicles Chapter 41 : Caution and Warning in The Cockpit Dashboard Chapter 42 : A Practical, C Programming Architecture for Developing Graphics for In-Vehicle Displays Chapter 43 : Instrument Cluster Design Options Using Electroluminescent Lighting Chapter 44 : A Mercury-Free CFL Backlight for Car-Navigation Display Chapter 45 : OLED - Automotive Application Strenghts
Section 5 : Radio Systems
Chapter 46 : Automotive FM Diversity Systems, Part I : Propagation Channel Modeling and Multipath Review Chapter 47 : Automotive FM Diversity Systems, Part II : Analog Systems Chapter 48 : Automotive FM Diversity Systems, Part III : Digital Systems Chapter 49 : Rapid Spherical Near-Field Antenna Measurements for Vehicle Applications Chapter 50 : Digital Audio for FM Hybrid HD Radio Chapter 51 : Hidden Antennas for The Foresight Vehicle Chapter 52 : XM Satellite Radio Technology Fundamentals Chapter 53 : S-C.A.R.E.S. Satellite Car Audio Reception Evaluation System Chapter 54 : Peripheral SDAR Interoperability Chapter 55 : A Noise Cancellation for FM Broadcast Receiver Using DSP Techniques Chapter 56 : The RDS (Radio Data System) as a Transmission Way of Infomation for Automotive Vehicles Chapter 57 : Cellular Radio Car Antenna Array for Smart Antenna Transmission and Diversity Reception Chapter 58 : DSP Based Radio with IF Processing
Part IV : Driver Assistance Systems
Chapter 59 : Flexible Low Cost Lane Departure Warning System Chapter 60 : Keeping The Driver in The Loop While Using Assistance Systems Chapter 61 : Fuzzy Information Fusion Based on Genetic Algorithm for Vehicle Navigation System Chapter 62 : Adaptive and Reconfigurable Data Fusion Architectures in Vehicle Positioning Navigation Systems Chapter 63 : A Navigation Assistance Agent : Mobile LBS Web Service Chapter 64 : Standardised Interface Between Advanced Driver Assistance Systems and Digital Maps for Safer, Smarter and Cleaner Transport Chapter 65 : Object Detection and Tracking Using an Optical Time-of-Flight Range Camera Module for Vehicle Safety and Driver Assist Applications Chapter 66 : Ultrasonic Sensor Modeling for Automatic Parallel Parking Systems in Passenger Cars Chapter 67 : OptiVeo : A Vision-Based Platform for Driving Assistance Chapter 68 : ITS Technology in Automotive - Who's on First? Chapter 69 : A Navigation Assistance Agent : Online Access to LBS Chapter 70 : Comparison of Visual-Manual and Voice Interaction with Contemporary Navigation System HMIs Chapter 71 : Rearview Camera Based Parking Assist System with Voice Guidance
Part V : Driver/Vehicle Interfaces
Chapter 72 : Mind-on-The-Drive : Real-Time Functional Neuroimaging of Cognitive Brain Mechanisms Underlying Driver Performance and Distraction Chapter 73 : Visual User Interfaces for Telematics Chapter 74 : ACE Driving Simulator and Its Applications to Evaluate Driver Interfaces Chapter 75 : Infrared Night Vision Systems and Driver Needs Chapter 76 : New Cockpit Human-Machine-Interface Concept Chapter 77 : Versatile Human Interface Utilizing The "Windows CE for Automotive" OS for Vehicle Computing Applications Chapter 78 : Using Cluster Analysis for Deriving Menu Structures for Automotive Mobile Multimedia Applications Chapter 79 : Evaluation Method for Verbal Interface While Driving from the Viewpoint of Safety Chapter 80 : Amount of Information Acquired by Reading Display Informatin Repeatedly Chapter 81 : The Driving Need for Human Factors in The Car of The Future Chapter 82 : Human-Mechine-Interfaces of Car Computing Devices Chapter 83 : Driver Eye Movement During a Route Navigation Information Search
Part VI : Future Trends
Chapter 84 : Security Needs for The Future Intelligent Vehicles Chapter 85 : Reliable Dynamic Discovery Service-Based JINI for the Next Generation Vehicle Network Chapter 86 : The Future of Digital Broadcast - More Than Just Crystal Clear Sound Chapter 87 : A Virtualization Architecture for Next Generation In-Car Infotainment Applications Chapter 88 : Operating System Requirements for Use in Next-Generation In-car Infotainment Systems Chapter 89 : An Adaptive Data-Reduction Protocol for The Future In-Vehicle Networks Chapter 90 : In-Vehicle Network Architecture for The Next-Generation Vehicles