Zusammenfassung
Content Automated Driving – Systems Criticality driven data acquisition in autonomous driving – A basis for completeness and safety argumentation 1 Vehicle-to-vehicle (V2V) communication as enabler for improved automated driving functions 17 Electronics Technology Estimation of Gender and Age of Vehicle Occupants Using Deep Learning 27 QuietComfort Road Noise Control – Helping Carmakers Design Better Cars 39 New Opportunities with Software Defined Lighting – Appearance drives Emotionalization 61 E Vehicle Mobility – System A Holistic Approach for Designing a Battery Electric Vehicle Thermal Management System 77 Safe and efficient regenerative braking strategies for BEV heavy vehicle combinations 91 A Cloud-based Self-Learning Digital Twin Solution for Increasingly Accurate Range Prediction in Battery Electric Vehicles 103 Automated Driving – Sensors Using Radar and Vision Fusion for Improved Low-light Pedestrian Detection 113 Automotive Radar Technology Innovations power next-gen ADAS and Autonomous Driving 133 Combining ADAS and SD Maps for Augmented Reality Guidance 135 Dev...
Schlagworte
Autonomes Fahren Straßenlärmkontrolle effizientes regeneratives Bremsen Sicherheits Optimierung Kommunikations Schnittstelle DNN-basierte Objekt Erkennung künstliche Intellingenz KI hybrides Fahrzeug autonomous driving road noise control efficient regenerative breaking safety improvement communication interface DNN-based object detection artificial intellingence AI hybrid vehicle- Kapitel Ausklappen | EinklappenSeiten
- 253–280 Software 253–280
- 331–378 Connectivity 331–378
- 379–390 Software 379–390
- 503–518 Panel Discussion 503–518
- 519–558 Software – Cloud & Data 519–558
- 599–634 Security – Challenges 599–634
7 Treffer gefunden
- „... Off-Road (OR) market. H2 solutions like Fuel Cell Electric Vehicles (FCEV) and H2 Engine will achieve a ...” „... ELY) and power generation through a Solid Oxide Fuel Cell (SOFC), which are further mandatory elements ...” „... of the major benefits of connected services. VDI-Berichte Nr. 2423, 2023 689Motivation for fuel cell ...”
- „... Dr.-Ing. Bernhard Budaker, BRUSA HyPower AG, Buchs, Switzerland Abstract Fuel cell systems are one of ...” „... the key technologies for future sustainable energy storage and energy transfer. Most of the fuel cell ...” „... applications are battery-hybrid systems, where the fuel cell itself needs to be operated in a “steady-state ...”
- „... improvements to the truck alone. The next step is the shift towards battery electric and fuel cell trucks ...” „... trailer fuel efficiency. Taking a joint look at the truck-trailer combination provides the opportunity for ...” „... 2018 by ZF. The core idea is to reduce overall fuel consumption when combining the electrified trailer ...”
- „... driving range in conventional and electric vehicles is to determine the average fuel or energy consumption ...” „... the remaining fuel volume or energy content of the vehicle [1] [2] [3]. This average-based estimation ...”
- „... vehicle handling, and reduced efficiency. However, EV range and fuel economy goals are forcing vehicle ...” „... solutions, in the form of cost, weight, and fuel economy savings but also improved driving performance and ...” „... on things like fuel economy and electric vehicle range. QuietComfort RNC is based on over 30 years of ...”
- „... limited space and high fuel economy requirements of EVs. It consists of two power stages: an AC–DC stage ...”
- „... , stress-testing safety algorithms, and even developing new vehicle designs to improve aerodynamics and fuel ...”