Zusammenfassung
Content Automation Levels for Mobile Working Machines 1 From Co-Pilot to Auto-Pilot – Autonomy in Agriculture 15 New Electronic Architectures Enabling Software-Defined Mobile Machinery 19 GenAI in the Off-Highway Industry: An Analysis 27 From the Freeway to the Field New Paths to Innovative Mobile Machinery 35 Novel Connectivity Solutions for Edge-Cloud Continuum Applications in Rural Agricultural Machinery Operations 41 AI Based Battery Health Monitoring from Concept to In-Use for Better BEV Performance Accelerate engineering decision with data driven insights 53 Data-driven Predictive Maintenance from Sensor Networks in Customer Fleets under Compliance with new Legislation Aspects and Open System Architectures A new approach based on Operating States 67 Electrification of mobile construction machines an OEM perspective 75 Charging Technology for Off-Highway Applications Specific challenges in a harsh environment 87 How to survive in a pure electric world: Are battery-electric mobile machines becoming competitive and profitable? 99 Flexible and feature driven eDrive development Efficient design approach for scalable e-motor and inverter soluti...
Schlagworte
Mobile Arbeitsmaschinen softwaregesteuerte mobile Maschinen vorhersagbare Erhaltung e-Antriebe-Entwicklung 4D-Radar mobile working machines software-defines mobline machinery predictive maintenance eDrive development 4D radar- Kapitel Ausklappen | EinklappenSeiten