The GSVF 2022 serves as a platform to discuss recent advances in system integration and virtual validation and its optimal coexistence with physical testing. Industry currently moves away from strictly vertical to broadly horizontal vehicle system development approaches. Collaboration, virtualization, and agile-enriched processes are vital to cope with related complexity, uncertainties, quality, costs and timely delivery, to ultimately accelerate system delivery ensuring global competitiveness and market-shares.
The GSVF 2022 focuses on methods, tools, data, and processes for virtual validation.
Organiser
![](https://dihworld.eu/wp-content/uploads/2022/03/ViF_logosqare.png")
Virtual Vehicle Research Center
Inffeldgasse 21a
8010 Graz, Austria
VIRTUAL VEHICLE is a leading international research and development center for the automotive and rail industries, located in Graz, Austria. The center focuses on the advanced virtualization of development. An essential element is the linking of numerical simulations and hardware testing which leads to a powerful HW-SW system design.
VIRTUAL VEHICLE’s international partner network consists of:
80+ international industrial partners (OEMs, Tier 1 & Tier 2 suppliers, software vendors)
40+ international scientific institutions
VIRTUAL VEHICLE is the largest COMET funded research center and is also active in 30+ EU-projects. Furthermore, It offers a broad portfolio of contract research for the vehicle development.
VIRTUAL VEHICLE provides value generating core technologies for future digital operation services driving the digital transformation of our society. Data-driven design enhanced by the automation of the decision-making processes in “real time“ transforms and optimizes the customer‘s assets making them available and accessible in the Internet of Things (IoT) eco-system. It combines different domains with specific expertise like comprehensive energy management techniques and high fidelity models that can be implemented in a full-vehicle digital context.
- Improved safety and efficiency while maximizing assets availability
- Reduce operational costs and environmental impact
- Best possible solution for particular needs in an early phase of the development process saves development time and cost
- Enable condition based and predictive maintenance of assets
- Easy and cost-efficient analysis of future mobility and transportation concepts
Services
ASAM – Association of Standardisation of Automation and Measuring Systems
AUTOSAR Automotive Open System Architecture
EARPA – European Automotive Research Partners Association
Modelica Association
ProSTEP iViP
Additional information