Human Machine Interface & Telematics
The Human-Machine Interface (HMI) is where people and technology meet. It focuses upon an individual's experience of the technology with which they are interacting. Visual and touch displays for automotive dashboards and mobile phones, portable music players, PCs, tablets and medical diagnostic monitors are all good examples where HMI design is critical.
An effective HMI design maximises the user’s ability to derive full functionality from the technology and is a good indicator of the user’s satisfaction with the technology and the system.
VPAC employs best practise standards to design user centric and model-driven HMIs for its clients and partners to monitor HMI usability and drive a feedback loop enabling optimal design.
Telematics deals with the parsing of information services via communication protocols and networks. Telematics enable drivers to access global positioning data and other services for information, entertainment, convenience and social networking purposes. On-board and cloud services can be customised to suit personalised needs as well as deliver conventional information such as traffic, points of interest and news updates.
Embedded Systems
Embedded systems are designed to control everyday devices such as digital display units and in-vehicle electronics. Integrating hardware and software using opertating systems with a small footprint such as the Windows Embedded platforms allows the creation of rich and contextual applications.
VPAC delivers embedded-based applications and solutions on a range of operating platforms and systems such as Microsoft Windows CE, Windows XP Embedded, Windows Mobile, as well as embedded microprocessors.
VPAC also provides official Windows Embedded Systems Training courses.
Capabilties
Clients
R&D Projects
Contact
For further information on VPAC's HMI, Telematics and Embedded Systems capabilities, please email embedded@vpac.org
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| VPAC_HMI_Programmability.pdf | 226.68 KB |
| Engineering_HMI.pdf | 638.64 KB |
Selected case studies. See all 10 case studies for Engineering.
The SAFE Vehicles project was designed to resolve reliability and performance issues in relation to vehicle power consumption, human-machine interfaces and ergonomics, and in-vehicle component and sys
GM Holden wished to optimise the design of a vehicle architecture by removing mass from the vehicle frame without affecting crash safety.
The Cooperative Research Centre for Advanced Automotive Technology (AutoCRC) is a research collaboration aimed at delivering smarter, safer and cleaner manufacturing and vehicle technologies to Austra