Operating Systems in Vehicles

Transcription

1 Operating Systems in Vehicles Matt Jones Jaguar Land Rover July 2014

2 Who are JLR? Largest UK automotive employer approaching 26,000 global employees, supporting 190,000 jobs in the supply chain, dealer network and wider economy Only car company researching, designing and manufacturing in the UK Largest UK automotive investor in R&D approaching 1.5bn per year in Product Creation 4500 Engineers in core Product Development, 6000 Worldwide and growing Ambition Business Growth Plan 40 new product actions in the next 5 years Sell products in 174 countries 425,000 vehicles in 2013, up 18.8% year on year.

3 What s happened previously A collection of stand-along generations of infotainment system. Proprietary hardware and software from individual suppliers. Designed to deliver the initial feature set and stop. This has lead to the support of multiple, concurrent architectures Similar feature sets, different specifications, different Tier 1 vendors.

4 Customer Expectations Multimodal HMI HD Displays Improved Voice Control Connected World Telematics Connected Navigation (augmented offboard) App Store Media Management Online & Local This is a fully featured home entertainment network & Smart Phone

5 Customer Expectations Multimodal HMI HD Displays Improved Voice Control Connected World Telematics Connected Navigation (augmented offboard) App Store Media Management Online & Local Regular Updates and Additions This is a fully featured home entertainment network

6 What do the OEMs want?

7 Sell Cars Easily deliver the features that customers want. A system that can be rapidly expanded. Ability to update software and add new features often.

8 Alliances

9 Linux Foundation

10 Automaker and Tier1 Supplier Domain Differentiation Integration Commercial and Proprietary solutions Implementation Competition HMI - Human Machine Interface Apps OSV Extensions Libs Alliance Domain Non-differentiating features Consolidated Requirements Auto Specific Middleware Validation/Compliance Open Source IVI Stack Open Source Kernel Aug-7-14 GENIVI is a registered trademark of the GENIVI Alliance in the USA and other countries Copyright GENIVI Alliance

11 Aimed at Mobile, Desktop, and IVI - Pulling the domains together Extensive SDK and Support for HTML5 with advanced Web Run-Time Web and Native IDEs

12 AGL Mission Enable the Automotive Industry to successfully utilize Linux and Open Source technologies for product development and deployment with open collaboration and processes, reference software and hardware, education and practices.

13 AGL Proof of Concepts

14 Electric Car Dashboard The Dashboard presents information to the driver from the vehicle systems: Remaining Battery Level and Mileage Estimate Location and Weather Conditions Pressure Level for Front Left Tire Pressure Level for Front Left Tire Child Lock Activation Status Pressure Level for Front Left Tire Pressure Level for Front Left Tire Average Energy Consumption Toggle on/off Rear Display for both Left and Right Sides. Engine Status and MPH (when in motion)

15 Google Maps Navigation This project has incorporated Google maps navigation with audio Text To Speech (TTS). The application reads out navigation instructions using Text-To-Speech from Speech API for audio guidance.

16 App for AMB & HVAC AMB stands for the Automotive Message Broker. AMB is a framework for accessing vehicle information from an application without the application having to know the specific details of the vehicle's network. The work for this project is to extend the AMB project so that it can be used to control HVAC settings on JLR vehicles using specialised plugins. Use cases include: Max defrost scenario Fan speed scenario Air distribution scenario Temperature control scenario Air condition scenario Front screen heating scenario Rear window heating scenario

17 SDL Smart Device Link SmartDeviceLink is a GENIVI project which intends to standardize and wrap the many in-vehicle interfaces which may exist in the automotive context. This project demonstrates the SMartDeviceLink system working on the Tizen IVI platform.

18 Time and Money

19 Timescales Average concept to deployment in the industry is 39 months Average lifespan of a startup is 18 months

20 In To Production $1 $10s Faster Developed Innovative Technologies Joint POC User Testing Production

21 From POC To Production How can we reduce the timescales? POC Phase Only 9 months from end of POC to ulr

22 JLR PDX NW 14 th & Quimby

23 Roadmaps We re buying-in to technology roadmaps: Silicon suppliers Network technologies Linux distribution Software providers

24 Thank you!