Hardware
Automotive
Dev Tools & OS
Networking
Processing
MakerPro
Industrial
- Industrial
- Machine Learning
Security
IoT
- IoT
- What's New
- Semantic Interoperability
- Node.js
Storage
Medical
Reference Designs
Dev Kit Selector
White Papers
Webcasts & Events
- Webcasts & Events
- Upcoming Webcasts
- Industry Events Calendar
Product Search
Embedded World 2018

Home » Automotive » Using Java in Safety-Critical Applications ISO 26262 Certification for Real-Time Java Code

× Share this Presentation

Twitter
Email
LinkedIn

Ready to download this white paper?

First Name

Last Name

Job Title

Company

Phone Number

Country

Your download is ready!

Download PDF

Error - something went wrong!

Using Java in Safety-Critical Applications ISO 26262 Certification for Real-Time Java Code

March 29, 2018

Share this PDF
Twitter
Email
LinkedIn

This document provides an analysis of the concerns with using Java, in particular real-time Java, in safety-critical applications. The focus is on hard real-time applications subject to certification based on ISO 26262. Both safety and timeliness are considered.

This document outlines a road map of necessary activities for using the aicas JamaicaVM implementation of real-time Java in a safety-critical environment.

TÜV certification is shifting the automotive landscape

Why are certifications like ISO 26262 only becoming more prominent now? For a start, the electronic content...

Renesas 28 nm automotive control MCU integrates 16 MB on-chip flash, up to six CPU cores

RH850/E2x MCUs incorporate 16 MB of built-in flash, up to six 400 MHz CPU cores, and deliver up to 9600 MIPS.

Follow our coverage of automotive-related design topics with the Automotive edition of our Embedded Daily newsletter.

Subscribed! Look for 1st copy soon.

Error - something went wrong!

We also recommend:

Automotive multicore gets a model-based development boost

Using Java in Safety-Critical Applications ISO 26262 Certification for Real-Time Java Code

Previous Article

Next Article

We also recommend:

The performance and capabilities of multicore automotive control MCUs enable automakers to add new features. However, these devices also require more advanced parallel programming techniques.

The MSO7000/DS7000 series of high-performance digital oscilloscopes integrates six independent instruments into one device with large memory depth, a large touch-screen display, superior waveform...

The 88Q9098 wireless SoC offers 802.11ax two-by-two plus two-by-two concurrent dual Wi-Fi operation.

Patrick Hopper at the Western Digital Booth at TU Automotive talking with Oded Sagee, Senior Director Embedded & Integrated Solutions, discussing storage solutions for the connected car. #TUDetroit #

ROHM and GaN Systems are collaborating in the gallium nitride (GaN) power semiconductor business, with the goal of contributing to the continuing evolution of power electronics.

In an effort to mitigate this risk as much as possible, functional safety is necessary - but in a way that also addresses the needs of what is already a high-volume, cost-sensitive industry.

The product allows engineers to develop and validate algorithms that predict when an equipment failure might occur or to detect any underlying anomalies by monitoring sensor data.

Tuxera and Green Hills Software Cooperation Delivers Safety and Security for Automotive Storage Applications

High PSRR improves performance in imaging and wireless applications, including automotive

Crystal Group RACE™ rugged computers and kits are engineered to put your autonomous vehicle (AV), driving system (ADS), and unmanned (UAV) projects on the fast track to market.

Vehicles are becoming software-defined networks on wheels. Dan Cauchy, a 2018 Top Embedded Innovator and Executive Director of Automotive Grade Linux offers insight on open source software in auto.

This column chronicles the most notable design trends in the vehicle electrification realm – and it inevitably starts with the battery.

The throughput that's offered by 5G is a requirement for tomorrow's connected cars.

Powered by: LHP Engineering Solutions, AASA Incorporated, National Instruments, and PTC

As vehicles become increasingly connected and reliant on software, new threats emerge. To address these concerns, help mitigate security risks, and build the foundation for a reliable and secure car,

Cost-Efficient 3D Surround View System for Mass-Produced Vehicles

New MIPI DSI-2 v1.1 and DCS v1.4 specifications support VESA VDC-M compression standard for high-quality video on smartphones, tablets and more

The industry-leading UI development software tool continues to innovate with releasing its newest version.

In-vehicle infotainment turns your car into a mobile office, if everything works as expected.

OmniVision announced its collaboration with Smart Eye to integrate OmniVision's latest 2-megapixel image sensor with Smart Eye's sensing algorithm library in a turnkey driver and cabin monitoring.