Principles of in vehicle sensors in case of emergency

Embitel technologies an Embedded Software Company from Bangalore has helped enable an emergency help system that would notify the authorities based on the eCall specifications.

This feature works on the principle that the in vehicle sensors would detect an accident and inturn activate the in-vehicle eCall system which would  establishes a voice connection directly with the relevant PSAP (Public Safety Answering Point).

The eCall can be generated either manually –by the vehicle occupants- or automatically via activation of in-vehicle sensors when an accident occurs. When activated, the in-vehicle eCall system sends a minimum set of data (MSD) – including key information about the accident such as time, location and vehicle description – is sent to the PSAP operator. It is built on the SST230 Micro-controller core platform and uses the IAR/ CodeSourcery GNU TOOLCHAIN. Furthermore, it is an embedded product engineering solution with in-built network access device(NAD). For connectivity it has in built SIM and In-band data modem solution for sending MSD. For uninterrupted connectivity it comes with its own backup power supply.It has GPS, Bluetooth and CAN integrated.

Embitel is a leading embedded software company in Bangalore offering product engineering services and complete turnkey solutions for companies across Europe, USA and India.

For more information on this feature contact sales@embitel.com.

ECU Performance Using Re-engineering Techniques - Upcoming Webinar

Web Event: Live Webinar on Improving ECU Performance Using Re-engineering Techniques
Date: March 21, 2013
Time: 3 PM CET/ 2 PM BST/ 10 AM EST/ 7:30 PM IST

Brief Description of Webinar:
Re-engineering is the process of developing new system from an existing system in an incremental and evolutionary manner. It includes modification of a software system that takes place after it has been reverse engineered. Re-engineering involves those activities that support system understanding. Software systems are evolving at a high rate as research and available technology improves; legacy software often needs to be reengineered. In this webinar we discuss about the current challenges in re designing automotive control system for improved performance, for adding new features and for porting the software to new platforms.

Webinar Outline:
The Webinar would cover the following main areas:

Challenges in Re-engineering automotive control systems
Re-engineering methodologies
Activities involved in different phases of V-Cycle
Choosing the right tool chain
Use case showing how Engine Management System was Re-engineered

About the Speaker: : N. S. Divakar Reddy, Technical Architect

As a technical expert in development of automotive embedded systems, Divakar has an extensive experience working with leading automotive OEM’s and Tier-1 suppliers for various aspects of ECU development including model based development and ECU re-engineering.

 

Click Here for Webinar Registration

Webinar - Complex SoC Verification – What Next ?

Complex SoC Verification – What Next ?


Embitel is happy to announce the 16th Webinar on Embedded SoC verification Series which is titled: “Complex SoC Verification – What Next ?” on 6th March, 2013 at 3 PM CET. We are bringing in one of the latest and most discussed topic of this year which will give a fair idea on how to drive your newer SoC verification activities. This Webinar is part of a series of Webinar on complex SoC verification challenges which discuss the future of SoC complexities and the verification challenges.

Here’s why you should attend this Webinar:

To understand current challenges in Complex SoC verification
Understand the existing pit falls
Plan for early adoption of scalable SoC verification methodology
Learn Insights in to new generation methodology options
Learn Tips and tricks for first time silicon success

Speaker: Mr. Abey Thomas

Verification Competency Manager, Embitel Technologies
Industry expert with more than 16 years of experience in Embedded product design, SoC/ ASIC and ARM processor based design Consulting



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