Article

Electric vehicles and Co2 emissions

An electric vehicle does not emit greenhouse gas from the tailpipe but CO2 emissions are created during the manufacturing process and the charging of the vehicle. Compared to a Thermal vehicle, the energy required for battery production is higher. An electric vehicle is therefore starting with a disadvantage in terms of CO2 footprint but improves as the user drives it.

Electric vehicles and Co2 emissions 0

Article

Connectivity : Internet in automotive

By 2030, nearly all vehicle will have a connection to the internet. It is even mandatory for homologation in a number of areas: For example, since 2018, all new type of cars and van in the EU shall be equipped with an eCall system to alert (automatically or by pressing a switch) emergency in case of accident.

Connectivity  Internet in automotive 0

Article

Artificial Intelligence usage in automotive on-board systems

AI in automotive has been used for decades in a number of applications such as fuel consumption, maintenance prediction or stability systems. With the rise of high-performance computer and new algorithms, AI systems are today able to process a much larger amount of data and continuously improve their decision. 3 main techniques are used:

Artificial Intelligence usage in automotive on-board systems 0

Unveiling the limitations of Onboard ADAS Sensors

Advanced Driver Assistance Systems (ADAS) have revolutionized road safety by leveraging onboard sensors to detect and mitigate potential risks. However, even with sophisticated sensor technologies, there are inherent limitations that can compromise their effectiveness, particularly in scenarios involving vulnerable road users (VRUs) like children.

Unveiling the limitations of Onboard ADAS Sensors 0

Article

Revolutionizing mobility system engineering impact on automotive innovation

System engineering is a multidisciplinary approach to designing, analyzing, and managing complex systems that often involve the integration of hardware, software, and people. The primary goal of system engineering is to ensure that a system meets its intended purpose while also satisfying the needs and requirements of its stakeholders.

Revolutionizing mobility system engineering impact on automotive innovation 0

Article

KERNEL-BASED OPERATING SYSTEM IN AUTOMOTIVE INDUSTRY

The use of operating systems in the automotive industry has increased with the advent of new technologies, such as autonomous driving and connected cars. The kernel-based operating system is an operating system that has gained popularity in recent years.

Article

MODERN CAR FEATURES NOW REQUIRE NEW EE ARCHITECTURE SOLUTIONS

In the automotive industry, EE architecture refers to the overall design and organisation of the electrical and electronic systems that control various functions of a vehicle and it plays a crucial role in modern cars. This is because it involves the integration of various systems such as powertrain control, chassis control, body control, and infotainment systems, among others, into a unified network.

Article

THE EUROPEAN REGULATORY FRAMEWORK FOR CONNECTED VEHICLES

Today, vehicle users want to make use of the added value services on their smartphone and integrate them into their vehicles. Use cases from vehicle data exchange can increase comfort and convenience for customers, improve products and services, and contribute towards achieving societal goals.

THE EUROPEAN REGULATORY FRAMEWORK
FOR CONNECTED VEHICLES 0

Article

The trafficless city of the future with Smart Traffic Management

Smart traffic management is an innovative approach that leverages both on-board and off-board ADAS sensors and computing to improve ADAS performances, and enhanced smarter traffic management.

The trafficless city of the future with Smart Traffic Management 0

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