Latest Articles for Automotive

Learn how observer-based systems enhance control in complex technologies.

A new tool improves management of real-time software for immediate responses.

A look at how YOLO has changed object detection in various fields.

A new approach enhances safety in systems with uncertainties using reachability analysis.

Discover how new techniques improve control systems for a smoother experience.

A look at machine learning's role in fiber reinforced composite performance.

Explore methods for compressing images while saving energy without sacrificing quality.

This article introduces a method to improve delamination modeling in composite materials.

Learn how to enhance infrared images for better pedestrian detection in self-driving cars.

PowerYOLO combines advanced sensors and smart techniques for low-energy object detection.

A method to improve deep learning deployment on limited-resource devices.

A look into shape optimization techniques and their real-world applications.

CRAFTBooster enhances sensor fusion for better tracking accuracy in autonomous vehicles.

A look at the new flexible multi-port memory design for modern devices.

Neural networks improve design efficiency across various engineering fields.

New methods in lattice design improve strength while minimizing weight.

A-BDD enhances ML training for self-driving cars in poor weather.

A new approach enhances predictions for composite materials' performance in various conditions.

A novel approach to self-driving vehicles that prioritizes safety and comfort.

A new method improves radar signal detection in autonomous vehicles using deep learning.

A new method for improving timing in embedded systems using comprehensive design strategies.

DrowzEE-G-Mamba uses brain data to enhance driver safety by monitoring drowsiness.

A new method improves mobile connections for vehicles in cities.

New framework enhances explanation clarity in autonomous vehicle decision-making.

A new controller improves timing accuracy in safety-critical systems.

New methods improve mapping in changing surroundings for machines.

ToF imaging uses light pulses to create 3D images for various applications.

Autonomous racing is changing how we view speed and courtesy.

CFPNet enhances depth sensing for better visual information across various applications.

Discover how smart vehicles plan their paths on the road.

A simple breakdown of DGS-SLAM technology and its importance.

VL-Uncertainty improves the detection of incorrect answers from digital models.

Discover how CaLES speeds up fluid simulations for engineering.

A new model enhances predictions in autonomous racing, improving accuracy and speed.

Discover how hybrid controllers and event-triggered control improve efficiency in technology.

Improvements in Lince make hybrid system simulations simpler and more effective.

Learn how Fault Tree Analysis and AI enhance car safety.

LAA-Net improves depth estimation in darkness using red light technology.

Discover how DEIM improves real-time object detection speed and accuracy.

Advanced alloys are reshaping the performance and reliability of gas turbine blades.