Intelligent Automation (IA) in automobiles combines robotic process automation and artificial
intelligence, allowing digital transformation in autonomous vehicles. IA can completely …

To exploit an image-based in-cabin monitoring system for driving behavior and in-vehicle
occupants detections to improve driving safety, in this paper, by installing a fisheye-lens …

In this paper, we have demonstrated a robust in-cabin monitoring system (IMS) for safety,
security, surveillance, and monitoring, including privacy concerns for personal and shared …

An authorized traffic controller (ATC) has the highest priority for direct road traffic. In some
irregular situations, the ATC supersedes other traffic control. Human drivers indigenously …

Fully autonomous vehicles (FAVs) lack monitoring inside the cabin. Therefore, an in‐cabin
monitoring system (IMS) is required for surveilling people causing irregular or abnormal …

Absence of human in-charge in fully autonomous vehicles (FAVs) impose multi-pronged in-
cabin monitoring in real-time to monitor any irregular situation. Moreover, occupant's visual …

Real-world is full of uncertainty. This uncertainty introduces examples of irregular situations
(situations that are contrary to the normal routine). Artificial intelligence (AI) has greatly …

The use of vehicle in-cabin monitoring has been increasing to fulfil the specifications of
European safety regulations. These regulations present several requirements for detecting …

Detecting passengers within overhead, fisheye images presents a unique set of challenges.
Traditional approaches rely on radially-aligned bounding boxes based on the assumption …

Nowadays exists a huge resistance towards using Autonomous Driving or Advanced Driver
Assistance Systems while driving a car, for both young and elderly drivers and occupants …