This paper presents a Bézier curve based path planner which enables the anti-collision
behavior of an electronic car. The anti-collision system is a fundamental module in the …

More than 90 percent of all traffic accidents are caused by human error and their
involvement in different activities while driving. Therefore we have proposed an Autonomous …

Purpose–The purpose of this paper is to present an implementation of a soft‐computing
(SC) based navigation approach on a bi‐steerable mobile robot, Robucar. This approach …

Automation of agricultural and horticultural operations keeps received great attention for
over a decade. The control parameters adopted depend on the location and characteristics …

This paper presents an implementation of an intelligent navigation approach on a bi-
steerable mobile robot Robucar. This approach is based on Neural Networks (NN) and …

This paper presents a four-wheel-steering four-wheel-drive (4WS4WD) car-like robot, able to
autonomously explore unknown environments with flat or uneven terrain. The robot uses a …

In the recent past, plug-in hybrid vehicles (PHEVs) are also gone popular due to some
added advantages. PHEVs which use an internal combustion engine as one of the energy …

Honda is one of the most popular algorithm for rear end collision avoidance system, but
does not intend to avoid all the accidents, this due to that it gives a smaller range of warning …

The traffic jam is a waste of time and affects productivity. This paper reviews about the recent
development in the flying car technology to avoid the traffic jam. The flying car uses various …

This paper presents an implementation of a neural-based navigation approach on two types
of mobile robots namely the Robucar and Robuter. This approach must provide these robots …