The high energy consumption associated with acceleration requires electric vehicles (EVs)
to accelerate to a chosen speed optimally, particularly in urban driving cycles. Existing …

Due to the limited amount of stored battery energy it is necessary to optimally accelerate
electric vehicles (EVs), especially in urban driving cycles. Moreover, a quick speed change …

Due to the limited amount of stored battery energy available for electric vehicles, it is
important to use the energy in an optimal manner. This study proposes a novel comfortable …

This paper focuses on the development of computational optimization algorithm to provide
energy-based driving guidance for electric vehicle (EV) drivers to use the limited resource …

The existing driving assistance systems (DAS) are not capable to manage the electric
vehicle (EV) problems namely insufficiency of charging stations and inadequate range. A …

The existing research of electric vehicle acceleration curves optimization mainly focuses on
minimum energy consumption, without considering the battery life. This paper focuses on …

In this manuscript, a control strategy for electric vehicles is developed to optimise the energy
consumption while respecting constraints associated with both inter-vehicle safety and …

Due to limited charging capacity of battery, optimal driving of an electric vehicle is important
to utilize the available charge in an efficient manner to complete the entire route. In this …

Due to the limited range and long charging time for electric vehicles, proper utilization of the
stored battery energy is crucial. Current methods for electric vehicle range estimation do not …

To improve the fuel economy and range of an electric vehicle, as much as energy
regeneration during braking is important. It was observed that driving harshness has a great …