In-vehicle network security plays a vital role in ensuring the secure information transfer
between vehicle and Internet. The existing research is still facing great difficulties in …

In-vehicle network (IVN) technologies are changing corresponding to the rapidly increasing
demand in autonomous driving and vehicle electrification. Due to the increase in real-time …

Abstract Series hybrid electric vehicles (S-HEVs) have attracted extensive attention thanks to
the simple structure and excellent efficiency, which power transfer rely on high-voltage …

With the increasing number of users and application in the era of the Industrial Internet of
Things (I-IoT), computing efficiency and energy consumption become two vital problems …

This paper presents a constrained robust output feedback control-based coordinated delay
controller (ROHD) to deal with the controller area network (CAN) induced asynchronous …

Abstract The Controller Area Network (CAN) protocol is widely adopted in industry such as
automotive. It has been analyzed in a number of studies in the real-time systems community …

Considering the effects of asynchronous controller area network (CAN)-induced random
delays in the control system of a dual motor plug-in hybrid electric vehicle (DM-PHEV), a …

Recent improvements in self-driving and connected cars promise to enhance traffic safety by
reducing risks and accidents. However, security concerns limit their acceptance. These …

Many accidents and serious problems occur on the road due to the rapid increase in traffic
congestion in all sections of the country. Autonomous vehicles provide a solution to …

One of the problems with the Controller Area Network is jitter of response time because of
the bit-stuffing mechanism. In real-time cases where timing accuracy is important, jitter may …