With the growing ubiquity of Internet of Things (IoT), myriads of smart devices connect and
share important information over the internet. In order to provide connectivity and …

Task switching, synchronization, and communication between processes are major
problems for each real-time operating system. Software implementation of the specific …

As higher and higher functionalities are being im-plemented in embedded systems, it is
becoming difficult to ensure their real-time performance. As one approach to enhancing …

There is increasing pressure to optimize Internet of things (IoT) low-end devices. The ever-
growing number of requirements and constraints is pushing towards maximizing …

This paper presents a method of automatically synthesizing a hardware design from a set of
source codes for a real-time system utilizing an RTOS. It generates a full hardware …

This paper introduces HartOS, a hardware-implemented, micro-kernel-structured RTOS
targeted for hard real-time embedded applications running on FPGA based platforms …

Abstract The evergrowing Internet of Things (IoT) ecosystem continues to impose new
requirements and constraints on every device. At the edge, low-end devices are getting …

The use of hardware to perform part of central processing unit (CPU) processing functions is
a consolidated practice that produces good results in terms of power and performance when …

This article proposes a method for implementing an RTOS-based system as hardware using
a general high-level synthesizer. Oosako proposed a full hardware scheme where all the …

Many different types of high-speed networks are employed in industrial systems, which affect
real-time processing, such as motor control of industrial controllers, because of the …