Embedded systems are often deployed in a variety of mission-critical fields, such as car
control systems, the artificial pace maker, and the Mars rover. There is usually significant …

In real-time embedded applications, interrupt-driven systems are widely adopted due to strict
timing requirements. However, development of interrupt-driven systems is time-consuming …

In design of dependable software for real-time embedded systems, time analysis is an
important but challenging problem due in part to the randomicity and nondeterminism of …

AUTOSAR, the open and emerging global standard for automotive embedded systems,
offers a timing protection mechanism to protect tasks from missing their deadlines. However …

Voltage scaling can reduce power dissipation significantly. SRAM cells (which are
traditionally implemented using six-transistor cells) can limit voltage scaling due to stability …

The concept of interrupts is important in system specifications across both software and
hardware. However, behaviours of interrupts are difficult to capture particularly in a timed …

Interrupts play an important role in real time and embedded systems. It is purposely
designed to handle unexpected and emergent issues. However, the randomicity of interrupts …

Real-time systems are composed of subsystems that may communicate by means of
interruptions. An interruption is an event that requires preemption of a resource held by an …

We can find many examples of Real-time Systems (RTS) in critical applications such as
patient monitoring, air traffic control and others. A failure in this kind of system can be …

We can nd many examples of Real-time Systems (RTS) in critical applications such as
patient monitoring, air tra c control and others. A failure in this kind of system can be …