Event driven embedded systems are one of the essential structures of heterogeneous embedded systems. The difference behavior of hardware and software motivates the usage of high-level system design approaches such as Hardware Software co-design Model
. The objective of this paper is to obtain a new Co-design model for discrete-events embedded systems based on Markov chains, and then using the heterogeneous modeling by composing the discrete-times model within discrete-events model to apply it on anti‐lock braking system (ABS). To achieve the model, we use Ptolemy II which is a Java-based software framework developed as part of the Ptolemy Project by University of California, Berkeley. The importance of this paper is to be the kernel for heterogeneous co-design modeling for heterogeneous embedded systems in future works.
This research aims to develop a model of decision-making for the selection of the most
appropriate strategy of the maintenance methods of equipments. A model has been developed in
order to determine the maintenance plan that causes the lowest cost,
whether the cost of
repairing or losses result from interruptions of work for maintenance.
This research aims to design
an effective system for detection of various known and unknown intrusion and
snooping operations which are SCADA systems exposed to, depending on the
idea of Markov Chains and the concept of probability windows.
