Software intensive embedded systems

ASSIP Study of Real-Time Safety-Critical Embedded Software-Intensive System Engineering PracticesASSIP Study of Real-Time Safety-Critical Embedded Software-Intensive System Engineering Practices

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Profiling Tools for FPGA-Based Embedded Systems: Survey and Quantitative Comparison

Profiling tools are computer-aided design (CAD) tools that help in determining the computationally intensive portions in software. Embedded systems consist of hardware and software components that execute concurrently and efficiently to execute a specific task or application. Profiling tools are used by embedded system designers to choose computationally intensive functions for hardware impleme...

Towards Integrated System and Software Modeling for Embedded Systems

This paper addresses the integration of system modeling and software modeling, particularly for embedded systems, which are software intensive systems that consist of both hardware and software components. This paper describes a systems modeling approach to create structural and behavioral models of the total system using SysML. The systematic transition to software modeling using UML is then d...

Challenges in Engineering for Software-Intensive Embedded Systems

Software Virtual Memory Management for MMU-less Embedded Systems

For an embedded system designer, the rise in processing speeds of embedded processors and microcontroller evolution has lead to the possibility of running computation and data intensive applications on small embedded devices that earlier only ran on desktop-class systems. From a memory stand point, there is a similar need for running larger and more data intensive applications on embedded devic...