New processors make it possible to run symmetric multiprocessing applications on boards in control consoles, navigation systems, sensors and weapons systems.

Nowadays, it is even common to run general purpose applications in some embedded systems as well as to use applications written by developers that have little or no knowledge at all about the embedded ...

Nonrechargeable, or primary,batteries find wideuse in mainstream embedded-system applications (Table 1 ). Thiscategory of batteries includesalkaline devices, which manufacturerstypically fabricate ...

Conclusion: Application software development for embedded systems is expensive, difficult and time consuming when using target hardware reference boards. The use of host simulation for embedded ...

Linux is no longer just the open-source operating system that you must download, modify, troubleshoot, and maintain yourself for your embedded application. In fact, commercial Linux support is ...

As embedded technology continues to move forward for defense applications, the continuing trend among manufacturers to maintain breaks down into two categories- more exceptional capabilities, and ...

Embedded systems such as Internet of Things (IoT) devices and single-board computers possess limited memory and processing ...

Deep-learning applications require embedded systems able to provide high computing capabilities, flexibility, availability of advanced peripherals, and high performance while operating in real time.

Features Designed to Optimize Embedded Performance Offered in a 483-pin ceramic ball grid array (CBGA) package, the MPC7457 processor is footprint-compatible with Motorola's award- winning MPC7455 ...