Titlebook: Dynamic Memory Management for Embedded Systems; David Atienza Alonso,Stylianos Mamagkakis,Dimitrio Book 2015 Springer International Publis

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Sven B. Andersen,Anna Maria Torpknowledge on the applications, but still leaving space for run-time considerations that allow tackling dynamic variations without resorting to worst case solutions. This requires extensive information about the static and dynamic characteristics of the applications. However, there is not a standard

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Federico Trucco,Patrick J. Tranele domain need to be mapped onto an extremely compact device. Furthermore, the general trend of ubiquitous mobile access pushes developers to provide cross-platform applications with the same characteristics across a set of devices and desktop systems. Smartphones, tablets, in-car entertainment and n

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Damaris A. Odeny,Satya S. NarinaModern software applications for embedded systems have massive data storage and transfer needs. This is particularly true for applications that need to deliver a rich multimedia experience to the final user.

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Sven B. Andersen,Anna Maria TorpIn the previous chapters we have explained how to improve different aspects of the memory subsystem when dynamic memory is used in an embedded system. In particular, we explained how to design efficient custom dynamic memory managers to serve the dynamic memory requests of the applications.

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Dynamic Memory Management Optimization for Multimedia Applications,As already introduced in the first two chapters of this book, due to increasing complexity and drastic rise in memory requirements, new system-level memory management methodologies for multimedia applications need to be developed.