Conclusions C and C++ use memory in various ways, both static and dynamic. Dynamic memory includes stack and heap. Dynamic behavior in embedded real time systems is generally a source of concern, as ...

In “Memory Allocation Strategies for Real Time Operating System in Context with Embedded Devices,” Dipti Diwase, Shraddha Shah, Tushar Diwase, and Priya ...

There are common aspects to static analysis for C and C++ compared to Java but there are differences as well.

I believe there will always be some classes of applications where using dynamic allocation, regardless of rich resources, is a poor choice. So in addition to answering whether you use or allow dynamic ...

These developments include dynamic data placement strategies, morphable memory configurations, and intelligent data allocation methods that adapt to varying workloads.

For embedded - generally real time - applications, ignoring the issue is not an option. Dynamic memory allocation tends to be non-deterministic; the time taken to allocate memory may not be ...