Current worst-case execution time (WCET) analyses do not support programs using dynamic memory allocation. This is mainly due to the unpredictable cache performance when standard memory allocators are used. We present algorithms to compute a static allocation for programs using dynamic memory allocation. Our algorithms strive to produce static allocations that lead to minimal WCET times in a subsequent WCET analyses. Preliminary experiments suggest that static allocations for hard real-time applications can be computed at reasonable computational costs
Hard realtime systems rely on the assumption that the deadlines of tasks can be met otherwise the s...
While caches have become invaluable for higher-end architectures due to their ability to hide, in pa...
Thesis: S.M., Massachusetts Institute of Technology, Department of Electrical Engineering and Comput...
Current worst-case execution time (WCET) analyses do not support programs using dynamic memory alloc...
For hard real-time applications, tight provable bounds on the application’s worst-case execution tim...
Abstract—General-purpose dynamic memory allocation al-gorithms strive for small memory fragmentation...
For hard real-time applications, tight provable bounds on the application's worst-case execution tim...
Hard real-time systems need a time-predictable computing platform to enable static worst-case execut...
Cache memories have been extensively used to bridge the gap between high speed processors and relati...
Cache memories in modern embedded processors are known to improve average memory access performance....
In the past decades, embedded system designers moved from simple, predictable system designs towards...
Modern hard real-time systems still employ static memory management. However, dynamic storage alloca...
To reduce complexity while computing an upper bound on the worst-case execution time, static WCET an...
In recent years, the real-time community has produced a variety of approaches targeted at managing o...
Caches are a source of unpredictability since it is very difficult to predict if a memory access res...
Hard realtime systems rely on the assumption that the deadlines of tasks can be met otherwise the s...
While caches have become invaluable for higher-end architectures due to their ability to hide, in pa...
Thesis: S.M., Massachusetts Institute of Technology, Department of Electrical Engineering and Comput...
Current worst-case execution time (WCET) analyses do not support programs using dynamic memory alloc...
For hard real-time applications, tight provable bounds on the application’s worst-case execution tim...
Abstract—General-purpose dynamic memory allocation al-gorithms strive for small memory fragmentation...
For hard real-time applications, tight provable bounds on the application's worst-case execution tim...
Hard real-time systems need a time-predictable computing platform to enable static worst-case execut...
Cache memories have been extensively used to bridge the gap between high speed processors and relati...
Cache memories in modern embedded processors are known to improve average memory access performance....
In the past decades, embedded system designers moved from simple, predictable system designs towards...
Modern hard real-time systems still employ static memory management. However, dynamic storage alloca...
To reduce complexity while computing an upper bound on the worst-case execution time, static WCET an...
In recent years, the real-time community has produced a variety of approaches targeted at managing o...
Caches are a source of unpredictability since it is very difficult to predict if a memory access res...
Hard realtime systems rely on the assumption that the deadlines of tasks can be met otherwise the s...
While caches have become invaluable for higher-end architectures due to their ability to hide, in pa...
Thesis: S.M., Massachusetts Institute of Technology, Department of Electrical Engineering and Comput...