Dynamic binary translators (DBT) have recently attracted much attention for embedded systems. The effective implementation of DBT in these systems is challenging due to tight cons...
Dynamic optimization systems store optimized or translated code in a software-managed code cache in order to maximize reuse of transformed code. Code caches store superblocks that...
Dynamic binary translation (DBT) can be used to address important issues in embedded systems. DBT systems store translated code in a software-managed code cache. Unlike general-pu...
A dynamic optimizer is a software-based system that performs code modifications at runtime, and several such systems have been proposed over the past several years. These systems ...
Many dynamic optimization and/or binary translation systems hold optimized/translated superblocks in a code cache. Conventional code caching systems suffer from overheads when con...
A dynamic optimizer is a runtime software system that groups a program’s instruction sequences into traces, optimizes those traces, stores the optimized traces in a softwarebase...
Software code caches are becoming ubiquitous, in dynamic optimizers, runtime tool platforms, dynamic translators, fast simulators and emulators, and dynamic compilers. Caching fre...
Software code caches help amortize the overhead of dynamic binary transformation by enabling reuse of transformed code. Since code caches contain a potentiallyaltered copy of ever...
Abstract. The interest in translation-based virtual execution environments (VEEs) is growing with the recognition of their importance in a variety of applications. However, due to ...
Dynamic binary translation systems enable a wide range of applications such as program instrumentation, optimization, and security. DBTs use a software code cache to store previou...