Quantum simulation with just-in-time compilation

Just-in-time Compilation for Generalized Parsing

Parsing syntactically extensible languages requires generalized parsers which are slow to generate for repeatedly changing grammars. This situation is similar to the execution of dynamic languages like JavaScript, suggesting that we can appropriate technology from that field to use in just-in-time compiled parsers. We implement two just-intime compiling grammar interpreters, a simple one and a ...

Just-In-Time Compilation of Knowledge Bases

Since the first principles of Knowledge Compilation (KC), most of the work has been focused in finding a good compilation target language in terms of compromises between compactness and expressiveness. The central idea remains unchanged in the last fifteen years: an off-line, very hard, stage, allows to “compile” the initial theory in order to guarantee (theoretically) an efficient on-line stag...

Augmenting Computer Music with Just-In-Time Compilation

We discuss the potential of just-in-time compilation for computer music software to evade compromises of flexibility and efficiency due to the discrepancies between the respective natures of composition and computation and also to augment exploratory and generative capacity. We present a range of examples and approaches using LLVM compiler infrastructure within the LuaAV composition environment...

Programming GPUs with C++14 and Just-In-Time Compilation

Systems that comprise accelerators (e.g., GPUs) promise high performance, but their programming is still a challenge, mainly because of two reasons: 1) two distinct programming models have to be used within an application: one for the host CPU (e.g., C++), and one for the accelerator (e.g., OpenCL or CUDA); 2) using Just-In-Time (JIT) compilation and its optimization opportunities in both OpenC...

Profiling-Assisted Prefetching with Just-in-time Compilation