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evaluation: added evaluation information for second transpiler run
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Daniel
2025-05-20 18:52:26 +02:00
parent 2701f1aa38
commit 908cc55b46
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thesis/chapters/evaluation.tex
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@ -76,7 +76,7 @@ Document the process of performance tuning
Initial: no cache; 256 blocksize; exprs pre-processed and transpiled on every call; vars sent on every call; frontend + transpilation + dispatch are multithreaded Initial: no cache; 256 blocksize; exprs pre-processed and transpiled on every call; vars sent on every call; frontend + transpilation + dispatch are multithreaded
1.) Done before parameter optimisation loop: Frontend, transmitting Exprs and Variables (improved runtime) 1.) Done before parameter optimisation loop: Frontend, transmitting Exprs and Variables (improved runtime)
2.) All expressions to execute are transpiled first (before they were transpiled for every execution, even in parameter optimisation scenarios). Compilation is still done every time, because too little RAM was available (compilation takes the most time, so this is only a minor boost) 2.) All expressions to execute are transpiled first (before they were transpiled for every execution, even in parameter optimisation scenarios). Compilation is still done every time, because too little RAM was available (compilation takes the most time, so this is only a minor boost). Also tried blocksize of 121. However, kernel itself is very fast anyway, so this didn't make a difference (further proof that the CPU is the bottleneck here)
\subsection{Comparison} \subsection{Comparison}
Comparison of Interpreter and Transpiler as well as Comparing the two with CPU interpreter Comparison of Interpreter and Transpiler as well as Comparing the two with CPU interpreter

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thesis/main.pdf
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