Sökning: "Compiler optimization"

Visar resultat 1 - 5 av 46 uppsatser innehållade orden Compiler optimization.

1. 1. Attainable Safety and Long-Term Resource-Efficiency Using Rust : Evaluating the Viability of Rust in Terms of Development Effort and Performance for the Decompilation of ASN.1 Messages

   Master-uppsats, Linköpings universitet/Institutionen för datavetenskap

   Författare :Cecilia Emberg; Anna Wadsten; [2023]
   Nyckelord :sustainability; performance; green programming; code quality; usability; learnability;

   Sammanfattning : This report investigates how a telecommunication company might reduce its resource usage in terms of execution time by using Rust for the decompilation of ASN.1 messages. To contrast these results and to offer insights into other factors for choosing a language, the developer experience of Rust was also studied. LÄS MER

3. 2. Throughput Analysis of Safepoint-attached Barriers in a Low-latency Garbage Collector : Analysis of a Compiler Optimization in the HotSpot JVM

   Master-uppsats, KTH/Skolan för elektroteknik och datavetenskap (EECS)

   Författare :Filip Wilén; [2023]
   Nyckelord :Garbage Collection; Compiler; Java; JVM; Concurrency; Benchmarking; Skräpsamlare; Kompilatorer; Java; JVM; Multitrådat; Benchmarking;

   Sammanfattning : When using managed programming languages, there is an essential benefit in having a fast and efficient compiler and garbage collector; one garbage collector currently under development is the HotSpot low-latency concurrent Generational Z Garbage Collector. Concurrent memory management runs application threads and garbage collection threads simultaneously. LÄS MER

4. 3. Analyzing and Reducing Compilation Times for C++ Programs

   Master-uppsats, Linköpings universitet/Programvara och system

   Författare :Dennis Mivelli; [2022]
   Nyckelord :C ; Compilation; Build; Dependencies; File Dependencies; File inclusions; Time; Speed; Compilation time; Build time; Design patterns; PImpl; Bridge; Dependency injection; Pointer to implementation; Mocking; GoogleTest; gMock; large; large-scale; Reduce; Reduce compilation times; Reduce build times; C ; Kompilering; Byggtid; Beroenden; Filberoenden; Filinkluderingar; Tid; Hastighet; Kompileringstid; Designmönster; PImpl; Bridge; Dependency injection; Pointer to implementation; Mockning; Mocking; GoogleTest; gMock; Storskalig; Minska kompileringstid; Minska;

   Sammanfattning : Software companies often choose to develop in C++ because of the high performance that the language offers. Facilitated by static compilation and powerful optimization options, runtime performance is paid for with compilation time. LÄS MER

5. 4. Performance-Aware Code Size Optimization of Generic Functions through Automatic Implementation of Dynamic Dispatch

   Master-uppsats, Linköpings universitet/Programvara och system

   Författare :Ivar Härnqvist; [2022]
   Nyckelord :Compiler technology; Programming language design; Performance; Code size optimization; Generic programming; Polymorphism; Dynamic dispatch; Type erasure; Monomorphization; Templates; C ; Kompilatorteknik; Programspråksdesign; Prestanda; Kodstorleksoptimering; Generisk programmering; Polymorfism; Dynamic dispatch; Typradering; Monomorfisering; Templates; C ;

   Sammanfattning : Monomorphization and dynamic dispatch are two common techniques for implementing polymorphism in statically typed programming languages. Function templates in C++ use the former technique to enable algorithms written as generic functions to be efficiently reused with multiple different data types by producing a separate function instantiation for each invocation that uses a unique permutation of argument types. LÄS MER

7. 5. A JavaScript Backend for the Miking Compiler

   Kandidat-uppsats, KTH/Skolan för elektroteknik och datavetenskap (EECS)

   Författare :William Rågstad; [2022]
   Nyckelord :Bachelor’s Thesis; Miking; JavaScript; Compiler; Semantics; Code Generation; Optimization; Correctness; Soundness; and Readability; Kandidat Examensarbete; Miking; JavaScript; Kompilatorer; Semantik; Kodgenerering; Optimering; Korrekthet; Sundhet och Läsbarhet;

   Sammanfattning : This thesis presents the design and implementation of an extension of the self-hosted Miking compiler to enable the generation of JavaScript code for different runtime environments and web browsers. Miking is a framework for developing domain-specific and general-purpose programming languages through sound language fragment composition, among other things, to create efficient compilers. LÄS MER