Essays about: "thesis on compiler design"

Showing result 1 - 5 of 36 essays containing the words thesis on compiler design.

1. 1. Wordlength inference in the Spade HDL : Seven implementations of wordlength inference and one implementation that actually works

   University essay from Linköpings universitet/Institutionen för systemteknik

   Author : Edvard Thörnros; [2023]
   Keywords : FPGA; spade; wordlength inference; word length; word-length; compiler; hdl; hardware description language; LUT; lookup tables; resource usage; compiler; FPGA; spade; ordlängdsinferens; kompilator; hdl; ordlängd;

   Abstract : Compilers, complex programs with the potential to greatly facilitate software and hardware design. This thesis focuses on enhancing the Spade hardware description language, known for its user-friendly approach to hardware design. READ MORE

3. 2. Develop a Graphical User Interface for the assembler for SiLago Platform

   University essay from KTH/Skolan för elektroteknik och datavetenskap (EECS)

   Author : Yuxuan Wang; [2023]
   Keywords : Graphic intermediate representation; Graphical analytic system; High-level synthesis tool; Grafisk mellanrepresentationen; Grafiskt analytiskt system; Högnivå syntes verktyg;

   Abstract : Vesyla-II is developed as the High-Level Synthesis (HLS) tool serving the SiLago platform. The assembler Manas is a part of the Coarse Grain Reconfigurable Architectures (CGRA) compiler in Vesyla-II, which is used to transform the information from source code into the target language. READ MORE

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

   University essay from Linköpings universitet/Programvara och system

   Author : Dennis Mivelli; [2022]
   Keywords : 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;

   Abstract : 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. READ MORE

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

   University essay from Linköpings universitet/Programvara och system

   Author : Ivar Härnqvist; [2022]
   Keywords : 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 ;

   Abstract : 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. READ MORE

6. 5. A JavaScript Backend for the Miking Compiler

   University essay from KTH/Skolan för elektroteknik och datavetenskap (EECS)

   Author : William Rågstad; [2022]
   Keywords : 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;

   Abstract : 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. READ MORE