Πλοήγηση ανά Θέμα "Program compilers"
Αποτελέσματα 1-14 από 14
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Branchless Code Generation for Modern Processor Architectures
(2021)Compilers apply transformations to the code they compile in order to make it run faster without changing its behavior. This process is called code optimization. Modern compilers apply many different passes of code optimization ... -
Comparative performance analysis of vulkan implementations of computational applications
(2019)The recent introduction of the Vulkan API and the SPIR-V intermediate-level language by the Khronos Group provides a new GPU programming model in an effort to combine the advantages of its predecessors, OpenGL for 3D ... -
Compiler transformations in hardware synthesis of Mpeg2 codes
(2016)High-level synthesis is the technique that translates high-level programming language programs into equivalent hardware descriptions. The use of conventional programming languages as input to high-level synthesis is ... -
Exploring the Effects of Code Optimizations on CPU Frequency Margins
(2018)Chip manufactures introduce redundancy at various levels of CPU design to guarantee correct operation even for worst-case combinations of non-idealities in process variation and system operation conditions. This redundancy ... -
Fast dynamic binary rewriting to support thread migration in shared-ISA asymmetric multicores
(2013)Asymmetric multicore processors have demonstrated a strong potential for improving performance and energy-efficiency. Shared-ISA asymmetric multicore processors overcome pro- grammability problems in disjoint-ISA systems ... -
GLOpenCL: OpenCL support on hardware- and software-managed cache multicores
(2011)OpenCL is an industry supported standard for writing programs that execute on multicore platforms as well as on accelerators, such as GPUs or the SPEs of the Cell B.E. In this paper we introduce GLOpenCL, a unified development ... -
Hardware synthesis of high-level C constructs
(2015)In this paper, experiments with a useable C frontend for the CCC behavioural synthesis tools are presented and analysed. This tool combination is able to rapidly deliver provably-correct hardware implementations at the RTL ... -
Loop pipelining in high-level synthesis with CCC
(2017)High-level synthesis allows the use of high-level programming languages for hardware design. Traditional programming with the C and ADA languages can lead to efficient hardware description through recently developed ... -
Massively parallel programming models used as hardware description languages: The OpenCL case
(2011)The problem of automatically generating hardware modules from high level application representations has been at the forefront of EDA research during the last few years. In this paper, we introduce a methodology to ... -
Minimal-area loop pipelining for high-level synthesis with CCC
(2017)Increased complexity of computer hardware makes close to impossible to rely on hand-coding at the-level of HDLs for digital hardware design. High-level synthesis can be employed instead, in order to automatically obtain ... -
Operation Dependencies in Loop Pipelining for High-Level Synthesis
(2018)Research and industry interest in high-level synthesis has been renewed in the last few years, proven by the introduction of new tools or improved versions of existing tools. Academic tools like Gaut or CCC have recently ... -
Resolving Loop Pipelining Issues in the CCC High-level Synthesis E-CAD Framework
(2018)Academic High-level Synthesis tools like CustomCoprocessorsCompiler have recently evolved in new versions with expanded functionality and more aggressive optimization schemes in order to satisfy hardware implementation ... -
Significance driven computation on next-generation unreliable platforms
(2011)In this paper, we propose a design paradigm for energy efficient and variation-aware operation of next-generation multicore heterogeneous platforms. The main idea behind the proposed approach lies on the observation that ... -
Source-level compiler optimizations for high-level synthesis
(2016)With high-level synthesis becoming the preferred method for hardware design, tools that operate on high-level programming languages and optimize hardware output are crucial for successful synthesis. In high-level synthesis, ...