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Impulse C
Fpga
Automatic Generation of Hardware for Custom Instructions
Embedded Processing Using Fpgas Agenda
HDL and Programming Languages ■ 6 Languages ■ 6.1 Analogue Circuit Design ■ 6.2 Digital Circuit Design ■ 6.3 Printed Circuit Board Design ■ 7 See Also
Advances in Architectures and Tools for Fpgas and Their Impact on the Design of Complex Systems for Particle Physics
An Automated Flow to Generate Hardware Computing Nodes from C for an FPGA-Based MPI Computing Network
Advances in Architectures and Tools for Fpgas and Their Impact on the Design of Complex Systems for Particle Physics
An Integrated Development Toolset and Implementation Methodology for Partially Reconfigurable System-On-Chips
Are Field-Programmable Gate Arrays Ready for the Mainstream?
Performance Analysis with High-Level Languages for High-Performance Reconfigurable Computing
Embedded Magazine Issue 1, March 2005
Impact of Microblaze Fpgas Design Methodologies of the Embedded Systems Performances
Impulse C-To-FPGA Workshop
Thesis (2.682Mb)
C Vs. VHDL: Comparing Performance of CAESAR Candidates Using High-Level Synthesis on Xilinx Fpgas
Introduction to High-Level Synthesis ECE 699: Lecture 12
High-Level Synthesis Revisited: Progress and Applications
Xilinx XAPP901 Accelerating Software Applications Using the APU
Top View
Can High-Level Synthesis Compete Against a Hand-Written Code in the Cryptographic Domain? a Case Study
High Level Synthesis Tools-An Overview from Model to Implementation
Effect of Convergence on Hardware Design Flow of Digital Signal Processing
An Impulse-C Hardware Accelerator for Packet Classification Based on Fine/Coarse Grain Optimization
High-Level Languages and Floating-Point Arithmetic for FPGA- Based CFD Simulations
High Performance Computing with Fpgas
A Survey and Evaluation of FPGA High-Level Synthesis Tools