Iouliia Skliarova

TL;DR: This tutorial is intended to give introduction to FPGA-based systems, to illustrate advantages of these systems in terms of technical characteristics and economic aspects, to demonstrate design steps on practical examples, and to discuss potential benefits and case studies targeted to the scope of the conference.

TL;DR: The paper suggests several, supplementing each other, Hamming weight counters and comparators based on optimized mapping of the circuits to FPGA look-up tables giving the best performance and the fewest resources compared to the best known alternatives.

TL;DR: The methodology includes e-learning tools (namely, tutorials, templates, and previously developed students' projects) combined with another methods that are: separation of given to students tasks on core and auxiliary components, and design based on interactions, virtualization, and communication with host computers.

TL;DR: The paper presents an approach allowing the run-time modification of combinatorial computations via reloading the RAM-based configurable logic blocks of the FPGAs.

TL;DR: This paper describes the developed hardware/software tools, libraries and design methods for FPGA-based embedded systems which include a kernel prototyping board with the Xilinx Spartan 3 FPGAs, and programs enabling the designers to partition the functionality of the developed system between software, running on a PC computer, and hardware, implemented in FPN.