akdimitri

Advanced-Electronic-Devices

This Repository includes the group coursework files and reports of the subject Advanced Electronic Devices.

CUDA-Parallel-Triangle-Counting

Cylindrical-cavity-resonator-for-food-moisture-measurment

Digital-Filters

FPGA-SVM-CORDIC-OPTIMIZATION

This repo is the the final project of the Advanced Digital Systems Design Class. The aim of this project is to improve the Classification algorithm of a Support Vector Machine (SVM). The primary objective is to achieve as great throughput as possible. Main optimazation is performed on exponantial function by replacing it using a CORDIC function. Real variables are replaced by fixed variables and the bit accuracy - SVM accuracy is investigated with regard to the classification speed.

intelligent_robot_systems

Exercise for the Intelligent Robot Systems course, School of Electrical and Compute Engineering, AUTH, 2016

Microprocessors-and-Peripherals-Arduino-Project

Microprocessors and Peripherals Arduino Project

Microprocessors-and-Peripherals-Lab-Project

Microprocessors and Peripherals Lab Project

Nearest-Neighbor-Cuda-v.1

RRAM_COMPILER

This repository includes the Resistive Random Access Memory (RRAM) Compiler which is designed in the context of the research project of Dimitris Antoniadis (PG Taught Student) at Imperial College London

akdimitri/RRAM_COMPILER

This repository includes the Resistive Random Access Memory (RRAM) Compiler which is designed in the context of the research project of Dimitris Antoniadis (PG Taught Student) at Imperial College London

akdimitri/Advanced-Electronic-Devices

This Repository includes the group coursework files and reports of the subject Advanced Electronic Devices.

akdimitri/CUDA-Parallel-Triangle-Counting

akdimitri/Cylindrical-cavity-resonator-for-food-moisture-measurment

akdimitri/Digital-Filters

akdimitri/FPGA-SVM-CORDIC-OPTIMIZATION

This repo is the the final project of the Advanced Digital Systems Design Class. The aim of this project is to improve the Classification algorithm of a Support Vector Machine (SVM). The primary objective is to achieve as great throughput as possible. Main optimazation is performed on exponantial function by replacing it using a CORDIC function. Real variables are replaced by fixed variables and the bit accuracy - SVM accuracy is investigated with regard to the classification speed.

akdimitri/intelligent_robot_systems

Exercise for the Intelligent Robot Systems course, School of Electrical and Compute Engineering, AUTH, 2016

akdimitri/Microprocessors-and-Peripherals-Arduino-Project

Microprocessors and Peripherals Arduino Project

akdimitri/Microprocessors-and-Peripherals-Lab-Project

Microprocessors and Peripherals Lab Project

akdimitri/Nearest-Neighbor-Cuda-v.1

akdimitri/OA_DB

akdimitri/PDS-PROJECT1

akdimitri/Raspberry-Pi-0-Ad-hoc-Communication-System

akdimitri/RTES1

RTES: Project 1. Real Time Sampling using function gettimeofday()

akdimitri/VantagePointTree-knn.v.0.8

akdimitri/Vector_Network_Analyzer_Instrumentation

This repository includes the final deliverable report of the subject Instrumentation. The purpose of this Coursework is to design a Vector Network Analyser (VNA).