RomeoMe5

A-Cute-CAR_Bluetooth

Управление двуколесным роботом из набора A-Cute Car с помощью Bluetooth

CAD_Combinational_Circuits

DDLM

Исходные коды к главам книги "Цифровой синтез: практический курс" (под ред. А.Ю. Романова и Ю.В. Панчула)

ddlm_riscv

Исходные коды к Цифровой синтез: RISC-V

De10-Lite_HDL_GPS

Simple verilog project with ability to connect to GPS module using UART and parse NMEA coordinates using finite state machine

HopfieldFPGA

Implementation of Hopfield network using Verilog

neural-Interface-Emotive-Insight-Performance-Metrics

Emotive Insight neural interface Performance Metrics software

ROS-on-JETSON-NANO

The Robotic Operating System was installed on the Nvidia Jetson Nano board, and a project was launched that demonstrates the computing power of this board, as well as its peripheral control capabilities. The well-known game “Rock, Scissors, Paper” was chosen as such a project. At the same time, the board recognizes the gesture shown by the player through the information received from the webcam, demonstrates its own random gesture on a manipulator printed on a 3D printer that simulates a human hand.

SystemGenerator-FPGA-Marsohod.org-schoolMIPS

CAD for automatically configuring FPGA "Marsohod"

Terasic-SMK-driver-use-cases

Terasic Servo Motor Kit (SMK) usage examples

RomeoMe5/De10-Lite_HDL_GPS

Simple verilog project with ability to connect to GPS module using UART and parse NMEA coordinates using finite state machine

RomeoMe5/posit-bfloat-testsystem

This system allows you to independently create and then combine the implementation of any format of real numbers and a set of benchmarks for testing the performance and correctness of calculations of the implementation in question. Posit (unum), float and bfloat tested.

RomeoMe5/HopfieldFPGA

Implementation of Hopfield network using Verilog

RomeoMe5/ROS-on-JETSON-NANO

The Robotic Operating System was installed on the Nvidia Jetson Nano board, and a project was launched that demonstrates the computing power of this board, as well as its peripheral control capabilities. The well-known game “Rock, Scissors, Paper” was chosen as such a project. At the same time, the board recognizes the gesture shown by the player through the information received from the webcam, demonstrates its own random gesture on a manipulator printed on a 3D printer that simulates a human hand.

RomeoMe5/Terasic-SMK-driver-use-cases

Terasic Servo Motor Kit (SMK) usage examples

RomeoMe5/FPGA-Matrix-Base-operations

Matrix base operations on FPGA example

RomeoMe5/2017-tomsk-novosibirsk-astana

Verilog examples and other materials for seminars in Tomsk, Novosibirsk and Astana

RomeoMe5/DE10-Nano_cooling

RomeoMe5/digital-design-lab-manual

Digital Design Labs

RomeoMe5/Hummingbird-FPGA-De1-SoC

FPGA Cripto Algorithm Hummingbird

RomeoMe5/InnovateFPGA_3Dprinter

RomeoMe5/NetmakerVC_base_Q2

Router for Network-on-Chip (NoC) with Virtual Channels (VC) from Netmaker library, modified for synthesis in Quartus II

RomeoMe5/NoCSimp

RomeoMe5/ROS-Line-Follower

Simple line follower robot with ROS (Raspberry Pi + Arduino + WebCam)

RomeoMe5/schoolMIPS

Small MIPS CPU for "Young Russian Chip Architects" summer school

RomeoMe5/allocator

RomeoMe5/linux_allocator

RomeoMe5/NoCVis

Визуализатор алгоритма поиска пути в циркулянтном графе

RomeoMe5/PGNoCv1

forked from Zavyalov Andrey

RomeoMe5/routingAlgorithms_DoubleLoopCirculant