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Using Intel® Math Kernel Library with Arduino Create

Overview
Authored by Last updated on 07/10/2018 - 08:00
Blog post

Accelerate Computer Vision & Deep Learning with OpenVINO™ toolkit

Authored by admin Last updated on 03/21/2019 - 14:55
Article

Intel® VTune™ Amplifier - Platform Profiler Overview

  Intel® VTune™ Amplifier - Platform Profiler Overview
Authored by Jeffrey R. (Intel) Last updated on 02/21/2019 - 08:35
Article

Intel® System Debugger Release Notes

This page provides release notes for Intel® System Debugger - System Debug, Intel® System Debugger - System Trace, and Intel® System Debugger - Intel® Debu

Authored by Jeffrey R. (Intel) Last updated on 06/06/2019 - 08:13
Article

ASTRO - The Robot solution for a Safer and more Productive Workplace

1. Robots and ASTRO
Authored by Silviu-Tudor Serban Last updated on 06/23/2019 - 18:50
Article

Using Intel® Libraries in Arduino Create*

While there are many traditional Arduino* libraries that are useful for microcontrollers, there is a lot of functionality to be had with Linux* based targets to take advantage of the additional processing and OS capabilities. This article will show you what libraries are available inside of Arduino Create for Intel®-based platforms running Linux.
Authored by Joseph B. (Intel) Last updated on 06/23/2019 - 22:00
Article

MRAA and UPM Basics in Arduino Create*

MRAA (mraa.io) – pronounced ‘em rah’ is the hardware abstraction layer in Arduino Create* for Linux* based platforms. It is an open source project, and it supports multiple boards and programming languages. Using MRAA allows you to initialize and work with pins on a board with an easy-to-understand API.
Authored by Joseph B. (Intel) Last updated on 06/23/2019 - 22:00
Article

Setting up the UP Squared* Grove* IoT Development Kit Using Python*

Overview
Authored by admin Last updated on 06/23/2019 - 22:00
Article

Setting up the UP Squared* Grove* IoT Development Kit Using JavaScript*

Overview
Authored by admin Last updated on 06/23/2019 - 22:00
Article

Grove* Sensors, AWS Greengrass* Group and Device-to-Cloud Communication

This article explores a method for monitoring the environment using sensor data rules and issuing alerts for abnormal readings. To that end, we will setup a continuous MQTT communication for passing sensor data using the UP Squared* board and Grove* shield, the AWS Greengrass* group and device-to-cloud communication.
Authored by Rosalia N. (Intel) Last updated on 06/23/2019 - 22:00