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How to Build a Heart Rate Monitor Using Zephyr* on the Arduino 101* (branded Genuino 101* outside the U.S.) on Ubuntu* under VMware*

Introduction This article is an extension of Flashing the Zephyr* Application Using a JTAG Adapter on the Arduino 101*. It demonstrates to new users...

OpenCV* at the Edge: Counting People

Intro The Internet of Things (IoT) Cloud is currently moving down from the server farms to the Gateway to do computing at the edge. The amount of...

Autonomous Vehicle and Remote Surveillance with the Intel® Edison Platform

  Introduction This article will investigate using the Intel® Edison platform for small scale autonomous vehicle and remote surveillance....

Wind River Helix*

Wind River Helix* Device Cloud: Telemetry Data Overview

Added March 17, 2017, Length 2min

This video covers how to view device telemetry using Wind River Helix* Device Cloud.

Wind River Helix*

Wind River Helix* Device Cloud: Rules and Alerts Overview

Added March 17, 2017, Length 2min

This video covers how to use rules and alerts in Wind River Helix* Device Cloud.

Wind River Helix*

Wind River Helix* Device Cloud: Device Status Functionality

Added March 17, 2017, Length 1min

This video covers how to use the Device list to view the status of your IoT devices.

Wind River Helix*

Wind River Helix* Device Cloud: Management Console Quick Tour

Added March 17, 2017, Length 1min

This video contains an introduction to the management console in Wind River Helix* Device Cloud.

Scaling for IoT Market Demands

IoT markets are demanding a spectrum of processing power. Businesses see the need to have computation done at the edge as well as analytics in the...

Introduction to Developing and Optimizing Display Technology

Digital displays and signs are all around you.  You may have seen them cropping up at shopping centers and doctors’ offices. From video walls, to AR...

Intel® Open Pluggable Specification: Standardizing Digital Signage

Added March 9, 2017

Standardize display and media player signage solutions using Open Pluggable Specification from Intel. Get use cases and other documentation.

Exploring Smart Remote Control Airplanes with the Arduino 101* (branded Genuino 101* outside the U.S.)

Introduction: Remote control airplanes are a fun hobby whether you are young or old.  The technology and kits offered today have evolved a lot...

Fundamentals of IoT Security

Fundamentals of IoT Security

Added March 6, 2017, Length 41min

Learn about silicon-based security, operating system and network transport-based security and prepare your Intel® IoT Gateway for a production deployment.

OpenCL™ Drivers and Runtimes for Intel® Architecture

What to Download By downloading a package from this page, you accept the End User License Agreement. Installation has two parts: Intel® SDK for...

IoT Reference Implementation: How to Build an Environment Monitor Solution

Added February 23, 2017

This guide demonstrates how existing IoT solutions can be adapted to address more complex problems (e.g., solutions that require more sensor...

IoT Reference Implementation: Making of an Environment Monitor Solution

To demonstrate the value of Internet of Things (IoT) code samples provided on Intel‘s Developer Zone as the basis for more complex solutions, this...

Code Sample: Range Finder Scanner in Python*

Introduction This Range Finder Scanner application is part of a series of how-to Intel® Internet of Things (IoT) code sample exercises using the...

Code Sample: Line Following Robot in Python*

Introduction This Line Following Robot application is part of a series of how-to Intel® Internet of Things (IoT) code sample exercises using the...

Intel® Commercial IoT Labs

Added February 15, 2017

Read the Objectives To learn how to build stand alone IoT devices with Arduino* 101. Learn to use sensors and actuators to gather and respond...

The Human Side of AI: Affective Computing

Added February 13, 2017, Length 3min

Affective Computing can make us aware of our emotional state, helping us take better decisions, can help us to help others, or help machines make decisions to enrich our lives. There is another exciting use for emotional data: Machine Learning

From Smart to Intelligent Vehicles Through Affective Computing

Added February 13, 2017, Length 3min

Affective Computing is a capability by which devices understand human emotions and use that understanding to take actions. In this video we look at an example of what can be done with emotional data while you are driving?

Affective Computing in the Home

Added February 13, 2017, Length 2min

Affective Computing is a capability by which devices understand human emotions and take actions based on that understanding. In this we look at what can be done with emotional data inside your home? 

Affective Computing in the Classroom

Added February 13, 2017, Length 3min

Affective Computing helps devices understand human emotions and take actions that can benefit the user. This technology can even be used in a classroom setting. In this video we look at an example based on the work by members of Intel Labs

Expansion Board Design Guide for the Intel® Joule™ Compute Module

Added February 8, 2017

The Expansion Board Design Guide for the Intel® Joule™ Compute Module provides guidance towards designing your own expansion board that uses the...

Creating a Camera and Fan Enclosure for the Intel® Joule™ Developer Kit

Added February 3, 2017

This file contains computer generated images of a reference fully featured camera enclosure that can be created with a 3D printer using the STL files...

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