Technical Article

Alternatives to Using the Intel® XDK to Develop Mobile Apps

The Intel® XDK provides a cross-development environment for creating hybrid mobile HTML5 apps based on the Apache* Cordova* mobile app framework (aka Adobe* PhoneGap*). The Cordova mobile app framework defines a standard "HTML5 to native wrapper" structure and a third-party plugin interface that allows developers to extend the JavaScript API for HTML5 mobile apps.

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  • Build Your Intel® XDK Mobile App using PhoneGap* Build

    A version of this article was originally published as part of the Intel® XDK documentation book.

    This document assumes that you have successfully exported your Intel XDK project using the Cordova Build Package export tool. For instructions on how to export your project, see the doc page titled Export your Intel® XDK Mobile App to PhoneGap* Build or Cordova* CLI.

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  • Mode collapse in GANs

    Hello everyone! 

    In my project I had to deal with the so called mode collapse. It is usually referred to a problem when all the generator outputs are identical (all of them or most of the samples are equal). But what can cause mode collapse and how to struggle with it?

    Using Chrome* DevTools to Debug your Remote IoT Node.js* Application

    If you prefer using Chrome* DevTools to debug your JavaScript* applications, rather than the command-line debug tool built into Node.js*, you should consider using one of these two options:

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  • Alternatives to Using the Intel® XDK to Develop Node.js* IoT Applications

    The Intel® XDK provides a cross-development environment for creating Node.js* IoT applications that run on headless embedded Linux* systems. The tools used to assemble this environment within the Intel® XDK are standard open-source tools. This article provides a starting point for assembling a similar set of tools for developing Node.js applications on headless IoT Linux devices.

    Intel® XDK IoT Development Components

    That part of the Intel® XDK that supports IoT application development includes the following key functional elements:

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