You do not have permission to edit this page, for the following reasons:

The action you have requested is limited to users in one of the groups: Users, static, property.
The action you have requested is limited to users in one of the groups: Administrators, Users.

Please read before you start to fill in the form!

Do not use square-brackets ( "[" or "]" ) within the form fields, as this will mess up the wiki page you are editing
Do not use the pipe symbol ( "|" ) within any form fields
There is one exception for the rules above. You can use the stated characters within the free text field at the end of the page

Basic description

Tags
	Add tags describing your project. You might want to use tags provided via autocompletion or add new tags that do not yet exist along the wiki.

Short description (no wiki code please):	Build an IoT Empire using bring-your-own as well as on site provided embedded hardware. We start with a physical web using Firefox OS terminals and Estimote beacons, and progress to make our own IoT systems adding Nordic Semiconductor and Freescale development boards.
	Use this field for a description of the project. The description will be shown on the project page within the info box. For a detailed description, use the Free Text field below. Do not use wiki code except line breaks or lists within this field.

Website:
	Give one or more URLs that describe your project, if there are any websites around the internet. For multiple use comma (",") as a separator.

Located at assembly:
	If your project ist located at an assembly, please enter the name of the assembly here. This field provides autocompletion so that you do not misspell the name. For multiple use comma (",") as a separator.

Free text

Put the detailed description for the project into this field. This will show up as the content of the project page:

Technical minds and creative electronic artists will appreciate (and possibly extend) the ideas put forth in this explanatory IoT session. A cookie cutter approach is taken while assembling embedded hardware to build a web of things with sensors and actuators controlled by low powered computing nodes. Some computing use cases common to us all involve: * Health functions (temperature, blood pressure, heart rate) * Entertainment (storage and control of entertainment media) * Logistical transport (IVI, auto control, and public transportation) * Physical security (entry control and alarm systems) * Nighttime safety (Light and movement detection) * Malicious vendor detection (IoT transport filtering) We'll examine our lives and how embedded computers can complement networks of sensors and actuators. While considering the interface to legacy telecommunications and cloud technology, we'll use specialized IoT platform hardware to construct a network of things. Our network will cover well defined use cases or a bring your own idea scenario, and we'll have questions and reflect on achievements in the last quarter hour. To fully benefit from hands on opportunities, please bringing your own (Linux, Windows, OSX, or other) computer, but everyone is welcome and can benefit by simply observing.

Summary:

This is a minor edit Watch this page

Cancel