Moved and rephrased overview for individual Eye Tracking samples to EyeTracking/EyeTracking_ExamplesOverview.md.

Author: sostel

Documentation/EyeTracking/EyeTracking_ExamplesOverview.md

@@ -1,7 +1,60 @@
 # Eye Tracking Examples in MRTK
 This page covers how to get quickly started with using Eye Tracking in MRTK by building on our provided MRTK example package.
+The samples let you experience one of our new magical input capabilities: **Eye Tracking**! 
+The demo include a number of different use cases for seamlessly combining information about what you are looking at with **Voice** and **Hand** input. 
+This enables users to quickly and effortlessly select and move holograms across their view simply by looking at a target and saying _'Select'_ or performing a hand gesture. 
+The demos also include an example for eye-gaze-directed scroll, pan and zoom of text and images on a slate. 
+Finally, an example is provided for recording and visualizing the user's visual attention on a 2D slate.
 
-<!-- TODO: Add more infos -- >
+
+## Overview of our Eye Tracking Input Tutorials
+
+[**Eye-Supported Target Selection**](/Documentation/EyeTracking/EyeTracking_TargetSelection.md)
+
+This tutorial showcases the ease of accessing eye gaze data to select targets. 
+It includes an example for subtle yet powerful feedback to provide confidence to the user that a target is focused while not being overwhelming.
+In addition, we showcase a simple example of smart notifications that automatically disappear after being read. 
+
+**Summary**: Fast and effortless target selections using a combination of Eyes, Voice and Hand input.
+
+<br>
+
+
+[**Eye-Supported Navigation**](/Documentation/EyeTracking/EyeTracking_Navigation.md)
+
+Imagine you are reading some information on a distant display or your e-reader and when you reach the end of the displayed text, the text automatically scrolls up to reveal more content. 
+Or how about magically zooming directly toward where you were looking at? 
+These are some of the examples showcased in this tutorial about eye-supported navigation.
+In addition, we added an example for hands-free rotation of 3D holograms by making them automatically rotate based on your current focus. 
+
+**Summary**: Scroll, Pan, Zoom, 3D Rotation using a combination of Eyes, Voice and Hand input.
+
+<br>
+
+
+[**Eye-Supported Positioning**](/Documentation/EyeTracking/EyeTracking_Positioning.md)
+
+In this tutorial, we showcase a popular input scenario called “Put that there” based on research work from Bolt in the early 1980s. 
+The idea is simple: Benefit from your eyes for fast target selection and positioning. 
+If refinement is required, use additional input from your hands, voice or controllers. 
+
+**Summary**: Positioning holograms using Eyes+Voice & Eyes+Hands (*drag-and-drop*). Eye-supported sliders using Eyes+Hands. 
+
+<br>
+
+
+[**Visualization of Visual Attention**](/Documentation/EyeTracking/EyeTracking_Visualization.md)
+
+Information about where users looked at is an immensely powerful tool to assess work streams and improve search patterns. 
+In this tutorial, we discuss different eye tracking visualizations and how they fit different needs. 
+We provide you with examples for logging and loading eye tracking data and examples for how to visualize them. 
+
+**Summary**: Two-dimensional attention map (heatmaps) on slates. Recording & Replaying Eye Tracking data.
+
+
+## To show or not to show an Eye Cursor?
+For your HoloLens 2 apps, we recommend to *not* show an eye cursor, as this has shown to easily distract users and break the magic for instinctively having a system react to your intentions.
+However, in some situations having the option to turn on an eye cursor is very helpful for identfying why the system is not reacting as expected. 
 
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 [Back to "Eye Tracking in the MixedRealityToolkit"](/Documentation/EyeTracking/EyeTracking_Main.md)