
IADS Post Test Explorer Tutorial 7: Making Custom Python Data Analysis Functions
In this video we're show you how you make your own custom Python data analysis function using the IADS Post Test Explorer client application. So I have the client application up now. I've done a search query. I'm on the calculate page. I'm on the calculate matrix and I have a collection of results in the matrix and I've added a calculated column of raw parameter data to the matrix. And so just as a quick refresher here, the Post Test Explorer system is delivered with a collection of Python analysis functions.

IADS Post Test Explorer Tutorial 8: Using PyADS to Debug Functions
In this video we show you how you can use the PyADS Python development environment that comes with the IADS Post Test Explorer system to debug and troubleshoot functions that you add to your calculate matrix. So right now I'm on the calculate page and I've done a search query and I have some results in my matrix but I don't have any analysis routines in my matrix yet.

IADS Post Test Explorer Tutorial 1: How to add Data to the Post Test Explorer System
In this video we show you how to add data to the IADS Post Test Explorer system. Post Test Explorer operates on a client server architecture and it's the server part of the system where you add and manage all of your flight data.

IADS Post Test Explorer Tutorial 2: Introduction to Post Test Explorer
In this video we give you a quick overview on how you can easily visualize an entire flight's worth of data using the Post Test Explorer client application. Now if you've never logged into the IADS client before, this is the screen that you will see after you've connected to your server. We're assuming here that you've added some data to your server already. What you will see here is that you'll get an interface that allows you to browse through the most recent five flights that were found on your server.

Owl Cyber Defense and Curtiss-Wright Defense Solutions Cross-Domain Solution
Brian Carter, VP Business Development, Tactical Systems Export, Owl Cyber Defense and Dominic Perez, Chief Technnology Officer, Curtiss-Wright Defense Solutions discuss a cross-domain solution for reliable communications in high threat environments.

Secure Wireless Communication Supporting Vehicle-to-Vehicle and Vehicle-to-EUD for Mounted and Dismounted Connectivity
The goal of Secure Wireless Communications is to provide controlled access to classified or controlled unclassified information (CUI) over any RF transport in the field - between vehicles and end-users alike.