Morse code is made up of dots and dashes which can be thought of as 1's and 0's.
Morse Code is encoded along the lines of a Huffman code and thus one has to wonder if Huffman's paper was inspired by it.
![openlogo-50[2]](http://www.amarketplaceofideas.com/wp-content/uploads/2015/10/openlogo-502.png)
I want a system dedicated to only financial or encrypted transmissions. These are my notes on the topic.
Research Links
![Screenshot[1]](http://www.amarketplaceofideas.com/wp-content/uploads/2015/10/Screenshot1.png)
The task bar at the bottom is what I have condition to and find it much more usable than other Linux versions.
The Secusmart SIM card runs in Blackberry phones to provide encryption. Blackberry appears to have bought the company.
Research Links
Research Links
ShadyTel Camp
Research Links
This application was used in Iraq and Honk Kong when the rulers shut down the internet.
Jim Dude and the Asterisk software – he is in a wheel chair
Just got off of the phone with Jim Dude. He is quite a character and I will be talking to him more. Sold a microcontroller board to him as I was moving out of Saint Louis.
Research Links
Asterisk was a functional concept, but had no real way of becoming a practical useful thing, since it didnt, at that time, have a concept of being able to talk directly (or very well indirectly for that matter, being that there wasnt much, if any, in the way of practical VOIP hardware available) to any Telecom hardware (phones, lines, etc). Its marriage with the Zapata Telephony system concept and hardware/driver/ library design and interface allowed it to grow to be a real switch, that could talk to real telephones, lines, etc.
You knew it was only a matter of time. However how do you know an operating system as complex as Linux is ever really secure?
Silent Circle and Geeksphone have partnered to combine best-of-breed hardware with all the skills and experience necessary to offer BLACKPHONE, the world's first smartphone which prioritizes the user's privacy and control.
Introduction to Blackphone from BLACKPHONE on Vimeo.
Welcome to OpenVoIP, an open source peer-to-peer VoIP and IM system of ~1000 nodes running on ~300 PlanetLab machines. OpenVoIP runs Peer-to-Peer Protocol (P2PP) which can be used to implement well-known DHTs or unstructured protocols. Unlike OpenDHT, where it was only possible to put/get the data, we allow non-PlanetLab nodes to become part of our overlay. This means that you can download the P2PP executable for Windows XP, Linux, or OpenWengo-P2PP SIP phone and connect to our overlay. Your node will provide routing and storage services to the overlay.
This software project appears to be in the experimental phase.
