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Weekly Article - Jon Postel
Weekly Article - ARPANET
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<br /><div style="color: #FFF; background-color: #0d8323; padding: 5px 10px; border: 1px solid #466f81;"><big>Article of the Week</big></div><div style="padding: 10px;">
<br /><div style="color: #FFF; background-color: #0d8323; padding: 5px 10px; border: 1px solid #466f81;"><big>Article of the Week</big></div><div style="padding: 10px;">
<big><b>[[Jon Postel]]</b></big>
<big><b>[[ARPANET]]</b></big>
<br />
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[[Jon Postel|Jonathan Bruce Postel]] (August 6, 1943 – October 16, 1998) made many significant contributions to the creation of the Internet, particularly in the area of standards. The Economist dubbed him the "God" of the Internet, and many still refer to him as the network's principal founder. He is largely known for being the Editor of the [[RFC]] document series, and for managing the creation and allocation of [[Top Level Domain]]s and [[IP Address]]es in the pre-[[ICANN]] era. When he passed away he was the Director of the University of Southern California's Information Sciences Institute's Computer Network Division; he led a staff of 70. He pioneered many initiatives, which led to creation of the modern Internet and its governing body, ICANN; he established [[IANA]], ICANN's precursor and the current Internet numbering authority.
'''ARPANET''' ('''Advanced Research Project Agency Network''') was the original and first world-wide packet-switching network, originally created by a small team of research experts funded by [[DARPA]] in the United States Department of Defense.
 
The basis of the academic research for ARPANET started with Paul Baran, a researcher from RAND, Inc., who would one day be considered one of the fathers of the Internet. In 1962, Baran suggested that a more robust communications network using redundancy and digital technology be designed. Although his idea was dismissed by many, Baran continued to work on developing the idea with colleagues at RAND. He envisioned a method of distributed communications wherein a network of unmanned nodes would serve as switches to route information from one node to another until the information reached its final destination. He later developed packet switching, a method of dividing information into "message blocks"  before sending them out to a network. Each message block was to be sent separately and then rejoined as a whole when reaching the final destination.
<strong>([[Jon Postel|Read the full article...]])</strong>
<strong>([[ARPANET|Read the full article...]])</strong>
<div style="float:right;"><small><strong>Related: [[ARPANET]] - [[IAB]] - [[RFC]]</strong></small></div><div style="clear: left;"></div></div>
<div style="float:right;"><small><strong>Related: [[DARPA]] - [[TCP/IP]] - [[RFC]]</strong></small></div><div style="clear: left;"></div></div>


<br /><div style="color: #FFF; background-color: #466f81; padding: 5px 10px; border: 1px solid #0d8323;"><big>Latest Feature</big></div><div style="padding: 10px;">
<br /><div style="color: #FFF; background-color: #466f81; padding: 5px 10px; border: 1px solid #0d8323;"><big>Latest Feature</big></div><div style="padding: 10px;">

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Article of the Week

ARPANET
ARPANET (Advanced Research Project Agency Network) was the original and first world-wide packet-switching network, originally created by a small team of research experts funded by DARPA in the United States Department of Defense. The basis of the academic research for ARPANET started with Paul Baran, a researcher from RAND, Inc., who would one day be considered one of the fathers of the Internet. In 1962, Baran suggested that a more robust communications network using redundancy and digital technology be designed. Although his idea was dismissed by many, Baran continued to work on developing the idea with colleagues at RAND. He envisioned a method of distributed communications wherein a network of unmanned nodes would serve as switches to route information from one node to another until the information reached its final destination. He later developed packet switching, a method of dividing information into "message blocks" before sending them out to a network. Each message block was to be sent separately and then rejoined as a whole when reaching the final destination. (Read the full article...)

Related: DARPA - TCP/IP - RFC


Latest Feature

Name Collision
A Name Collision describes the circumstance in which a term attempting to reach a private Domain Name results in resolving to a public Domain Name unintentionally. Private domain names are used in Intranets and in many corporations and organizations throughout the world. A domain name on a private network that matches a name in the public Internet can create security risks, confusion, and systems failure. Although the Name Collision issue is not new, a renewed interest in the issue came about in 2013 as ICANN's New gTLD Program was preparing to delegate hundreds of new domain names to the Root Zone. The topic was debated fiercely within the ICANN community when a report by Interisle Consulting was prepared for and released by ICANN.

(Read the full article...)

 

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