dti
24/03/2004, 10:01
Για δείτε κι αυτό οι ειδήμονες:
http://www.cuwireless.net/faq.html
The software consists of a "mesh" routing daemon, an innovative "ad hoc" name service, a user interface, software for high-reliability, and on-line software upgrades. Our routing daemon will be a major innovation in the open-source "mesh" world. It will be the first open-source implementation of Hazy Sighted Link State (HSLS) routing. HSLS enables exceptional scalability in the wireless environment, and yet it has an uncomplicated implementation. We are going to couple HSLS with a proven wireless routing metric, called ETX. ETX helps HSLS choose the high-performance paths in the network by assigning them costs based on the rate they drop packets. Assigning costs to wireless links is abosolutely essential for good performance. Another important innovation is that the HSLS daemon is going to interoperate with Quagga (formerly Zebra), which both provides our kernel abstraction and also lets us interface with existing RIP/OSPF/BGP networks. The Quagga interface is an important stepping-stone to producing a multi-homed network. You can find papers and technical reports about HSLS on the Web (authors: Ram Ramanathan and Cesar Santivanez). ETX and Quagga are documented on-line, too.
Κατεβάστε ένα live cd από εδώ (http://www.cuwireless.net/downloads.html).
http://www.cuwireless.net/faq.html
The software consists of a "mesh" routing daemon, an innovative "ad hoc" name service, a user interface, software for high-reliability, and on-line software upgrades. Our routing daemon will be a major innovation in the open-source "mesh" world. It will be the first open-source implementation of Hazy Sighted Link State (HSLS) routing. HSLS enables exceptional scalability in the wireless environment, and yet it has an uncomplicated implementation. We are going to couple HSLS with a proven wireless routing metric, called ETX. ETX helps HSLS choose the high-performance paths in the network by assigning them costs based on the rate they drop packets. Assigning costs to wireless links is abosolutely essential for good performance. Another important innovation is that the HSLS daemon is going to interoperate with Quagga (formerly Zebra), which both provides our kernel abstraction and also lets us interface with existing RIP/OSPF/BGP networks. The Quagga interface is an important stepping-stone to producing a multi-homed network. You can find papers and technical reports about HSLS on the Web (authors: Ram Ramanathan and Cesar Santivanez). ETX and Quagga are documented on-line, too.
Κατεβάστε ένα live cd από εδώ (http://www.cuwireless.net/downloads.html).