fli4l ist ein Linux-basierender ISDN-, DSL- und Ethernet-Router, der lediglich 1 Diskette zum Arbeiten benötigt. Ein 486er mit 16MB RAM ist dafür vollkommen ausreichend. Mit fl4l kann z.B. auch ein vollwertiger VPN-Server aufgesetzt und so die 1-Client-Sperre von Windows XP umgangen werden.
Our current research interests are web page cacheability, distributed proxy servers, cluster-based web servers, internet QoS, router and web switch design, Layer 5 Switch, and web server benchmark designs using trace and execution simulation of RSIM and Simplescalar.
OpenWrt is a Linux distribution for wireless routers. Instead of trying to cram every possible feature into one firmware, OpenWrt provides only a minimal firmware with support for add-on packages. For users this means the ability to custom tune features,
ort Forwarding - Generally forwarding is done so the outside world can connect to some type of server that is located behind your router/firewall. Web servers, ftp servers, mail servers, computers running telnet, ssh, remote desktop, sql, and mysql are al
Of all the great DIY projects at this year's Maker Faire, the one project that really caught my eye involved converting a regular old $60 router into a powerful, highly configurable $600 router. The router has an interesting history, but all you really ne
The Internet is broken. I should know: I designed it. In 1967, I wrote the first plan for the ancestor of today’s Internet, the Advanced Research Projects Agency Network, or ARPANET, and then led the team that designed and built it. The main idea was to share the available network infrastructure by sending data as small, independent packets, which, though they might arrive at different times, would still generally make it to their destinations. The small computers that directed the data traffic—I called them Interface Message Processors, or IMPs—evolved into today’s routers, and for a long time they’ve kept up with the Net’s phenomenal growth. Until now.