TCP - IP White Papers
Harnessing the Flexibility of IP: Helping Service Providers Build the Next Generation of Video Networks
Overview Cisco Systems is leading the way in supporting the most number of successful IPTV/Video deployments. The Cisco IP Next Generation Network (IP NGN) architecture, and its technologies offer an innovative, cost-effective, and scalable approach for a wide range of service providers throughout the globe. Regardless of the provider's choice of middleware or access technology, such as cable, DSL, Ethernet, or fiber, the native intelligence and capabilities of the Cisco IP NGN can help service providers deliver scalable video more flexibly, reliably, and cost-effectively, while providing a richer, higher-quality customer experience.
| Publisher | Cisco Systems | File Format | |
|---|---|---|---|
| Date Published | September 2005 | Downloads | 4 |
| Format | White Papers | ||
| Topics | |||
A Method of Identify OS Based on TCP/IP Fingerprint
This paper present a method that classify the fingerprint of protocol, use the frame to describe the fingerprint in order to create the frame system, get the information of host...
End of the Road for TCP Offload
This whitepaper examines the multiple generations of TCP Offload engines which have appeared as point solutions since the invention of workstation architecture in the late 1980s. It shows that the...
Evaluating the Use of Spam-Triggered TCP/IP Rate Control to Protect SMTP Servers
This paper examines an approach to spam mitigation that rate limits incoming TCP/IP connections to an SMTP server based on the real-time detection of spam within the SMTP message exchange....
Augmenting RT-Linux GPL Capabilities With TCP/IP
This paper describes RTL-lwIP, which is a TCP/IP stack for embedded systems based on lwIP (Lightweight TCP/IP stack) that runs on RT-Linux and can be used by real-time tasks. RTL-lwIP...
"TCP/IP Over Satellite: Optimization Vs. Acceleration"
Both acceleration and optimization technologies help overcome satellite latency to varying degrees. Due to the nature of TCP transmissions, any performance increases achieved by the various acceleration methods are offset...



