FREE Registration is required
Overview:
Using probabilistic scaling methods, the square root law of TCP to schemes is extended which may not be of the AIMD type. The results offer insight in the relationship between throughput and loss rate, and the time scale on which losses take place. Similar results are shown to hold in scenarios where dependencies between losses occur.
(Is this item miscategorized? Does it need more tags? Let us know.)
| Format: | Size: | 201 KB | |
| Date: | Sep 2007 | ||
| Pages: | 16 |
People who downloaded this item also downloaded
![]() |
How Does Ping Really Work? |
![]() |
The OSI Model: Understanding the Seven Layers of Computer Networks |
![]() |
TCP/IP Sleuthing--Troubleshooting TCP/IP Using Your Toolbox |
White Papers, Webcasts, and Resources
- Enterprise and Web 2.0 application support in a modern mainframe environment IBMSee how IBM WebSphere Portal software can help you develop a Web presence based on individual needs while unlocking value for customers and employees.
- Windows Phones and Unified Communications MicrosoftGain a more solid understanding of UC, why its essential for your business today, and what makes Windows phones ideal for secure UC environments.
- SIP Trunking is Key to Accelerating Unified Communications Deployments SprintConsidering unified communications (UC) for your business? Discover the key to simplifying deployment, maximizing value and raising adoption company-wide.
Premier Vendor Content Whitepapers, webcasts & resources from our Power Center Sponsors
Featured Training Courses
SmartPlanet
- Thought-provoking progressive ideas on diverse topics that intersect with technology, business, and life, and matter to the world at large. Visit SmartPlanet
- More from IBM
- How to Drive Better Business Outcomes with Exceptional Web Experiences Download the eBook
- Driving Business Agility through SOA Connectivity & Integration Read the White Paper from IBM
- Linking Decisions and Information for Organizational Performance Read the Tom Davenport study





