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Computer architecture / STUN / NAT traversal / Transmission Control Protocol / TCP hole punching / Traffic flow / IPv6 transition mechanisms / Ping / Firewall / Computer network security / Computing / Network architecture


Characterization and Measurement of TCP Traversal through NATs and Firewalls ∗ Saikat Guha Paul Francis Cornell University Ithaca, NY 14853
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Document Date: 2005-09-15 16:38:02


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File Size: 138,46 KB

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Port1 / Independent / /

Company

Checkpoint / Buffalo Technologies / Skype / Netgear / Synergy Research Group / VMWare / /

Country

United States / /

Currency

pence / /

/

Event

FDA Phase / /

Facility

Port Drop TCP RST ICMP Preserved Not / The port / NATs port / Port Prediction Port / Port Address Independent Lab / Server B /

IndustryTerm

Internet architecture today / included web browsing / Internet Connection Sharing Firmware / test software / online stores / public-domain software toolkit / port allocation algorithms / traversal protocols / client-server protocol / test applications / /

OperatingSystem

Linux / OpenBSD / DoS / BSD / Windows XP / Microsoft Windows / /

Organization

National Science Foundation / Port Address Independent Lab / Cornell University / Endpoint Filtering Address and Port Address Independent Lab / /

Person

A NAT / Bob / Alice / Paul Francis / /

Position

Windows device driver / driver / forward / /

Product

Linux / r31 / NAT / /

Region

eastern United States / /

Technology

client-server protocol / IPv6 / peer-to-peer / Linux / VPN / P2P / instant messaging / UDP / operating systems / TCP/IP / port allocation algorithms / ethernet / WLAN / firewall / ISP / IPv4 / VOIP / TCP NAT traversal protocols / /

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