Coyote Point Systems Equalizer Especificações Página 580

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Glossary
cookie header
One of Equalizer's supported headers, a cookie header is an HTTP data string previously sent by a server that is
stored in Equalizer for future routing.
cookie persistence
In cookie-based persistence, Equalizer "stuffs" a cookie into the server's response header on its way back to the
client. This cookie uniquely identifies the server to which the client was just connected. The client includes
(sends) the cookie in subsequent requests to the Equalizer. Equalizer uses the information in the cookie to route
the requests back to the same server.
cookie switching
Refers to three distinct ways to perform cookie switching: cookie-read, cookie-insert, and cookie-rewrite.
D
daemon
An application that runs in the background and performs one or more actions when events trigger those actions.
default gateway
A default gateway is on the same subnet as Equalizer, and is the gateway which Equalier relies on to route
traffic.
delay weight
The relative influence on the policy of the current response time between Equalizer and the server.
Direct Server Return (DSR)
In a Direct Server Return (DSR) configuration, the server receiving a client request responds directly to the
client IP, bypassing Equalizer. Because Equalizer only processes incoming requests, cluster performance is
dramatically improved when using DSR in high bandwidth applications, especially those that deliver a significant
amount of streaming content. In such applications, it is not necessary for Equalizer to receive and examine the
server’s responses: the client makes a request and the server simply streams a large amount of data to the
client.
DNS
Domain Name System or Domain Name Service; used to map domain names to Internet servers in order to link to
IP addresses or map IP addresses to domain names. See IP address.
DNS TTL
The amount of time, in seconds, that a name server is allowed to cache the domain information. See DNS and
TTL.
domain
The highest level in an IP address and the last part of the address in the URL. The domain identifies the category
under which the Web site operates. For example, in www.coyotepoint.com, com is the domain, where com
represents a commercial site. See domain name, IP address, and subdomain. See also DNS.
domain name
The owner of an IP address. The next highest level in an IP address and the next-to-last part of the address. For
example, in www.coyotepoint.com, coyotepoint is the domain name. See domain, IP address, and subdomain.
See also DNS.
dual stack networking
Dual-stack networking is a transition technology in which IPv4 and IPv6 coexist and operate in tandem and
independently over shared or dedicated links. In a dual-stack network, IPv4 and IPv6 are fully deployed across
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Copyright © 2013 Coyote Point Systems. A subsidiary of Fortinet, Inc.
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