Method and apparatus for discovering client proximity network sites
A method and a system are described for directing a client to the most optimal, most available Web site or to the most optimal content in a distributed content environment, using an Internet Site Selector, which is an Internet appliance that optimizes the performance of domains hosted on mirrored, geographically distributed Web sites. The system includes various components including the Internet Site Selectors which co-locate with each Web site. The method comprises a number of steps including sending client requests to a primary or main site, redirecting by an Internet Site Selector coupled to the primary or main site the modified client requests to all other participating Internet Site Selectors. Several modes and deployments of the Internet Site Selectors, including geographic site selection, multiple Internet Site Selectors at each Web site, Internet Site Selector grouping, Internet Site Selectors in content routing are described.
1. A computer network, comprising:
a plurality of network appliances that optimize the performance of domains hosted on geographically distributed, mirrored network sites;
a client computer coupled to said plurality of network appliances; and
a network over which said network appliances and said client computer communicate;
wherein, in response to a connection request by the client to a mirrored network site, each network appliance associated with each mirrored network site issues a response to the connection request to allow the client to connect to a mirrored network sites having an the optimal response time to said connection request, wherein each mirrored network site selectively delays their respective response in accordance with a load of the associated mirrored network site.
2. The computer network of claim 1 , wherein said network appliances communicate with each other through an authenticated protocol on top of a communications protocol.
3. The computer network of claim 1 , wherein at least one of said network appliances communicates with said client computer through a TCP protocol.
4. The computer network of claim 1 , wherein said client computer runs a secure or insecure Telnet session to display or modify the configuration of said network appliances.