Server Side Includes

Abstract: The CENTROIDFOLD web server (http://www.ncrna.org/centroidfold/) is a web application for RNA secondary structure prediction powered by one of the most accurate prediction engine. The server accepts two kinds of sequence data: a single RNA sequence and a multiple alignment of RNA sequences. It responses with a prediction result shown as a popular base-pair notation and a graph representation. PDF version of the graph representation is also available. For a multiple alignment sequence, the server predicts a common secondary structure. Usage of the server is quite simple. You can paste a single RNA sequence (FASTA or plain sequence text) or a multiple alignment (CLUSTAL-W format) into the textarea then click on the 'execute CentroidFold' button. The server quickly responses with a prediction result. The major advantage of this server is that it employs our original CentroidFold software as its prediction engine which scores the best accuracy in our benchmark results. Our web server is freely available with no login requirement.

Abstract: Methods and apparatus for performing dynamic Web-based market analysis. A Web server (110) present a Web page including content to a plurality of users, via browser applications located at each user's client site. While each user views the site, detailed activities by each user are collected in a client side data store located in each client site. After a completion event occurs at each client site, such as a respective client side data store fills up, the collected activity data is sent back to the Web server (110), where its is stored in a server side data store. An analytical program (115) executed by the Web server (110) retrieves the collected response data from the server side data store and performs market analysis. The analytical program (115) produces results that reflect the success of the content presented to the Web page, and these results are used by a middleware program (112) executed on the Web server (110) to update the content presented to the Web page on a 'real-time' and automatic basis.

Abstract: The present invention teaches a method and apparatus for creating and managing custom Web sites. Specifically, one embodiment of the present invention claims a computer-implemented method for managing a dynamic Web page generation request to a Web server, the computer-implemented method comprising the steps of routing the request from the Web server to a page server, the page server receiving the request and releasing the Web server to process other requests, processing the request, the processing being performed by the page server concurrently with the Web server, as the Web server processes the other requests, and dynamically generating a Web page in response to the request, the Web page including data dynamically retrieved from one or more data sources.

Abstract: The present invention is directed toward a system and method for server back-up. A set of Primary servers and at least on secondary server is coupled to a set of networks. Each server has a host file module for assigning it a common node name and a unique node name. Each server has a high availability module for transmitting a server status over a network. The primary servers each have a set of services operating on their respective networks. The secondary server has a duplicate set of each service running on each primary server. Upon detecting a primary server status which indicates that a primary server is inoperative, the secondary server starts the duplicate set of the primary set of services corresponding to the now inoperative primary server.