Many applications today are being developed and deployed on multi-tier environments that involve browser-based clients, web application servers and backend databases. These applications need to generate web pages on-demand by talking to backend databases because of their dynamic nature, making middle-tier database caching an effective approach to achieve high scalability and performance.
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| p:abstract
| - Many applications today are being developed and deployed on multi-tier environments that involve browser-based clients, web application servers and backend databases. These applications need to generate web pages on-demand by talking to backend databases because of their dynamic nature, making middle-tier database caching an effective approach to achieve high scalability and performance.
In three tier architecture, application tier and data tier will be in different hosts. Throughput of the application is affected by the network speed. This network overhead shall be avoided by having database at the application tier. As commercial databases are heavy weight, it is not practically feasible to have application and database at the same host. There are lot of light-weight databases available in the market, which shall be used to cache the data from the commercial databases. (en)
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| - Many applications today are being developed and deployed on multi-tier environments that involve browser-based clients, web application servers and backend databases. These applications need to generate web pages on-demand by talking to backend databases because of their dynamic nature, making middle-tier database caching an effective approach to achieve high scalability and performance. (en)
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