iv
the performance of SSL enabled application servers is critical for designing scalable and
high performance data centers. Next, we propose a NIC data caching scheme, which
uses the available NIC memory for caching recently accessed data blocks to improve the
distributed Web server's performance. Although NIC memory is traditionally used for
communication, it can be used for improving performance as well because modern NICs
are equipped with much larger amounts of memory.
To investigate these techniques, we develop a comprehensive simulation testbed
that captures the underlying communication layer in a cluster, the characteristics of
various coscheduling algorithms, and the characteristics of a distributed Web server
model. Extensive experiments of three proposed schemes using this testbed show that
performance of cluster based Web servers can significantly increase by employing these
techniques.












  

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