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The SOAP protocol emerged as the standard
communication protocol for Grid systems due to its
robustness, language and platform independence, and
its interoperable and extensible format. SOAP''s
message format hinders its performance. This book
presents differential deserilization (DDS), a
receiver-side SOAP performance optimization
technique. The book discusses DDS design and
implementation in detail and presents a detailed
performance study demonstrating the effectiveness of
DDS when received SOAP messages exhibit similarity.
The book also describes differential serialization
(DS), DDS'' sender-side counterpart and presents a
performance study demonstrating the effectiveness of
DS and DDS, when used together, for applications that
exchange similar messages.
communication protocol for Grid systems due to its
robustness, language and platform independence, and
its interoperable and extensible format. SOAP''s
message format hinders its performance. This book
presents differential deserilization (DDS), a
receiver-side SOAP performance optimization
technique. The book discusses DDS design and
implementation in detail and presents a detailed
performance study demonstrating the effectiveness of
DDS when received SOAP messages exhibit similarity.
The book also describes differential serialization
(DS), DDS'' sender-side counterpart and presents a
performance study demonstrating the effectiveness of
DS and DDS, when used together, for applications that
exchange similar messages.