ABSTRACT
The World Wide Web is a vast network of documents that are linked together a set of protocols defining how the
system work and transfer data. The explosion of data traffic on the World Wide Web (WWW), web servers are often
experiencing overload from an increasing number of users accessing the servers at the same time. With increased
popularity of web, there are a number of problems such as Servers overloaded, Internet Backbone congestion and
Slow web services access, etc.,. To address the performance and scalability problems of web servers, more virtual
servers and mirror servers were developed with many load balancing approaches. Among the many other approaches
for efficient load balancing in distributed heterogeneous P2P networks, Dynamic Time Warping (DTW) approach
and Arbitrary Selection Load Balancing (ASLB) approaches plays a vital role. This paper mainly focuses on
comparative study of Dynamic Time Warping (DTW) and Arbitrary Selection Load Balancing (ASLB) approaches to
Heterogeneous P2P Networks.
Keywords: - Dynamic Time Warping, Heterogeneous, Load Balancing, Peer to Peer Network, World Wide Web