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Multi-Modal Network Protocols: Adapting to Highly Variable Operating Conditions 1
 

Summary: Multi-Modal Network Protocols: Adapting to
Highly Variable Operating Conditions 1
Aditya Akella 2 Ashwin Bharambe 3 Suman Nath 4
Srinivasan Seshan 5
August 2002
CMU-CS-02-170
School of Computer Science
Carnegie Mellon University
Pittsburgh, PA 15213
Abstract
Most network protocols are uni-modal: they employ a single set of algorithms that allows them to cope well
only within a narrow range of operating conditions. This rigid design renders these protocols ineĘcient in
the face of widely varying operating environments or in conditions di erent from the ones for which they
are optimized. Such uni-modal protocols have great diĘculty in the mobile computing world where the
operating conditions, including number of nodes, computational capabilities and rate of mobility, are not
xed.
Consider, for example, routing in a network of ad-hoc nodes. Solutions like DSDV work well when the
number of nodes is small. Unfortunately, such schemes scale poorly to larger population sizes. In such
situations, more scalable algorithms that impose a structure on the network of ad-hoc nodes, in a manner
similar to routing protocols in the Internet, provides better results. However, these scalable algorithms tend

  

Source: Akella, Aditya - Department of Computer Sciences, University of Wisconsin at Madison
Carnegie Mellon University, School of Computer Science

 

Collections: Computer Technologies and Information Sciences