Title
DES-SERT: A framework for structured routing protocol implementation
Abstract
Routing is a general task, yet the implementation of routing protocols requires specific operating system related knowledge. The developer has to deal with particular kernel internals that might have severe side effects. This is especially true for reactive and hybrid protocols where routing and forwarding are heavily intermixed. Furthermore, novel routing protocols require features that are not provided by current operating systems or have to be customized. Thus routing protocols for mobile ad-hoc networks and wireless mesh networks are often studied in simulation environments. However, simulations have limitations that can result in conclusions that do not hold in real networks. A framework for the implementation of routing protocols in operating systems is required to enable real world oriented research. We introduce the DES Simple and Extensible Routing-Framework for Testbeds (DES-SERT). The framework supports the implementation and evaluation of routing protocols in a testbed environment. A structured protocol implementation is advocated by transmitting data in extensions attached to packets and by its pipeline based architecture. Several steps are elaborated how to derive an implementation from a routing protocol specification.
Year
DOI
Venue
2009
10.1109/WD.2009.5449696
Wireless Days
Keywords
DocType
ISBN
des simple,routing,framework,wireless mesh network (wmn),testbeds,structured routing protocol,current operating system,wireless mesh networks,structured routing protocol implementation,general task,routing protocol specification,mobile radio,routing protocols,structured protocol implementation,real network,hybrid protocol,mobile ad hoc networks,testbed,real world,extensible routing-framework,specific operating system,mobile ad hoc network,kernel,wireless mesh network,side effect,pipelines,routing protocol,operating system
Conference
978-1-4244-5662-8
Citations 
PageRank 
References 
9
0.61
7
Authors
5
Name
Order
Citations
PageRank
Bastian Blywis1738.27
Mesut Güneş2423.30
Felix Juraschek37011.31
Philipp Schmidt490.61
Pardeep Kumar524324.38