AbstractWe propose a run-time monitoring and checking architecture for network protocols called Network Event Recognition. Our framework is based on passively monitoring the packet trace produced by a protocol implementation and checking it for properties written in a formal specification language, NERL. In this paper, we describe the design requirements for NERL. We show how the unique requirements of network protocol monitoring impact design and implementation options. Finally we outline our prototype implementation of NERL and discuss two case studies: checking the correctness of network protocol simulations and privacy issues in packet-mode surveillance
The most common use of formal verification methods and tools so far has been in identifying whether ...
It is necessary to monitor networks namely for diagnostics, troubleshooting, detection of anomalies ...
This thesis addresses the problem of protocol verification. We first present a brief review of the e...
AbstractWe propose a run-time monitoring and checking architecture for network protocols called Netw...
With the increasing reliance of computing on communication, it has become important to be able to re...
This dissertation demonstrates and evaluates the use of passive run-time monitoring to test black-bo...
This dissertation demonstrates and evaluates the use of passive run-time monitoring to test black-bo...
We consider the problem of monitoring an interactive de-vice, such as an implementation of a network...
This thesis is about semiautomatic network protocol diagnostics and creating protocol description fr...
This work deals with design of an experimental tool for deep packet inspection based on Microsoft Ne...
Abstract:- Evolution of Internet has been accompanied by the development of a range of network appli...
The secure and correct implementation of network protocols for resource discovery, device configurat...
In this paper we describe GEA-- an interface that enables the development of event-driven network p...
Network Monitoring is a complex distributed activity: we distinguish agents that issue requests and ...
The contribution of this work is an approach for lightweight specification and verification of nesC ...
The most common use of formal verification methods and tools so far has been in identifying whether ...
It is necessary to monitor networks namely for diagnostics, troubleshooting, detection of anomalies ...
This thesis addresses the problem of protocol verification. We first present a brief review of the e...
AbstractWe propose a run-time monitoring and checking architecture for network protocols called Netw...
With the increasing reliance of computing on communication, it has become important to be able to re...
This dissertation demonstrates and evaluates the use of passive run-time monitoring to test black-bo...
This dissertation demonstrates and evaluates the use of passive run-time monitoring to test black-bo...
We consider the problem of monitoring an interactive de-vice, such as an implementation of a network...
This thesis is about semiautomatic network protocol diagnostics and creating protocol description fr...
This work deals with design of an experimental tool for deep packet inspection based on Microsoft Ne...
Abstract:- Evolution of Internet has been accompanied by the development of a range of network appli...
The secure and correct implementation of network protocols for resource discovery, device configurat...
In this paper we describe GEA-- an interface that enables the development of event-driven network p...
Network Monitoring is a complex distributed activity: we distinguish agents that issue requests and ...
The contribution of this work is an approach for lightweight specification and verification of nesC ...
The most common use of formal verification methods and tools so far has been in identifying whether ...
It is necessary to monitor networks namely for diagnostics, troubleshooting, detection of anomalies ...
This thesis addresses the problem of protocol verification. We first present a brief review of the e...