Chapter 6 - Quality of Service (Quiz + Exam) Flashcards

QoS: Classification Configuration Guide, Cisco IOS XE Dec 20, 2018 Firewall Settings > QoS Mapping SonicOS uses Access Rules as the interface to classification of traffic. This provides fine controls using combinations of Address Object, Service Object, and Schedule Object elements, allowing for classification criteria as general as all HTTP traffic and as specific as SSH traffic from hostA to serverB on Wednesdays at 2:12am. QoS-Classifier for VPN and Non-VPN traffic based on time In this paper, we have focused on Traffic Classification and Traffic Marking stages, principally for encrypted VPN traffic. The characterization VPN traffic is a challenging issue due to being a protocol encapsulation method for maintaining the privacy of data on the network, consequently, traffic classification based on traditional techniques Projects:2018s1-101 Classification of Network Traffic

Application Traffic Classification Accurate traffic classification is the heart of any firewall, with the result becoming the basis of the security policy. Traditional firewalls classify traffic by port and protocol, which, at one point, was a satisfactory mechanism for securing the perimeter.

Dec 20, 2018 Firewall Settings > QoS Mapping

QoS: Classification Configuration Guide, Cisco IOS XE

SonicOS uses Access Rules as the interface to classification of traffic. This provides fine controls using combinations of Address Object, Service Object, and Schedule Object elements, allowing for classification criteria as general as all HTTP traffic and as specific as SSH traffic from hostA to serverB on Wednesdays at 2:12am. Oct 24, 2018 · In this paper, we have focused on Traffic Classification and Traffic Marking stages, principally for encrypted VPN traffic. The characterization VPN traffic is a challenging issue due to being a protocol encapsulation method for maintaining the privacy of data on the network, consequently, traffic classification based on traditional techniques Network traffic entering a DiffServ domain is subjected to classification and conditioning. A traffic classifier may inspect many different parameters in incoming packets, such as source address, destination address or traffic type and assign individual packets to a specific traffic class. With the widespread application of virtual private network (VPN) technology, real-time VPN traffic identification has become an increasingly important task in network management and security maintenance. Since traditional encrypted traffic identification technology is not effective in feature extraction and selection, this paper proposes two deep learning-based models to classify the traffic b) Classification is performed after traffic is marked. c) Marking is the identification of which QoS policy should be applied to specific packets. d) Classification should be done as close to the destination device as possible.