Abstract — In this paper, we develop an analysis method that matches DNS information so that we can compare and contrast performance over protocols for a variety of Internet services. Our initial analyses focus on the basic services that are accessed using protocols, observed client behaviors, and a presentation of performance characteristics of services using both IPv4 and IPv6. Our objective is to detect and expose differences by passive measurement without access to application traffic payloads. To demonstrate our method, Our method uses data collected on the IPv6, including both DNS requests/responses and flow export records for dual-stack hosts operating.Our method expose various performance characteristics of Internet services that su...
Measurement-based performance evaluation of network traffic is becoming very important, especially f...
Internet Protocol (IP) is used to identify and locate computers on the Internet. Currently, IPv4 sti...
In this paper, the performance of IPv4 and IPv6 are compared for both Client-Server and Peer-Peer ne...
Abstract—The exhaustion of the IPv4 address space signifi-cantly increases the urgency for transitio...
One of the major hurdles limiting IPv6 adoption is the exis-tence of poorly managed experimental IPv...
Abstract — Measurement-based performance evaluation of network traffic is becoming very important, e...
Nowadays, Internet technologies are growing drastically. These Internet technologies vary from very ...
This paper evaluates the performance of IPv6 against IPv4. IPv4 has address space shortages. The use...
Abstract — A small network of computing devices that started as ARPANET project in early 1980s is no...
The advancement in wireless technologies has allowed devices to access the internet from virtually a...
This paper represents in a test-bed performed to measure and evaluates the performance of IPv4 and I...
This paper represents in a test-bed performed to measure and evaluates the performance of IPv4 and I...
The ability to measure, monitor and control the service quality experienced by network traffic is be...
Measurement-based performance evaluation of network traffic is a fundamental prerequisite for the pr...
Abstract. The growing numbers of mobile users challenge cellular net-work scalability. The IPv4 addr...
Measurement-based performance evaluation of network traffic is becoming very important, especially f...
Internet Protocol (IP) is used to identify and locate computers on the Internet. Currently, IPv4 sti...
In this paper, the performance of IPv4 and IPv6 are compared for both Client-Server and Peer-Peer ne...
Abstract—The exhaustion of the IPv4 address space signifi-cantly increases the urgency for transitio...
One of the major hurdles limiting IPv6 adoption is the exis-tence of poorly managed experimental IPv...
Abstract — Measurement-based performance evaluation of network traffic is becoming very important, e...
Nowadays, Internet technologies are growing drastically. These Internet technologies vary from very ...
This paper evaluates the performance of IPv6 against IPv4. IPv4 has address space shortages. The use...
Abstract — A small network of computing devices that started as ARPANET project in early 1980s is no...
The advancement in wireless technologies has allowed devices to access the internet from virtually a...
This paper represents in a test-bed performed to measure and evaluates the performance of IPv4 and I...
This paper represents in a test-bed performed to measure and evaluates the performance of IPv4 and I...
The ability to measure, monitor and control the service quality experienced by network traffic is be...
Measurement-based performance evaluation of network traffic is a fundamental prerequisite for the pr...
Abstract. The growing numbers of mobile users challenge cellular net-work scalability. The IPv4 addr...
Measurement-based performance evaluation of network traffic is becoming very important, especially f...
Internet Protocol (IP) is used to identify and locate computers on the Internet. Currently, IPv4 sti...
In this paper, the performance of IPv4 and IPv6 are compared for both Client-Server and Peer-Peer ne...