This paper represents in a test-bed performed to measure and evaluates the performance of IPv4 and IPv6 network. The installation and running the test-bed was done for IPv4 and IPv6, using three metrics, bandwidth, packet loss and jitter. The result is that, the bandwidth size will lead to loss some packets during the streaming, while jitter leads to non-sequential packet arrival to the destination. The overall results indicate that the IPv4 network performs better than IPv6 network in term of bandwidth and packet loss. The IPv6 network performs better than IPv4 network in term of jitter. The IPv6 occur high bandwidth compare to IPv4. So the IPv6 network needs component that provide a high performance in network
This paper presents a study of throughput performance of voice and video traffic based on simulative...
[EN] Because of the growth of the number of devices that use the internet, the number of available I...
Nowadays, the IPv6 protocol is in a transition phase in operational networks. The ratio of its traff...
This paper represents in a test-bed performed to measure and evaluates the performance of IPv4 and I...
The advancement in wireless technologies has allowed devices to access the internet from virtually a...
Nowadays, Internet technologies are growing drastically. These Internet technologies vary from very ...
AbstractWith a thorough investigation of analysis parameters and methods on network performance, fea...
In this paper, the performance of IPv4 and IPv6 are compared for both Client-Server and Peer-Peer ne...
Internet Protocol ver-4 (IPv4) has been used for long times ago, but the great growth of the Interne...
Abstract — A small network of computing devices that started as ARPANET project in early 1980s is no...
This paper evaluates the performance of IPv6 against IPv4. IPv4 has address space shortages. The use...
Internet Protocol version 6 (IPv6) is introduced to replace the services offered by the Internet Pro...
Internet Protocol (IP) is used to identify and locate computers on the Internet. Currently, IPv4 sti...
Abstract: This paper is focused on a Layer 4 switching experiments of IPv6 over Fast Ethernet, runni...
AbstractWith a thorough investigation of analysis parameters and methods on network performance, fea...
This paper presents a study of throughput performance of voice and video traffic based on simulative...
[EN] Because of the growth of the number of devices that use the internet, the number of available I...
Nowadays, the IPv6 protocol is in a transition phase in operational networks. The ratio of its traff...
This paper represents in a test-bed performed to measure and evaluates the performance of IPv4 and I...
The advancement in wireless technologies has allowed devices to access the internet from virtually a...
Nowadays, Internet technologies are growing drastically. These Internet technologies vary from very ...
AbstractWith a thorough investigation of analysis parameters and methods on network performance, fea...
In this paper, the performance of IPv4 and IPv6 are compared for both Client-Server and Peer-Peer ne...
Internet Protocol ver-4 (IPv4) has been used for long times ago, but the great growth of the Interne...
Abstract — A small network of computing devices that started as ARPANET project in early 1980s is no...
This paper evaluates the performance of IPv6 against IPv4. IPv4 has address space shortages. The use...
Internet Protocol version 6 (IPv6) is introduced to replace the services offered by the Internet Pro...
Internet Protocol (IP) is used to identify and locate computers on the Internet. Currently, IPv4 sti...
Abstract: This paper is focused on a Layer 4 switching experiments of IPv6 over Fast Ethernet, runni...
AbstractWith a thorough investigation of analysis parameters and methods on network performance, fea...
This paper presents a study of throughput performance of voice and video traffic based on simulative...
[EN] Because of the growth of the number of devices that use the internet, the number of available I...
Nowadays, the IPv6 protocol is in a transition phase in operational networks. The ratio of its traff...