In this paper we propose a more cost-efficient alternative to current transport network technologies (SONET/SDH) based on the high-bandwidth transport and deterministic performance of the optical circuit technologies (i.e., WSON) along with the efficient aggregation and statistical multiplexing of a packet transport technology (i.e., MPLS-TP) to support IP and Ethernet services.
Chemical doping like (Ca,Sr RuO3 or epitaxial strain caused by using different substrates can change the bandwidth (thus transport properties) probably due to different Ru-O-Ru bond angles [1].
A unbounded mobile communications (UMC) application often has an unaddressed requirement critical to its overall success: transport bandwidth availability.
We suggest TRIDENT, a procedure whose main goal is to dynamically provide the bandwidth required to transport through an ASON the MPLS LSPs already established at the IP/MPLS client network.
The chapter reveals that networks benefit dramatically in reliability, efficiency, and performance as the ability to flexibly route transport bandwidth is increased, and can also simplify network management and design.
By reducing the bit rate by 20% during transmission, we can stream video at much lower transport bandwidth under loaded conditions, by adding a virtual memory framework.
QCIF (quarter CIF) offers better resolution than CIF (common intermediate format) but at the added cost of more number of fps and higher transport bandwidth.
B R is the incoming bit rate, F s is the average frame size of the incoming stream, and B t is the transport bandwidth and it varies with time t; T is the average time to playout the incoming stream.
This process reduces the traffic intensity, which in turn results in less bandwidth requirements for transporting the same amount of information.
Three critical factors in wireless mesh network design are the number of hops between supply and demand points, the bandwidth capacity of the transport media, and the technique used to route packets within the network.
Virtual path rings (VPRs) are one such piece of hardware, which integrates multiple types of service interfaces, transport, and bandwidth management functionality in a single platform.
