Netlets for End-To-End Delay Minimization in Distributed Computing Over the Internet Using Two-Paths

NetLets: End-To-End QoS Mechanisms for Distributed Computing Over Internet Using Two-Paths

We propose a two-path method based on delay-regression estimation to achieve low end-to-end delays for message transmissions in distributed computing applications. Our scheme is implemented over the Internet by a network of NetLets, which communicate with one another to maintain an accurate \state" of delay-regressions in the network. NetLets handle all network tasks at host processes and also ...

NetLets: measurement-based routing daemons for low end-to-end delays over networks

Routing in the Internet is based on the best-effort mechanism, wherein the routers generally forward packets to minimize the number of hops to the destination. Furthermore, all packets of a type are treated the same independent of their size. We propose the framework of NetLets to enable the applications to send data packets to the destination with certain guarantees on the end-to-end delay. Ne...

Multiple Paths for End-To-End Delay Minimization in Distributed Computing Over Internet

NetLets: End-To-End QoS Me hanisms for Distributed Computing in Wide-Area Networks Using Two-Paths

On Measurement-Based Transport Method for Message Delay Minimization Over Wide-Area Networks

Data transport methods with end-to-end performance guarantees are required by the next generation distributed computing applications. Transport methods based on default best-effort IP networks are not capable of providing such guarantees due to complex traffic distributions in wide-area networks and highly dynamic network conditions. In this paper, we present a measurement-based transport metho...