Abstract: A congestion control system and method for dynamically maximizing a communication link throughput is presented. The method involves monitoring and managing a variable number of streams from one or more URLs and their respective download fragment size in order to maximize the changing link capacity. The number of participating streams is adjusted according to total link congestion status.

Abstract: A congestion control system and method for dynamically maximizing a communication link throughput is presented. The method involves monitoring and managing a variable number of streams from one or more URLs and their respective download fragment size in order to maximize the changing link capacity. The number of participating streams is adjusted according to total link congestion status.

Abstract: A method of proactive seeding of data in a peer-to-peer computer network is provided. The method may include the following steps: monitoring, in a peer-to-peer computer network, a plurality of agents and a plurality of files by tracking an availability of each agent and tracking a status of each file respectively; evaluating each agent, based at least partially on respective past performance and specified rules; encoding each file into portions; matching the portions into agents to yield a specified distribution of loads among the agents based at least partially on their respective evaluation, wherein at least one of the monitoring, the evaluating, the encoding, the and the matching is executed by at least one processor.

Abstract: A method of data streaming over a Peer-to-Peer network including server agents and client agents is provided. The method includes: assigning, responsive of a client agent request for a specified file, a sub streams set, being a set of server agents configured each to partition the specified file into frames whose size is configured based on the specified file, wherein the sub streams set comprises a plurality of active server agents and further includes a plurality of redundant active server agents selected based on network properties, such that a minimal number of excessive packets are sent to the client agent; managing the sub streams set asynchronously such that each server agent streams frames independently on other server agents in the sub streams set; and employing a rate-based congestion control per sub streams set such that a bit rate associated with the sub streams set is maintained above a specified threshold.

Abstract: A method of data streaming over a Peer-to-Peer network including server agents and client agents is provided. The method includes: assigning, responsive of a client agent request for a specified file, a sub streams set, being a set of server agents configured each to partition the specified file into frames whose size is configured based on the specified file, wherein the sub streams set comprises a plurality of active server agents and further includes a plurality of redundant active server agents selected based on network properties, such that a minimal number of excessive packets are sent to the client agent; managing the sub streams set asynchronously such that each server agent streams frames independently on other server agents in the sub streams set; and employing a rate-based congestion control per sub streams set such that a bit rate associated with the sub streams set is maintained above a specified threshold.

Abstract: A method of proactive seeding of data in a peer-to-peer computer network is provided. The method may include the following steps: monitoring, in a peer-to-peer computer network, a plurality of agents and a plurality of files by tracking an availability of each agent and tracking a status of each file respectively; evaluating each agent, based at least partially on respective past performance and specified rules; encoding each file into portions; matching the portions into agents to yield a specified distribution of loads among the agents based at least partially on their respective evaluation, wherein at least one of the monitoring, the evaluating, the encoding, the and the matching is executed by at least one processor.