Abstract: Systems and methods are disclosed for routing requests for information based on predictive data. The systems and methods may receive measurement data indicative of states of each of a plurality of destination servers, and generate predicted measurement data values for each of the plurality of destination servers based on the retrieved measurement data. The predicted measurement data values may represent predicted states of each of the destination servers at a time later than a time corresponding to the received measurement data. The systems and methods may also receive requests for information from a client computer, and route the received requests for information to one of the plurality of destination servers based on the predicted measurement data value.

Abstract: Systems and methods are disclosed for routing requests for information based on predictive data. The systems and methods may receive measurement data indicative of states of each of a plurality of destination servers, and generate predicted measurement data values for each of the plurality of destination servers based on the retrieved measurement data. The predicted measurement data values may represent predicted states of each of the destination servers at a time later than a time corresponding to the received measurement data. The systems and methods may also receive requests for information from a client computer, and route the received requests for information to one of the plurality of destination servers based on the predicted measurement data value.

Abstract: A method and apparatus for self-discovering throttling is described. The system includes a first queue to track a current rate of task completion and a second queue to track an average rate of task completion over time. The system further includes a comparator to compare an average of the first queue and an average of the second queue. The system includes a throttle to adjust the number of connections based on the results from the comparator.