Abstract: Systems and methods for fast, efficient content-based routing that allow a router to perform true content-based routing without having to de-serialize the data and apply a full content-based filter by determining the exact set of consumers to forward the data onto based on packet headers. A system for fast content-based routing may receive a subscription from a receiver machine and may assign a unique ID associated with the subscription in a router table. The system may then place a ID associated with a particular subscription in a message header if the message corresponds to the subscription. The system may then analyze the router table to determine one or more receiver machines associated with the ID in the header of the message. The system may then send, from a sender machine to one or more receiver machines, one or more messages containing the ID in the header of the message.

Abstract: Systems and methods for fast, efficient content-based routing that allow a router to perform true content-based routing without having to de-serialize the data and apply a full content-based filter by determining the exact set of consumers to forward the data onto based on packet headers. A system for fast content-based routing may receive a subscription from a receiver machine and may assign a unique ID associated with the subscription in a router table. The system may then place a ID associated with a particular subscription in a message header if the message corresponds to the subscription. The system may then analyze the router table to determine one or more receiver machines associated with the ID in the header of the message. The system may then send, from a sender machine to one or more receiver machines, one or more messages containing the ID in the header of the message.

Abstract: Disclosed are systems and methods for transporting data using shared memory comprising allocating, by one of a plurality of sender application, one or more pages, wherein the one or more pages are stored in a shared memory, wherein the shared memory is partitioned into one or more pages, and writing data, by the sender application, to the allocated one or more pages, wherein a page is either available for use or allocated to the sender applications, wherein the one or more pages become available after the sender application has completed writing the data. The systems and methods further disclose sending a signal, by the sender application, to a receiver application, wherein the signal notifies the receiver application that writing the data to a particular page is complete, reading, by the receiver application, the data from the one or more pages, and de-allocating, by the receiver application, the one or more pages.