Message consolidation
The invention relates to a method and a trading system for consolidating messages in intermediate server layers. It is operated in at least one of a data- and telecommunication network. Message distribution is introduced by collecting and distributing them through hold-back time frames, thereby, eliminating transactional overhead and achieving a substantial gain in message throughput time in the trading system.
1. A method for processing messages in a trading system operated in at least one of a data- and telecommunication network, comprising the following method steps:
consolidating the messages at a consolidation point in a server layer by collecting the messages in multiple concatenated predetermined hold-back time frames;
transmitting the messages collected in said hold-back time frames for processing when a hold-back time of said hold-back time frames has lapsed in time, thus eliminating transactional overhead and achieving a substantial gain in message processing throughput time in said trading system, wherein said hold-back time of said hold-back time frames is increased in response to an increase in the intensity of message traffic to said server layer and said hold-back time of said hold-back time frames is decreased in response to a decrease in the intensity of message traffic to said server layer; and
wherein the multiple connected intermediate servers make up a tree like structure, where the consolidation point of each intermediate server off-loads the workload for a next consolidation point in another intermediate server in a distribution chain of messages before processing.
2. The method according to claim 1 , wherein the trading system includes multiple connected intermediate servers, each intermediate server including said consolidation point.
3. A trading system that processes messages in at least one of a data- and telecommunication network, comprising:
at least one intermediate server having a consolidation point for said messages in a server layer, said intermediate server being configured to collect said messages in multiple concatenated predetermined hold-back time frames at said consolidation point,
said at least one intermediate server having means for executing a transmitter application to transmit said messages collected in said hold-back time frames and to process when a hold-back time of said hold-back time frames has lapsed in time, thus eliminating transactional overhead and achieving a substantial gain in message processing throughput time in said trading system, wherein said hold-back time of said hold-back time frames is increased in response to an increase in the intensity of message traffic to said server layer and said hold-back time of said hold-back time frames is decreased in response to a decrease in the intensity of message traffic to said server layer; and
wherein the multiple connected intermediate servers make up a tree like structure, where the consolidation point of each intermediate server off-loads the workload for a next consolidation point in another intermediate server in a distribution chain of messages before processing.
4. The system according to claim 3 , comprising multiple connected intermediate servers, each intermediate server including said consolidation point.