Chicago Mercantile Exchange Inc.

Arkadiusz Koziol

Priteshkumar Soni

Pearce Peck-Walden

Melissa Ann Jenner

Dileep Chakravarthi Konduru

Baris Mestanogullari

José Antonio Acuña-Rohter

James Allen Bailey

Fred Malabre

Satya Kamineni

Rosa Frenkel

Matthew Coffey

Manmathasivaram Nagarajan

Madhur Sirohi

Aditya Arun Kapur

Nagesh Reddy

Ari L Studnitzer

Zachary Bonig

Frank Kmiec

Jacques Doornebos

Donald Mendelson

A system/process provides fault tolerance to an integrated component system which integrates core components of a transaction processing system into a single processing platform, i.e., a single server, enabling elimination of the network interconnects and associated latencies introduced thereby in favor of much faster interconnects, such as inter-process communication and shared memory communication messaging, where a failure of any one component necessitates failing over the entire system to a backup thereof.

Fault tolerant architecture

Failure recovery in a fault tolerant architecture

A optimization processor in a data transaction processing system receives an electronic data multiple transaction request message including multiple electronic data transaction requests, and determines whether some of the electronic data transaction requests should be routed through or bypass transaction integrity modules designed to detect and mitigate undesirable object conditions. The optimization processor may also determine whether some of the electronic data transaction requests should be routed through or bypass transaction processing modules designed to match or attempt to match electronic data transaction requests. The optimization processor may, in one embodiment, rely upon previous decisions made by the modules. The optimization processor may also access data structures storing information about a current environment state to determine whether an electronic data transaction request should be routed through the time consuming transaction integrity and transaction processing modules.

Optimization processor for electronic data multiple transaction request messages

Disclosed are a system and method, also referred to herein as an architecture, for efficiently communicating a high volume of data from a server over an electronic communications network to geographically disperse recipients, where one or more of those recipients may receive a customized version of that data, e.g., content, timing and/or form. As the data is generated, timing information and/or changes to information regarding customizations is incorporated forming a data stream which is communicated to local data publishers ('LDP's'). Upon receipt, the LDP's extract the data, customization, or timing information and act accordingly when transmitting the received data to the recipients. Customization is applied to update local control databases which specify the customizations for subsequently received data before transmission. By acting on the messages in real time, e.g., as they are received, the LDP's, even if they don't receive the messages at the same time, then perform the same functions in the same relative order relative to the data stream.

Data distribution architecture

The disclosed embodiments relate generally to efficient data transmission and receipt. Specifically, the disclosed embodiments provide systems and methods for selectively combining multiple, disparate message types and transmitting same via one data feed. A consolidation system determines whether data resulting from an event can be combined or merged based on pre-determined message characteristics and state or environment information or should be sent via two separate feeds. The merged message may be backwards-compatible so that data recipient computing systems can easily and selectively decide which portion of the merged data is relevant to the data recipient computing system, only read the relevant portions. Thus, multiple data receivers, which typically consume different message types, can receive and consume the same merged or consolidated message.

Systems and methods for consolidating multiple feed data

Disclosed are a system and method, also referred to herein as an architecture, for efficiently communicating a high volume of data from a server over an electronic communications network to geographically disperse recipients, where one or more of those recipients may receive a customized version of that data, e.g., content, timing and/or form. As the data is generated, timing information and/or changes to information regarding customizations is incorporated forming a data stream which is communicated to local data publishers ('LDP's'). Upon receipt, the LDP' s extract the data, customization, or timing information and act accordingly when transmitting the received data to the recipients. Customization is applied to update local control databases which specify the customizations for subsequently received data before transmission. By acting on the messages in real time, e.g., as they are received, the LDP's, even if they don't receive the messages at the same time, then perform the same functions in the same relative order relative to the data stream.

The disclosed embodiments relate generally to efficient data transmission and receipt. Specifically, the disclosed embodiments provide systems and methods for selectively combining multiple, disparate message types and transmitting same via one data feed. A consolidation system determines whether data resulting from an event can be combined or merged based on pre-determined message characteristics and state or environment information, or should be sent via two separate feeds. The merged message may be backwards-compatible so that data recipient computing systems can easily and selectively decide which portion of the merged data is relevant to the data recipient computing system, only read the relevant portions. Thus, multiple data receivers, which typically consume different message types, can receive and consume the same merged or consolidated message.

Systems and methods for communication of financial messages from an Exchange to market participants whereby messages directed to particular market participants may be consolidated with other messages directed to all market participants and communicated via the same communications medium while preserving the anonymity of those market participants to which messages are particularly directed. Accordingly, redundant communications are eliminated, reducing the overall volume of communicated data and the resources necessary in support thereof; inhibition of any one market participant intentionally or unintentionally influencing the market via exposure of their activities, or otherwise unfairly impinging on the exposed activities of other market participants, is maintained; and inequitable information access is eliminated as the consolidated messages are transmitted to all market participants substantially simultaneously over the same medium thereby minimizing or eliminating any advantage or opportunity one market participant may have to receive market information ahead of the other market participants.

Secure consolidated exchange feed for order entry and market data

Growing community of inventors

Glenview, IL, United States of America

Arkadiusz Koziol