Trading Technologies International, Inc.

Robert A West

Michael J Burns

Peter Francis Ziemkiewicz

Jens-Uwe Schluetter

Ryan J Highland

Harris C Brumfield

Stephen J Murphy

Gerald J O'Connor

Scott F Singer

Ryan N Andrews

David W Garrison

Sagy Pundak Mintz

Robert J Kline

Charles Lee Mauro, Jr

Douglas Ray Duquette

Stephen A Schwarz

Christos Kondilis

Kevin D Kahley

Jeffrey Pratt

Alvin F Tanpoco

Jens Uwe Schluetter

Gerald J O'connor

Gary Allen Kemp

A system and methods for controlled market data delivery are described. According to one example embodiment, upon detecting a preset threshold of updates in a queue at a gateway, a predetermined number of market updates may be processed before any data is sent to a client terminal. According to one method, update types may be used to control how many updates are processed before any data is sent. Also, once the number of updates to be processed is set, a market update having a higher priority update type may be used to trigger a change in the number of market updates that was set for processing.

System and method for controlled market data delivery in an electronic trading environment

A method, system, and computer program products are provided for updating the location of a cursor in a display window on a trading screen when certain events occurs. In a preferred embodiment, as market conditions change, the market information may be rearranged on a screen. To reduce the chances of missing a market opportunity by sending orders or managing them, the cursor moves in association with the market information such that the cursor appears fixed to the market information until a user moves the pointer device.

Method and system for displaying a cursor on a trading screen

A system and method for prioritized data delivery in an electronic trading environment are described herein. According to one example embodiment, by prioritizing the messages associated with a tradeable object, the bandwidth and system resource usage may be optimally reduced, and any loss of priority content in the messages sent between the network device and the client device may be reduced. An example method includes associating different priority levels with messages comprising market data. Messages containing market information related to the inside market may be associated to a higher priority level. Whereas messages containing market information relating to the quantities at prices outside the inside market may be associated with a lower priority level. Based on the priority level associated with a message, a network device may send the message directly to the client device or store the message in a data structure until a pre-defined condition is satisfied.

System and method for prioritized data delivery in an electronic trading environment

A system and method are provided for trading multiple tradeable objects. One example method includes displaying at least one combined quantity indicator representing a combined quantity associated with at least two tradeable objects, detecting an input associated with an order for a predetermined order quantity in relation to one of the combined quantity indicators, and allocating the order quantity between the at least two tradeable objects using at least one quantity allocation rule. In one example embodiment, a plurality of quantity allocation rules can be user-configurable, and different rules can be defined and applied in relation to different order types.

System and method for facilitating trading of multiple tradeable objects in an electronic trading environment

Trading interface for facilitating trading of multiple tradeable objects in an electronic trading environment

A system and method for generating and displaying annotations in relation to one or more prices corresponding to trader-related or market related events are described. In one embodiment, a trader may enter an annotation to be displayed in relation to one or more price levels. Alternatively, a trader may configure a dynamic annotation to be dynamically displayed in relation to some price level(s) upon detecting a predetermined event related to one or more tradeable objects. Also, a trader may configure one or more alarms to be displayed or played in combination with the annotations.

System and method for price-based annotations in an electronic trading environment

An example graphical interface and method for displaying risk related data are described. One example graphical interface includes a data structure comprising a plurality of data nodes and at least one risk data point associated with each node, and further comprises a display grid. The display grid includes one or more cells that are used for displaying selected data nodes and risk data points. Each cell may be associated with a single data node, and may include one or more identifiers corresponding to risk data points of the data node. In one example embodiment, the identifiers are aligned along a single axis, and risk related data corresponding to each identifier is aligned with respect to each corresponding identifier.

System and method for displaying risk data in an electronic trading environment

When a trading application on a client terminal receives a trade order, a randomizer application may automatically randomize one or more order parameters to generate a randomized order. For example, an order quantity, a price level, and/or a time period between sending any two consecutive orders may be randomized. The randomized order is then automatically placed on the market.

System and method for randomizing orders in an electronic trading environment

A system and method for displaying quantity related information determined for a plurality of time periods are described. According to one method, a trader may define one or more time periods for which a trading application may determine traded quantities, traded buys, traded sells, or other quantity related information at a plurality of price levels during the defined time periods. The trading application may then graphically display the quantities for each time period in relation to the static axis of prices. The method further includes periodically updating the displayed traded quantity to reflect the quantity during the defined time period, where the quantity is updated based on subsequent market updates that are received from the exchange for the tradable object.

System and method for processing and displaying quantity information during user-configurable time periods

Market data is recorded from a real live exchange. The recording data can be played back in real time or delayed, in any manner, to simulate the recorded market. Moreover, one or more users can participate in the simulated market just as if they were participating in a real-live market. The system provides a realistic trading environment without the associated risks of trading in a live-market such as losing money and the cost of making trades. The system may be used for training purposes and for purposes of testing and analyzing various trading strategies. Software developers and testers may also utilize the realistic environment to develop trading products or applications. Additionally, the system provides a means for demonstrating trading application products.

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Chicago, IL, United States of America

Robert A West