Abstract: Described herein are methods, systems, and computer program products for seamless interoperability between multiple computing nodes. A server computing device receives, from a first computing node in a plurality of computing nodes, a message for transmission to one or more other computing nodes, the message generated by the first computing node based upon application-specific instructions from a first application on the first computing node, where the plurality of computing nodes is defined as a virtual network at the server computing device and each computing node includes an ensemble module for communicating with the server. The server determines one or more other computing nodes in the virtual network to receive the message. The server transmits the message to the determined one or more other computing nodes, where each of the destination computing nodes formats the message into application-specific instructions for a second application on the determined node.

Abstract: Described herein are methods, systems, and computer program products for seamless interoperability between multiple computing nodes. A server computing device receives, from a first computing node in a plurality of computing nodes, a message for transmission to one or more other computing nodes, the message generated by the first computing node based upon application-specific instructions from a first application on the first computing node, where the plurality of computing nodes is defined as a virtual network at the server computing device and each computing node includes an ensemble module for communicating with the server. The server determines one or more other computing nodes in the virtual network to receive the message. The server transmits the message to the determined one or more other computing nodes, where each of the destination computing nodes formats the message into application-specific instructions for a second application on the determined node.

Abstract: Described herein are methods, systems, and computer program products for seamless interoperability between multiple computing nodes. A server computing device receives, from a first computing node in a plurality of computing nodes, a message for transmission to one or more other computing nodes, the message generated by the first computing node based upon application-specific instructions from a first application on the first computing node, where the plurality of computing nodes is defined as a virtual network at the server computing device and each computing node includes an ensemble module for communicating with the server. The server determines one or more other computing nodes in the virtual network to receive the message. The server transmits the message to the determined one or more other computing nodes, where each of the destination computing nodes formats the message into application-specific instructions for a second application on the determined node.

Abstract: A trading simulation game that emulates the roles of market makers and traders involved in the securities market. The simulation allows for random market activity by specifying a starting market price and employing a subset of a pool of market-affecting items to modify the starting price and determine the final game price. Items in the subset are incrementally revealed to simulation participants during play, and designated participants may make the first offer to trade. All participants simultaneously make and accept offers to buy and sell the simulated security without restriction, based on the public and private information they have and their dynamic estimates of the final game price. Trades are tracked with a novel tally sheet or game status board, and they are settled at the final game price when all items are revealed. The use of a subset of a pool of market-affecting items allows for probability-based strategy similar to popular card games like blackjack and poker.

Abstract: A trading simulation game that emulates the roles of market makers and traders involved in the securities market. The simulation allows for random market activity by specifying a starting market price and employing a subset of a pool of market-affecting items to modify the starting price and determine the final game price. Items in the subset are incrementally revealed to simulation participants during play, and designated participants may make the first offer to trade. All participants simultaneously make and accept offers to buy and sell the simulated security without restriction, based on the public and private information they have and their dynamic estimates of the final game price. Trades are tracked, and they are settled at the final game price when all items are revealed. The use of a subset of a pool of market-affecting items allows for probability-based strategy similar to popular card games like blackjack and poker.

Abstract: A trading simulation game that emulates the roles of market makers and traders involved in the securities market. The simulation allows for random market activity by specifying a starting market price and employing a subset of a pool of market-affecting items to modify the starting price and determine the final game price. Items in the subset are incrementally revealed to simulation participants during play, and designated participants may make the first offer to trade. All participants simultaneously make and accept offers to buy and sell the simulated security without restriction, based on the public and private information they have and their dynamic estimates of the final game price. Trades are tracked with a novel tally sheet or game status chart, and they are settled at the final game price when all items are revealed. The use of a subset of a pool of market-affecting items allows for probability-based strategy similar to popular card games like blackjack and poker.