Abstract: Effective selection of trade execution strategies using a multi-dimensional model is disclosed. A relationship exists between order difficulty and execution strategy. Execution strategy depends on order difficulty, and order difficulty has many dimensions. The multi-dimensional model classifies trade orders according to the dimensions, and then maps these classified trade orders into suitable execution strategies. For each trade order, one or more appropriate strategies are automatically selected and presented to the trader to assist the trader in making an informed and timely decision.

Abstract: Effective selection of trade execution strategies using a multi-dimensional model is disclosed. A relationship exists between order difficulty and execution strategy. Execution strategy depends on order difficulty, and order difficulty has many dimensions. The multi-dimensional model classifies trade orders according to the dimensions, and then maps these classified trade orders into suitable execution strategies. For each trade order, one or more appropriate strategies are automatically selected and presented to the trader to assist the trader in making an informed and timely decision.

Abstract: Effective selection of trade execution strategies using a multi-dimensional model is disclosed. A relationship exists between order difficulty and execution strategy. Execution strategy depends on order difficulty, and order difficulty has many dimensions. The multi-dimensional model classifies trade orders according to the dimensions, and then maps these classified trade orders into suitable execution strategies. For each trade order, one or more appropriate strategies are automatically selected and presented to the trader to assist the trader in making an informed and timely decision.

Abstract: Effective selection of trade execution strategies using a multi-dimensional model is disclosed. A relationship exists between order difficulty and execution strategy. Execution strategy depends on order difficulty, and order difficulty has many dimensions. The multi-dimensional model classifies trade orders according to the dimensions, and then maps these classified trade orders into suitable execution strategies. For each trade order, one or more appropriate strategies are automatically selected and presented to the trader to assist the trader in making an informed and timely decision.

Abstract: Effective selection of trade execution strategies using a multi-dimensional model is disclosed. A relationship exists between order difficulty and execution strategy. Execution strategy depends on order difficulty, and order difficulty has many dimensions. The multi-dimensional model classifies trade orders according to the dimensions, and then maps these classified trade orders into suitable execution strategies. For each trade order, one or more appropriate strategies are automatically selected and presented to the trader to assist the trader in making an informed and timely decision.

Abstract: Effective selection of trade execution strategies using a multi-dimensional model is disclosed. A relationship exists between order difficulty and execution strategy. Execution strategy depends on order difficulty, and order difficulty has many dimensions. The multi-dimensional model classifies trade orders according to the dimensions, and then maps these classified trade orders into suitable execution strategies. For each trade order, one or more appropriate strategies are automatically selected and presented to the trader to assist the trader in making an informed and timely decision.