Abstract: Devices and methods are disclosed for coupling a multi-conductor cable to a flexible substrate by means of a crimp.

Abstract: Devices and methods are disclosed for coupling a multi-conductor cable to a flexible substrate by means of a crimp.

Abstract: A modular instrumented floor covering assembly is used in connection with a subject walking across the assembly. The floor covering assembly comprises a plurality of sensor panels attached together along interlocking edges. The edges are held together by interlocking strips or by magnets. Each sensor panel has a pressure sensor matrix responsive to the weight of the subject for generating data relating to movement of the subject. The sensor panels are assembled on the floor selectively and releasably in patterns. No tools are needed for assembly. Data is sent wirelessly between the sensor panels and from the sensor panels to a computer for analysis. A power supply, wiring grid, and releasable connectors on the panel edges supplies electrical power to the sensor panels and between adjacent sensor panels.

Abstract: A modular instrumented floor covering assembly is used in connection with a subject walking across the assembly. The floor covering assembly comprises a plurality of sensor panels having interlocking edges. The sensor panels are adapted for interlocking the adjacent panels together along the edges. Each sensor panel has a pressure sensor matrix responsive to a weight of the subject for generating data relating to movement of the subject. The sensor panels are adapted for selective and releasable assembly in patterns. Communicating means is provided for wirelessly communicating data between the sensor panels and from the sensor panels to a computer for analysis. Power means is provided for supplying power to the sensor panels and between adjacent sensor panels.

Abstract: A modular instrumented floor covering assembly is used in connection with a subject walking across the assembly. The floor covering assembly comprises a plurality of sensor panels attached together along interlocking edges. The edges are held together by interlocking strips or by magnets. Each sensor panel has a pressure sensor matrix responsive to the weight of the subject for generating data relating to movement of the subject. The sensor panels are assembled on the floor selectively and releasably in patterns. No tools are needed for assembly. Data is sent wirelessly between the sensor panels and from the sensor panels to a computer for analysis. A power supply, wiring grid, and releasable connectors on the panel edges supplies electrical power to the sensor panels and between adjacent sensor panels.

Abstract: Devices and methods are disclosed for coupling a multi-conductor cable to a flexible substrate by means of a crimp.

Abstract: Systems and methods may be provided for deposit prediction based upon template matching. The system and methods may include receiving deposit information associated with a plurality of deposits for a deposit account of a financial institution customer, where the deposit information includes a plurality of deposit amounts, and a respective date associated with each of the plurality deposit amounts; identifying, based upon the received deposit information, one or more deposit patterns by applying one or more template patterns to the deposit information and determining that one or more of the applied template patterns match at least a portion of the deposit information; and generating an indication of the identified one or more deposit patterns.

Abstract: Systems and methods may be provided for deposit prediction based upon an example Monte Carlo analysis. The system and methods may include receiving deposit information associated with a plurality of deposits for a deposit account of a financial institution customer, where the deposit information includes a plurality of deposit amounts, and a respective date associated with each of the plurality of deposit amounts; applying a Monte Carlo analysis to at least a portion of the received deposit information; and identifying, based upon the applied Monte Carlo analysis, a largest total monetary amount that can be expected to be deposited within a time interval according to a predetermined confidence level.

Abstract: Systems and methods may be provided for deposit prediction based upon an example Monte Carlo analysis. The system and methods may include receiving deposit information associated with a plurality of deposits for a deposit account of a financial institution customer, where the deposit information includes a plurality of deposit amounts, and a respective date associated with each of the plurality of deposit amounts; applying a Monte Carlo analysis to at least a portion of the received deposit information; and identifying, based upon the applied Monte Carlo analysis, a largest total monetary amount that can be expected to be deposited within a time interval according to a predetermined confidence level.

Abstract: Systems and methods may be provided for deposit prediction based upon template matching. The system and methods may include receiving deposit information associated with a plurality of deposits for a deposit account of a financial institution customer, where the deposit information includes a plurality of deposit amounts, and a respective date associated with each of the plurality deposit amounts; identifying, based upon the received deposit information, one or more deposit patterns by applying one or more template patterns to the deposit information and determining that one or more of the applied template patterns match at least a portion of the deposit information; and generating an indication of the identified one or more deposit patterns.