Abstract: Embodiments disclosed are directed to a computing system that performs steps to perform enhanced device fingerprinting using user contacts data. The computing system receives, from an application, a first plurality of device attributes identifying a client device on which the application is being used. The first plurality of device attributes includes first device identification data and first user contacts data. Subsequently, when a user is attempting to perform a transaction using the application on the client device, the computing system receives, from the application, a second plurality of device attributes identifying the client device on which the application is being used. The second plurality of device attributes includes second device identification data and second user contacts data. The computing system compares the second plurality of device attributes to the first plurality of device attributes to determine whether the user is authorized to perform the transaction.

Abstract: Embodiments disclosed are directed to a computing system that performs steps to perform enhanced device fingerprinting using user contacts data. The computing system receives, from an application, a first plurality of device attributes identifying a client device on which the application is being used. The first plurality of device attributes includes first device identification data and first user contacts data. Subsequently, when a user is attempting to perform a transaction using the application on the client device, the computing system receives, from the application, a second plurality of device attributes identifying the client device on which the application is being used. The second plurality of device attributes includes second device identification data and second user contacts data. The computing system compares the second plurality of device attributes to the first plurality of device attributes to determine whether the user is authorized to perform the transaction.

Abstract: A computer-implemented method of optimising an electronic shopping list is disclosed. The method comprises receiving, at a user equipment, a user list of products; receiving, at a user equipment, a store list of available products, each available product characterised by at least one variable; compiling a revised list from the user list and the store list, comprising associating each product from the user list with one or more available products and arranging an order of the revised list depending upon the at least one variable; and presenting the revised list using the user equipment.

Abstract: A computer-implemented method of optimising an electronic shopping list is disclosed. The method comprises receiving, at a user equipment, a user list of products; receiving, at a user equipment, a store list of available products, each available product characterised by at least one variable; compiling a revised list from the user list and the store list, comprising associating each product from the user list with one or more available products and arranging an order of the revised list depending upon the at least one variable; and presenting the revised list using the user equipment.

Abstract: A computer-implemented method of optimising an electronic shopping list is disclosed. The method comprises receiving, at a user equipment, a user list of products; receiving, at a user equipment, a store list of available products, each available product characterised by at least one variable; compiling a revised list from the user list and the store list, comprising associating each product from the user list with one or more available products and arranging an order of the revised list depending upon the at least one variable; and presenting the revised list using the user equipment.

Abstract: A configurable application specific product with a configurable input/output interface is described. The illustrative embodiment of the invention includes a single microcontroller and a microprocessor having a configurable I/O interface that can be programmed to handle any one of a plurality of interfaces that embedded applications might have, including communication protocols and bus interfaces, data acquisition from multiple sensors and actuators, and controls of various motors.

Abstract: A configurable input/output interface is described that can be programmed to handle any one of a plurality of interfaces that embedded applications might have, including communication protocols and bus interfaces, data acquisition from multiple sensors and actuators, and controls of various motors.

Abstract: A deterministic microcontroller includes a plurality of blocks of cache memories formed on the same integrated circuit as the microprocessor unit. A corresponding plurality of hardware contexts for the microcontroller is provided by the plurality of sets of hardware registers. A context manager controls the selection of the hardware registers such that contexts are changed within one bus cycle and a plurality of hardware contexts are provided. The deterministic microcontroller includes a configurable input/output interface that is programmable to handle any one of a plurality of interfaces that embedded applications might have, including communication protocols and bus interfaces, data acquisition from multiple sensors and actuators, and controls of various motors.

Abstract: A configurable application specific product with a configurable input/output interface is described. The illustrative embodiment of the invention includes a single microcontroller and a microprocessor having a configurable I/O interface that can be programmed to handle any one of a plurality of interfaces that embedded applications might have, including communication protocols and bus interfaces, data acquisition from multiple sensors and actuators, and controls of various motors.

Abstract: A deterministic microcontroller includes a plurality of blocks of cache memories formed on the same integrated circuit as the microprocessor unit. A corresponding plurality of hardware contexts for the microcontroller is provided by the plurality of sets of hardware registers. A context manager controls the selection of the hardware registers such that contexts are changed within one bus cycle and a plurality of hardware contexts are provided. The deterministic microcontroller includes a configurable input/output interface that is programmable to handle any one of a plurality of interfaces that embedded applications might have, including communication protocols and bus interfaces, data acquisition from multiple sensors and actuators, and controls of various motors.

Abstract: A configurable input/output interface is described that can be programmed to handle any one of a plurality of interfaces that embedded applications might have, including communication protocols and bus interfaces, data acquisition from multiple sensors and actuators, and controls of various motors.