Abstract: Systems and methods are provided for dynamic marketing campaign targeting. One of the methods may include identifying a plurality of business intelligence data sources, wherein the business intelligence data sources are separate and diverse; creating data tables in a database management system from the plurality of business intelligence data sources; creating a unified data model from the data tables; receiving a business intelligence request; and responsive to the business intelligence request: generating one or more predictive analytics based on the unified data model, and displaying a view of the one or more predictive analytics.

Abstract: The present disclosure relates to the field of electronic engineering. The present disclosure envisages a multifunction buckle that integrates multiple health monitoring devices. The multifunction buckle comprises a health sensing module, an activity tracking module, a signal conditioning unit, a processing unit, a notification module, and a communication module. The health sensing module has a plurality of health sensors configured to sense a plurality of health parameters associated with a user. The activity tracking module comprises a pedometer, a sleep detection module, and a gesture detection module. The signal conditioning unit co-operates with the health sensing module and the activity tracking module. The processing unit co-operates with the signal conditioning unit, the health sensing module and the activity tracking module. The notification module co-operates with the processing unit and notifies the user.

Abstract: The present disclosure relates to the field of electronic engineering. The present disclosure envisages a multifunction modular strap that integrates multiple health monitoring devices. The multifunction modular strap comprises a health sensing module, an activity tracking module, a signal conditioning unit, a processing unit, a notification module, and a communication module. The health sensing module has a plurality of health sensors configured to sense a plurality of health parameters associated with a user. The activity tracking module comprises a pedometer, a sleep detection module, and a gesture detection module. The signal conditioning unit co-operates with the health sensing module and the activity tracking module. The processing unit co-operates with the signal conditioning unit, the health sensing module and the activity tracking module. The notification module co-operates with the processing unit and notifies the user.

Abstract: An electroluminescent (EL) device is described, comprising an EL material, an electrode and nanostructures. The nanostructures may form an interconnected network, and may be employed in the EL material and/or in the electrode. A second electrode is also described, wherein an electric field formed between the two electrodes excites phosphors in the EL material to produce light.

Abstract: An electroluminescent (EL) device is described, comprising an EL material, an electrode and nanostructures. The nanostructures may form an interconnected network, and may be employed in the EL material and/or in the electrode. A second electrode is also described, wherein an electric field formed between the two electrodes excites phosphors in the EL material to produce light.

Abstract: A touch screen comprising at least one nanostructure film and capable of detecting multiple touches occurring at the same time at distinct locations in a plane of the touch screen is described. The touch screen may comprise a sensing layer, a driving layer and/or a shielding layer. At least one of these layers may comprise a nanostructure film, and at least two of these layers may be formed on a common substrate.

Abstract: A novel nanostructure-film patterning method is discussed, wherein a laser is employed to etch a nanostructure-film. The laser may be a solid state UV laser, and the nanostructure-film may be patterned while mounted and moving on a roll-to-roll apparatus.

Abstract: A touch screen comprising at least one nanostructure film and capable of detecting multiple touches occurring at the same time at distinct locations in a plane of the touch screen is described. The touch screen may comprise a sensing layer, a driving layer and/or a shielding layer. At least one of these layers may comprise a nanostructure film, and at least two of these layers may be formed on a common substrate.

Abstract: A system and business method for maximizing the fabrication and distribution efficiency of transparent conductive carbon films, while at the same time preserving the desirable mechanical, electrical and optical properties of the films, are discussed. This system and method preferably employ a roll-to-roll fabrication process, environmental controls, testing of pertinent optoelectronic properties and packaging.

Abstract: A novel nanostructure-film patterning method is discussed, wherein a laser is employed to etch a nanostructure-film. The laser may be a solid state UV laser, and the nanostructure-film may be patterned while mounted and moving on a roll-to-roll apparatus.

Abstract: Embodiments of nanoelectronic sensors are described, including sensors for detecting analytes such ammonia. An environmental control system employing nanoelectronic sensors is described. A personnel safety system configured as a disposable badge employing nanoelectronic sensors is described. A method of dynamic sampling and exposure of a sensor providing a number of operational advantages is described.

Abstract: A nanostructured electronic device for detection and measurement of biomolecules, such as blood glucose. Also disclosed are methods of using and manufacturing devices employing nanotubes as electronic transducers.