A system for analyzing wound status is provided. The system includes an image obtaining device and an image analyzing device. The image obtaining device is configured to obtain a plurality of infrared (IR) images which are photographed from a wound of a user's body portion, wherein the plurality of IR images are photographed at different time. The image analyzing device is configured to align the plurality of IR images based on features of non-wound regions from the plurality of IR images, and then analyze wound image regions from the plurality of IR images for finding out variations of the wound.

An apparatus, such as for use by a dealer in a game utilizing game pieces, such as playing cards or tiles, is disclosed. The dealer may deal a plurality of the game pieces to the dealer as well as to one or more other players. The apparatus may assist the dealer with setting the dealer's own dealt game pieces. The apparatus may include a camera for scanning the dealer's dealt game pieces. The apparatus may further include a central processor coupled to the camera for determining the relative rank of each of the dealer's game pieces, and for determining an optimal sub-grouping of the dealer's game pieces, and an indicator for identifying which of the dealer's game pieces are associated with each of the sub-groups.

An apparatus, such as for use by a dealer in a game utilizing game pieces, such as playing cards or tiles, is disclosed. The dealer may deal a plurality of the game pieces to the dealer as well as to one or more other players. The apparatus may assist the dealer with setting the dealer's own dealt game pieces. The apparatus may include a camera for scanning the dealer's dealt game pieces. The apparatus may further include a central processor coupled to the camera for determining the relative rank of each of the dealer's game pieces, and for determining an optimal sub-grouping of the dealer's game pieces, and an indicator for identifying which of the dealer's game pieces are associated with each of the sub-groups.

This disclosure relates to a platform for integrating a variety of devices. The platform may provide a plurality of contact points configured to couple with one or more interfaces on a device and/or termination points of various connectors. Embodiments of the disclosed platform may facilitate construction and/or prototyping of chemical and/or biological analysis and/or diagnostic systems that include multiple devices. Further embodiments, allow for the management of various interconnected devices in accordance with one or more articulated policies.

A purely optical NAND logic gate is disclosed in this application where in various materials are employed to accomplish the functioning of the logic gate.

A purely optical NAND logic gate is disclosed in this application where in various materials are employed to accomplish the functioning of the logic gate.

Embodiments described herein are generally related to a method and a system for constructing and delivering a pulse to perform an entangling gate operation between two trapped ions during a quantum computation, and more specifically, to a method of demodulating and spline interpolating a pulse that can be practically implemented in the system while increasing the fidelity of the entangling gate operation, or the probability that at least two ions are in the intended qubit state(s) after performing the entangling gate operation between the two ions.

Embodiments described herein are generally related to a method and a system for constructing and delivering a pulse to perform an entangling gate operation between two trapped ions during a quantum computation, and more specifically, to a method of demodulating and spline interpolating a pulse that can be practically implemented in the system while increasing the fidelity of the entangling gate operation, or the probability that at least two ions are in the intended qubit state(s) after performing the entangling gate operation between the two ions.

An optical computing apparatus includes a plurality of stages including one or a plurality of Mach-Zehnder interference-type optical switches, and, in this optical computing apparatus, incident light is received as input in an incident stage, a phase of the incident light changed in advance by a predetermined phase amount in accordance with a position in the incident stage, and the input light propagates in accordance with a control electric signal.

An optical computing apparatus includes a plurality of stages including one or a plurality of Mach-Zehnder interference-type optical switches, and, in this optical computing apparatus, incident light is received as input in an incident stage, a phase of the incident light changed in advance by a predetermined phase amount in accordance with a position in the incident stage, and the input light propagates in accordance with a control electric signal.