Abstract: A head-mounted carrying device.

Abstract: Controlling an electronic device to acquire a personal profile for a person. The electronic device acquires a personal profile for a person identified by a unique identifier. The personal profile is a profile generated by applying big data analytics to personal data collected for the person identified by the unique identifier. Responsive to reception of at least one candidate profile, the electronic device is controlled to perform a match between the personal profile and the at least one candidate personal profile. The electronic device is controlled to provide at least one user-perceivable indicator that indicates a result of the match. The unique identifier of the person is a fingerprint received via a fingerprint scanner. The personal profile is generated and stored by a data processing system prior to receipt of the unique identifier.

Abstract: Controlling an electronic device to acquire a personal profile for a person. The electronic device acquires a personal profile for a person identified by a unique identifier. The personal profile is a profile generated by applying big data analytics to personal data collected for the person identified by the unique identifier. Responsive to reception of at least one candidate profile, the electronic device is controlled to perform a match between the personal profile and the at least one candidate personal profile. The electronic device is controlled to provide at least one user-perceivable indicator that indicates a result of the match. The unique identifier of the person is a fingerprint received via a fingerprint scanner. The personal profile is generated and stored by a data processing system prior to receipt of the unique identifier.

Abstract: Systems and methods for charging. A charging system stores first RFID tag information of a platform account of a platform system at an account system of the charging system. responsive to reception of the first RFID tag information from a first RFID tag, an RFID reader provides the first RFID tag information to a power controller of the charging system. Responsive to reception of the first RFID tag information, a power controller of the charging system determines whether the first RFID tag information is authorized for the charging system by using the account system. Responsive to a determination that the first RFID tag information is authorized, the power controller controls a charging transmitter of the charging system to generate an electromagnetic field that is receivable by a charging receiver. The power controller meters power usage of the charging receiver for the first RFID tag information.

Abstract: A charging system stores first RFID tag information of a platform account of a platform system at an account system of the charging system. responsive to reception of the first RFID tag information from a first RFID tag, an RFID reader provides the first RFID tag information to a power controller of the charging system. Responsive to reception of the first RFID tag information, a power controller of the charging system determines whether the first RFID tag information is authorized for the charging system by using the account system. Responsive to a determination that the first RFID tag information is authorized, the power controller controls a charging transmitter of the charging system to generate an electromagnetic field that is receivable by a charging receiver. The power controller meters power usage of the charging receiver for the first RFID tag information.

Abstract: Systems and methods for charging. A charging system stores first RFID tag information of a platform account of a platform system at an account system of the charging system. responsive to reception of the first RFID tag information from a first RFID tag, an RFID reader provides the first RFID tag information to a power controller of the charging system. Responsive to reception of the first RFID tag information, a power controller of the charging system determines whether the first RFID tag information is authorized for the charging system by using the account system. Responsive to a determination that the first RFID tag information is authorized, the power controller controls a charging transmitter of the charging system to generate an electromagnetic field that is receivable by a charging receiver. The power controller meters power usage of the charging receiver for the first RFID tag information.

Abstract: Methods, non-transitory computer-readable storage media, and computer systems comprising at least one non-transitory computer-readable storage medium and at least one processor are provided for evaluating predictions regarding relationships. A computer system is controlled to manage a relationships database of relationship data records. Each relationship data record includes a person identifier for each person in the relationship. The computer system is controlled to manage a prediction database of prediction data records. Each prediction data record includes a relationship prediction for a relationship identified by a relationship data record in the relationships database. For each relationship prediction included in a prediction data record in the prediction database, the computer system is controlled to determine whether the relationship prediction is correct by accessing official records from a database via a network, and generate a prediction result indicator that indicates a result of the determination.

Abstract: Controlling an electronic device to acquire a personal profile for a person. The electronic device acquires a personal profile for a person identified by a unique identifier. The personal profile is a profile generated by applying big data analytics to personal data collected for the person identified by the unique identifier. Responsive to reception of at least one candidate profile, the electronic device is controlled to perform a match between the personal profile and the at least one candidate personal profile. The electronic device is controlled to provide at least one user-perceivable indicator that indicates a result of the match. The unique identifier of the person is a fingerprint received via a fingerprint scanner. The personal profile is generated and stored by a data processing system prior to receipt of the unique identifier.

Abstract: A wand and a portable electronic device. The wand includes a flexible substrate having a flat and a curled state and a mount attachable to a portable electronic device. The portable electronic device includes a mount attachable to the substrate. The substrate can enable the portable electronic device to become a wearable device. The substrate can include a sleeve that is attachable to the substrate. The substrate can be personalized by replacement of the sleeve with a different sleeve. The length of the substrate can be adjustable when in the flat state. The substrate can be rigid when in the flat state. The mount can communicatively and electrically couple the portable electronic device to the substrate, and the substrate can include at least one of an antenna, audio device, speaker, microphone, battery, solar panel, processor, memory, storage device, display device, user input device, networking device, and fingerprint sensor.