Abstract:
Un sistema para controlar aplicaciones de software (82) en una red inalámbrica (14) que comprende: medios de comunicación inalámbrica (12) para comunicarse selectivamente con una red inalámbrica (14) y tener una o más aplicaciones de software residentes (82) ejecutables selectivamente en la misma, cada aplicación de software que requiere una licencia para cada ejecución de la aplicación de software (82) y, al intentar la ejecución de una aplicación de software (82), los medios de comunicación inalámbrica determinan si hay una licencia presente para ejecutar la aplicación de software; medios de gestión de aplicaciones de software (16) para gestionar aplicaciones de software en uno o más medios de comunicación inalámbrica, medios de gestión de aplicaciones de software selectivamente en comunicación a través de la red inalámbrica (14) con los medios de comunicación inalámbrica y que selectivamente proporcionan una licencia para el uso de una aplicación de software; y en el que, al intentar la ejecución de una aplicación de software en los medios de comunicación inalámbrica (12) para los cuales no existe una licencia, los medios de comunicación inalámbrica solicitan selectivamente a los medios de gestión de aplicación de software que transmitan una licencia, reciban la licencia transmitida e instalen la licencia en los medios de comunicación inalámbrica (12) de tal manera que la aplicación de software con licencia sea ejecutable.
Abstract:
A system, method, and computer program for delivering services to wireless communication devices. The system tailors the services based on the capability of the wireless device and the services subscribed by the user. A server or other computer device receives from the wireless device capability data, or 'flags,' indicating the capability of the device to access data or download and receive applications provided over the network.
Abstract:
This system is for selectively updating the versions of stored datasets on a wireless device. The system has one or more wireless devices in selective communication to a wireless network and one or more download servers in selective communication to the wireless network and in selective communication with the one or more wireless devices. Each wireless device has a computer platform and datasets from download servers are downloaded across the wireless network to the computer platform of the wireless device. The computer platform of the wireless device further includes a resident dataset version summary file that at least identifies the version of each resident dataset. Each download server selectively downloads datasets to the wireless devices. Each download server selectively updates one or more resident datasets that are selectively downloadable to wireless devices and records the version of each specific updated dataset. Upon a wireless device attempting to communicate with at least one download server across the wireless network, the computer platform of the wireless device compares the version of each specific resident dataset listed in the resident dataset version summary file with the version of the downloadable dataset resident on the download server to thereby determine if the version of the wireless device resident dataset is different from the version of the download server resident dataset.
Abstract:
To get around the constraint of limited memory size in wireless devices such as mobile phones or pdas, the device is provided with the facility to selectively delete the components of a resident software application (e.g. a game) without loss of the associated application data (such as the game scores or passwords). When required to execute the application, the device can prompt a server via the wireless network to transmit the required, previously deleted, components. The device installs the components so that the application is once more executable on the device.
Abstract:
A system for interfacing with a communication device in a wireless communications environment comprises at least one application download server in a wireless network; and at least one wireless device in selective communication with the application download server. The wireless device selectively attempts to access one or more applications across the wireless network. The wireless device includes a computer platform and one or more resident software applications. The wireless device selectively communicates wireless device capability data to the application download server, and the application download server selectively determines access to one or more applications based upon the wireless device capability data of the wireless device attempting access. The wireless device capability data includes information sufficient to identify an application execution runtime environment supported by the wireless device.
Abstract:
A system and method for the controlling of software licenses for execution of applications on mobile wireless devices includes the mobile determining if it has a license to execute an application resident in the mobile memory, and if not requesting a license for that application from an application management server which provides a license to the mobile via the wireless network. When the license is received the mobile installs the license so that the licensed application is then executable.
Abstract:
A system, methods and server for monitoring health and safety of individuals in a population and sending alert notifications when exceptions are detected include comparing biometric data obtained from the individuals to a biometric model generated for the individual through computer-learning methods. Biometric data may be gathered by wireless biometric sensor devices which transmit biometric data to receiver devices, which relay the biometric data to a server. The biometric model may be maintained in the server and include nominal and threshold biometric parameters for each individual based on biometric sensor data gathered or analyzed over a period of time. An alert may be issued by the server when an individuals biometric data is outside a threshold in the biometric model. The transmitted alert may depend upon the nature of the exception, user settings and past notification experience. Alerts may be escalated when not answered within defined durations.
Abstract:
A system, methods and server for monitoring health and safety of individuals in a population and sending alert notifications when exceptions are detected include comparing biometric data obtained from the individuals to a biometric model generated for the individual through computer-learning methods. Biometric data may be gathered by wireless biometric sensor devices which transmit biometric data to receiver devices, which relay the biometric data to a server. The biometric model may be maintained in the server and include nominal and threshold biometric parameters for each individual based on biometric sensor data gathered or analyzed over a period of time. An alert may be issued by the server when an individual's biometric data is outside a threshold in the biometric model. The transmitted alert may depend upon the nature of the exception, user settings and past notification experience. Alerts may be escalated when not answered within defined durations.