Abstract: A method of diabetes analysis includes receiving a plurality of glucose level readings for a user. A common event occurrence in at least two of the glucose level readings is determined. The at least two glucose level readings from the common event occurrence onwards in time for a time period is analyzed. A glucose level pattern formed by the at least two glucose level readings having a similar shape is determined. At least one anomalous glucose level reading having the similar shape and not conforming to the glucose level pattern is analyzed. The at least one anomalous glucose level reading is adapted to the pattern to form an adapted glucose level pattern. An insulin dosage for the time period beginning at the common event occurrence is calculated based on the adapted glucose level pattern.

Abstract: Described herein is a mobile device trade-in facilitation system comprising: one or more servers configured to interact with one or more external data sources; a mobile application communication center configured to interact with one or more mobile devices; an analytic database; and a main processor configured to: initiate a trade-in value calculation based upon an event related to a mobile device; receive information from the mobile device related to characteristics of the mobile device via the mobile application communication center; receive first data related to the mobile device from the one or more servers; retrieve second data related to the mobile device from the analytic database; determine a trade-in value for the mobile device based upon one or more of: the information, the first data, and the second data; and transmit the trade-in value to the mobile device.

Abstract: A system and method for a connected wireless device to hand off from one network to another based on empirical data gathered from real live networks regarding the grade of service available on the network. The invention uses this information in combination with the user's choice of a preferred type of network connection to intelligently manage and conserve device battery life.

Abstract: A service provider interface protocol, when embedded into a network-capable device, can automatically connect the device to a wired or wireless network. This automatic device connectivity can include automatic logging on, automatic authentication and seamless, automatic data upload to, or download from, another location on the network. Configuration parameters for the automatic authentication, upload and download locations and other related device configurations can be stored within the network server-side management system.

Abstract: A method and system for establishing network connectivity with a device is disclosed. A connectivity platform detects a plurality of networks. A network policy of each of the plurality of networks is determined. A signal quality of each of the plurality of networks is determined. The network policy and the signal quality of each of the plurality of networks is analyzed. A connection is established between the device and the first network of the plurality of networks based on the analysis of the network policy and the signal quality of each of the plurality of networks.

Abstract: A closed loop system to monitor a communications system and to detect conditions indicative of deficient subscriber service. Circuitry responsive to the detected conditions to adjust one or more parameters of the communications system to improve subscriber service. Additional circuitry to provide subscriber feedback so as to try to minimize subscriber churn and reduce dissatisfaction.

Abstract: A system and method for a connected wireless device to hand off from one network to another based on empirical data gathered from real live networks regarding the grade of service available on the network. The invention uses this information in combination with the user's choice of a preferred type of network connection to intelligently manage and conserve device battery life.

Abstract: A method of diabetes analysis includes obtaining average glucose level information for a time period over a plurality of days. A current event occurrence is determined. An event occurrence in the average glucose level information within the time period corresponding to the current event occurrence is determined, where the current event occurrence is at a different time of day than the event occurrence. The average glucose level information starting in time from the event occurrence within the time period is analyzed. A notification event in the average glucose level information starting in time from the event occurrence within the time period is determined. A current notification event in time from the current event occurrence is predicted based on a time span from the event occurrence to the notification event in the average glucose level information. An action is initiated in advance of the predicted current notification event.

Abstract: A method of diabetes analysis includes receiving a plurality of glucose level readings for a user. A common event occurrence in at least two of the glucose level readings is determined. The at least two glucose level readings from the common event occurrence onwards in time for a time period is analyzed. A glucose level pattern formed by the at least two glucose level readings having a similar shape is determined. At least one anomalous glucose level reading having the similar shape and not conforming to the glucose level pattern is analyzed. The at least one anomalous glucose level reading is adapted to the pattern to form an adapted glucose level pattern. An insulin dosage for the time period beginning at the common event occurrence is calculated based on the adapted glucose level pattern.

Abstract: A method for the seamless switching of a wireless device between wireless wide area networks (WWANs) and wireless local area networks (WLANS) includes automatically detecting the available WWANs and WLANs, selecting one of the available networks for use by the wireless device, and connecting the wireless device to the selected network. The method also includes maintaining the network connection by monitoring the connection and, upon determining that the connection has been lost, selecting another available network for use and connecting the wireless device the other network. Additionally, the method communicates information about the availability networks and connection status to a user of the wireless device, which allows the user to manually switch the wireless device connection from the automatically selected available network to another available network. Further, a wireless device implements the above described method.

Abstract: A method for the seamless switching of a wireless device between wireless wide area networks (WWANs) and wireless local area networks (WLANS) includes automatically detecting the available WWANs and WLANs, selecting one of the available networks for use by the wireless device, and connecting the wireless device to the selected network. The method also includes maintaining the network connection by monitoring the connection and, upon determining that the connection has been lost, selecting a another available network for use and connecting the wireless device the other network. Additionally, the method communicates information about the availability networks and connection status to a user of the wireless device, which allows the user to manually switch the wireless device connection from the automatically selected available network to another available network. Further, a wireless device implements the above described method.

Abstract: A method for the seamless switching of a wireless device between wireless wide area networks (WWANs) and wireless local area networks (WLANs) includes automatically detecting the available WWANs and WLANs, selecting one of the available networks for use by the wireless device, and connecting the wireless device to the selected network. The method also includes maintaining the network connection by monitoring the connection and, upon determining that the connection has been lost, selecting a another available network for use and connecting the wireless device the other network. Additionally, the method communicates information about the availability networks and connection status to a user of the wireless device, which allows the user to manually switch the wireless device connection from the automatically selected available network to another available network. Further, a wireless device implements the above described method.

Abstract: Systems and methods detect conflicting applications which might interfere with the expected operation of a selected program. Conflicts are managed before they interfere with the operation of the selected program.

Abstract: A reconfigurable apparatus providing 1:N redundancy and 1:1 redundancy for high speed broadband interfaces with 1+1 and 1:N Automatic protection Switching (APS), is presented. The apparatus includes a mini-midplane having a redundant slot, a plurality of active slots and capable of communication with a gateway. The mini-midplane includes at least one set of cross-coupled APS lines for implementing 1:1 equipment redundancy for high speed broadband interfaces with 1+1/1:N APS and a plurality of point-to-point traces between redundant slot and each of the active slots for implementing 1:N equipment redundancy for high speed broadband interfaces with 1+1/1:N APS. The mini-midplane may further include a plurality of shared traces between the redundant slot and said at least one active slot for implementing 1:N equipment protection for low speed narrowband interfaces.

Abstract: A service provider interface protocol, when embedded into a network-capable device, can automatically connect the device to a wired or wireless network. This automatic device connectivity can include automatic logging on, automatic authentication and seamless, automatic data upload to, or download from, another location on the network. Configuration parameters for the automatic authentication, upload and download locations and other related device configurations can be stored within the network server-side management system.

Abstract: A system and method are provided for tracking and reporting the performance of a network. A client or a user device can access the network through a wired connection or wireless access points. The client maintains a log or track the events that occur during the log-on attempts as well as the communication sessions as well as other data related to the network performance. During the communication session data can be transferred between the client and a network device, such as the central server or a database, in the network, regardless of whether the network device is trusted and secure or not secure.

Abstract: A wireless network software access point (AP) integrated into a wireless device allows a wireless network to be configured automatically and dynamically maintained with minimal user intervention. Such automatic configuration includes: whether to configure the Soft AP enabled device to be an AP Node or a Station Node; specifics of wireless radio link configuration, routing or bridging relationships with other networking devices attached to the host-computing device; and firewall configuration. Such automatic configurations are based on the automatic detection of the network environment attached to the Soft AP enabled device. The automatic configurations may also be based on the intelligent interactions among different Soft AP enabled devices in the wireless network, which often includes devices with and without Soft AP functionalities.

Abstract: A method for the seamless switching of a wireless device between wireless wide area networks (WWANs) and wireless local area networks (WLANs) includes automatically detecting the available WWANs and WLANs, selecting one of the available networks for use by the wireless device, and connecting the wireless device to the selected network. The method also includes maintaining the network connection by monitoring the connection and, upon determining that the connection has been lost, selecting a another available network for use and connecting the wireless device the other network. Additionally, the method communicates information about the availability networks and connection status to a user of the wireless device, which allows the user to manually switch the wireless device connection from the automatically selected available network to another available network. Further, a wireless device implements the above described method.