Abstract: A method includes determining that a mobile computing device is within an enterprise geographic location. The method further includes, when the mobile computing device is within the enterprise geographic location, determining that a user of the mobile computing device is eligible for an enterprise sponsored mobile data service. The method further includes, when the user of the mobile computing device is eligible, determining use parameters for the enterprise sponsored mobile data service. The method further includes registering the mobile computing device for the enterprise sponsored mobile data service with an enterprise server and/or a mobile data service provider. The method further includes the mobile computing device receiving the enterprise sponsored mobile data services in accordance with the use parameters. The method further includes adjusting, by the mobile data service provider, billing rate of the mobile computing device while receiving the enterprise sponsored mobile data service.

Abstract: A method and system for providing IP Multimedia Subsystem (IMS) session continuity to a User Equipment (UE) across a plurality of communication networks is provided. The UE traverses from a first communication network to a second communication network. A public user identity associated with a private user identity of the UE is registered with the first communication network by using a first address. The method includes generating (404) a complimentary private user identity associated with the public user identity. The method also includes obtaining (406) a second address from the second communication network when the UE traverses from the first communication network to the second communication network. Moreover, the method includes registering (408) the public user identity associated with the complimentary private user identity with the first communication network by using the second address.

Abstract: A method and system for providing IP Multimedia Subsystem (IMS) session continuity to a User Equipment (UE) across a plurality of communication networks is provided. The UE traverses from a first communication network to a second communication network. A public user identity associated with a private user identity of the UE is registered with the first communication network by using a first address. The method includes generating (404) a complimentary private user identity associated with the public user identity. The method also includes obtaining (406) a second address from the second communication network when the UE traverses from the first communication network to the second communication network. Moreover, the method includes registering (408) the public user identity associated with the complimentary private user identity with the first communication network by using the second address.

Abstract: Encompassed are pharmaceutically acceptable compositions formulated for the topical or transdermal delivery of probes specific for cyclooxygenase-2 (COX-2) of human and non-human subjects. In particular, an activatable probe comprises a fluorescent moiety comprising a fluorophore attached to a compound having selective affinity for COX-2, and a removable fluorescence quencher linked to the fluorescent moiety by a cleavable linker. Upon delivery to a recipient subject, the activatable probe is localized and concentrated in tissues and cells with elevated levels of COX-2. The linker is cleaved to release the fluorescence quencher.

Abstract: A system capable of detecting data within user application streams to manage or control the chains. For example, the system can receive bandwidth information from the application, and based on that information, determine a level of network traffic caused by the application. Such bandwidth information can include any one or more of subscription information, information provided by an application running on a user device, information provided by an application function, and a detected application type. Based on the bandwidth information, the system can either determine a service chain route for the stream, or determine how to bill for the traffic caused by the application. For example, such determinations may be conducted dynamically based on previously determined if/then rules established by a user of the system.

Abstract: Provided are a user device, a gateway device, a radio base station, a mobile communication system, and a mobile communication method capable of considerably reducing the number of control signals necessary for Small Data Transmission (SDT). A UE 100 transitions from RRC-IDLE state where no communication bearer in the control plane is established and EMM-IDLE state where communication in the user plane is not enabled to RRC-CONNECTED state where a communication bearer in the control plane is established and the EMM-IDLE state. The UE 100 transmits user data inputted into the UE 100, via the communication bearer in the control plane in the RRC-CONNECTED state and the EMM-IDLE state. In addition, the UE 100 transitions from the RRC-CONNECTED state and the EMM-IDLE state to the RRC-IDLE state and the EMM-IDLE state as soon as the transmission of the user data is completed.

Abstract: Encompassed are pharmaceutically acceptable compositions formulated for the topical or transdermal delivery of probes specific for cyclooxygenase-2 (COX-2) of human and non-human subjects. In particular, an activatable probe comprises a fluorescent moiety comprising a fluorophore attached to a compound having selective affinity for COX-2, and a removable fluorescence quencher linked to the fluorescent moiety by a cleavable linker. Upon delivery to a recipient subject, the activatable probe is localized and concentrated in tissues and cells with elevated levels of COX-2. The linker is cleaved to release the fluorescence quencher.

Abstract: A wireless communication system (100) comprises a plurality of access points (102) for communicating with a plurality of wireless communication devices (104) within an enterprise (106). A local gateway (108) provides access to a local network (110) within the enterprise and an access point gateway (114) is coupled to the local gateway (108) and is communicably coupled to each of the plurality of access points (102) and to a core network (116) of the wireless communication system. The access point gateway (114) is arranged to receive control messages sent between the core network (116) and the plurality of access points (102) via the access point gateway (114) and to selectively route data via at least one of a communication path (118) between the access points (102) and the core network (116) and a communication path (120) between an access point (102) and the local network (110) via the local gateway (108) based on a received control message.

Abstract: A communication apparatus provides services to a communication device. The communication apparatus comprises a private base station, such as a Home Node B, for communicating with a communication device authorized to use the private base station and a gateway, such as a Home Node B gateway, communicatively coupled to the private base station for providing access to an IP Multimedia Subsystem, IMS, network and at least one other communication network, such as a Circuit Switched, CS, network. The private base station is arranged to select a route for providing a service to the communication device through the private base station and gateway, the selected route being one of a route between the communication device and the IMS network and a route between the communication device and the at least one other communication network. The private base station is arranged to select a route based on the service to be provided.

Abstract: A patient controlled, implantable drug infusion system for administering medicine including a system for administering analgesia to a patient that allows the patient to control the analgesia infusion rates within limits prescribed by a physician for that particular patient. Also disclosed is a closed loop patient feedback system for administering drug therapy including a device and method that links information pertaining to a patient's physical assessment and activity level with a particular drug therapy.

Abstract: A communication apparatus provides services to a communication device. The communication apparatus comprises a private base station, such as a Home Node B, for communicating with a communication device authorised to use the private base station and a gateway, such as a Home Node B gateway, communicatively coupled to the private base station for providing access to an IP Multimedia Subsystem, IMS, network and at least one other communication network, such as a Circuit Switched, CS, network. The private base station is arranged to select a route for providing a service to the communication device through the private base station and gateway, the selected route being one of a route between the communication device and the IMS network and a route between the communication device and the at least one other communication network. The private base station is arranged to select a route based on the service to be provided.

Abstract: A method and network architecture for establishing a specific communication session between a user equipment (UE) (102) and a called entity (106) in a communication network (100) is disclosed. The communication network includes a home overlay network (110) and a visitor overlay network (112). The method includes registering the UE through a home-network entity (114) during registration of the UE with the home overlay network. The method further includes sending an indication message to the UE to indicate status of the registration of the UE. In addition, the method includes sending a session-initiation message to the home-network entity by the UE, to initiate the specific communication session. Further, the method includes routing the session-initiation message to a specific-session entity (122) attached with the home overlay network or the visitor overlay network.

Abstract: Drug infusion system capable of delivering a fluid medication to a patient and method for doing same. An implantable drug delivery device is capable of delivering the fluid medication at a programmable rate to the patient under control of an original programming cycle having a plurality of steps in a plurality of time slots beginning at a starting time. The programming cycle specifies the programmable rate for each of the plurality of steps. An external controller is capable of storing a program representative of the original programming cycle in the implantable drug delivery device at a programming time. The drug infusion system adjusts the implantable drug delivery device so that the original programming cycle will begin at a time during the original programming cycle adjusted for the programming time.

Abstract: A system including an implantable delivery device having a housing, a reservoir, fill and catheter access ports, and a denial device. The housing maintains the fill port in fluid communication with the reservoir. The catheter access port includes a septum between an inlet and a well. The denial device includes a pin, a biasing element, and a solenoid. The pin is arranged to be movable between a first position in which the pin blocks passage of a needle into the well and a second position, with the biasing element biasing the pin to the first position. The solenoid is operatively coupled to the pin and provides an energized and de-energized states; in the energized state, the solenoid moves the pin from the first position to the second position to permit access to the well. An external controller effectuating clinician control over operation of the denial device is also provided.

Abstract: During reception of a higher-layer packet, segmented into lower-layer frames, a receiver will appropriately determine if a lower-layer frame was correctly received. If a lower-layer frame is not correctly received, and the maximum number of NAKs have been sent, the lower-layer frame is categorized as aborted. Once a frame has been categorized as aborted, the receiver determines an RLP frame corresponding to the higher layer packet boundary, sets V(N) to a next missing link-layer frame after a higher-layer packet boundary and pushes frames up to V(N) to the higher layer.

Abstract: A common clock shared by two or more nodes within a network used for time-synchronization. The nodes communicate via a packetized data transmission. Each data packet has a header with a value. The clock includes a first timing portion that includes at least two data packets where the value is constant for each data packet, and a second timing portion that includes at least two data packets where the value is constant for each data packet but different from the value of the data packets in the first timing portion. Alternatively, the clock includes a first timing portion that includes at least two data packets where the value changes with each data packet, and one or more subsequent timing portions each including at least two data packets where the value is constant for each data packet within a subsequent timing portion but changes with each of the subsequent timing portions.

Abstract: A communication system sorts packets or messages at a base station such that differential delays and absolute delays are reduced, further resulting in less needed memory at the packet selector and reduced jitter. The sorting is based on a packet identifier that is associated with each packet or message, which packet identifier includes data specific to the packet.

Abstract: A communication system and method assigns, such as by marking headers of wireless communication packets, packet classification data to packets to define at least one of the following classes: a control signaling class, such as in-band signaling and control packets, a voice class, a data retransmission class, OAMP class and a data class and wherein each class represents a different transmission priority over a backhaul link. For wireless communication packets associated with the control signaling class and the voice class, the method and apparatus assigns each of the wireless communication packets with additional drop precedent data wherein the drop precedence data defines a further packet drop priority within the control signaling class and the voice class. The apparatus and method drops a queued classified wireless communication packet based on a priority level of assigned drop precedent data and based on the packet classification data.

Abstract: A system and method for communicating over networks, particularly generally-linear networks such as a netowrk of railcars in a railway train. The disclosed system and method include the relaying of packets which may contain plural messages down a line of nodes. Acknowledgement of the packets is obtained implicitly by listening to a subsequenct relay of the packet and retransmission of the packet is effected on a diverse antenna in the event of non-acknowledgement. Message bandwidth is shared among the nodes of the system by a message priority system and by the reservation of portions of a packet for certain types of messages. Message bandwidth is also shared by the use of groups of nodes as relay particpiants and by periodically changing the group which is peforming the relay operations.

Abstract: Drug infusion system capable of delivering a fluid medication to a patient and method for doing same. An implantable drug delivery device is capable of delivering the fluid medication at a programmable rate to the patient under control of an original programming cycle having a plurality of steps in a plurality of time slots beginning at a starting time. The programming cycle specifies the programmable rate for each of the plurality of steps. An external controller is capable of storing a program representative of the original programming cycle in the implantable drug delivery device at a programming time. The drug infusion system adjusts the implantable drug delivery device so that the original programming cycle will begin at a time during the original programming cycle adjusted for the programming time.