Abstract: The present invention discloses a pharmaceutical formulation of antibody that binds to interleukin. The invention also discloses methods of making the same. The formulation composition comprises a weak organic acid and organic base buffer and pharmaceutically acceptable excipients. The said composition stabilizes the antibody by controlling aggregation, degradation, oxidation and formation of charge variants. The disclosed antibody formulations are liquid formulations that are also suitable for lyophilization.

Abstract: In one embodiment, a centralized network management server (NMS) determines a network state of a low power and lossy network (LLN) based on resource utilization due to traffic in the LLN. The NMS also determines an admission state based on the network state, and admission control (network-wide and/or localized control) based on the admission state. As such, the centralized NMS can then administer the admission control for all nodes in the LLN, where network-wide control comprises a single control command to all nodes in the LLN, and the nodes direct admission based on the control command, and where localized control comprises a request-response exchange between the nodes and the centralized NMS, and the NMS directs admission on a per-request basis.

Abstract: In one embodiment, a method of tracking an object carrying a wireless location device comprises recording and storing images from a plurality of cameras corresponding to respective coverage areas having predetermined locations, determining location information associated with the wireless location device, the location information corresponding to one or more of said coverage areas, and determining which of the images correspond to the location information, and retrieving said images.

Abstract: In one embodiment, a centralized network management server (NMS) determines a network state of a low power and lossy network (LLN) based on resource utilization due to traffic in the LLN. The NMS also determines an admission state based on the network state, and admission control (network-wide and/or localized control) based on the admission state. As such, the centralized NMS can then administer the admission control for all nodes in the LLN, where network-wide control comprises a single control command to all nodes in the LLN, and the nodes direct admission based on the control command, and where localized control comprises a request-response exchange between the nodes and the centralized NMS, and the NMS directs admission on a per-request basis.

Abstract: In an example embodiment, there is described herein an apparatus comprising an interface and logic operable receive data from a device via the interface. The logic is operable to estimate a location of the device based on data received via the interface based on a first (e.g. default) location classification. The logic is further operable to estimate a location of the device based on data received via the interface based on a second location classification responsive to a predefined trigger.

Abstract: A voice over WLAN diagnostic system. In particular implementations, a method includes simulating, in response to a triggering event, Voice over Internet Protocol (VoIP) communications with a remote diagnostics engine; gathering metric data characterizing one or more aspects of the simulated VoIP communications; and periodically transmitting diagnostic packets including the metric data to the remote diagnostics engine; wherein the simulating VoIP communications comprises transmitting diagnostic protocol packets that simulate VoIP communications to the remote diagnostic engine; and intercepting diagnostic protocol packets received from the diagnostics engine.

Abstract: A voice over WLAN diagnostic system. In particular implementations, a method includes simulating, in response to a triggering event, Voice over Internet Protocol (VoIP) communications with a remote diagnostics engine; gathering metric data characterizing one or more aspects of the simulated VoIP communications; and periodically transmitting diagnostic packets including the metric data to the remote diagnostics engine; wherein the simulating VoIP communications comprises transmitting diagnostic protocol packets that simulate VoIP communications to the remote diagnostic engine; and intercepting diagnostic protocol packets received from the diagnostics engine.

Abstract: In one embodiment, a method of tracking an object carrying a wireless location device comprises recording and storing images from a plurality of cameras corresponding to respective coverage areas having predetermined locations, determining location information associated with the wireless location device, the location information corresponding to one or more of said coverage areas, and determining which of the images correspond to the location information, and retrieving said images.

Abstract: In one embodiment, a first endpoint initiates a voice communication with an undetermined second endpoint. A second endpoint is selected that is within a predetermined proximity of a location and voice communication between the first s endpoint and the second endpoint is initiated. The second endpoint may be selected based on preset conditions, such as for example a buddy list definition.

Abstract: In one embodiment, a method for requesting wireless network resources includes transmitting a network resource request to a wireless network in response to a session initiation message from a session signaling node and, responsive to an indication that the wireless network lacks sufficient resources, conditionally transmitting a camp-on information message to the session signaling node.