Abstract: A wireless detection device receives a user input indicating at least one wireless communication network service. The detection device processes the user input to select a pseudo-pilot signal configuration. The detection device wirelessly transmits a pseudo-pilot signal having the selected pseudo-pilot signal configuration. The detection device wirelessly receives a device identifier from a wireless communication device responsive to the pseudo-pilot signal. The detection device stores data indicating the device identifier and a time when the device identifier was received from the wireless communication device. The detection device may transfer the data to a control system or display the data to the user.

Abstract: Systems, methods, and software for operating a wireless communication system are provided herein. In one example, method of operating a wireless communication system is provided. The method includes processing a voice call directed to a user device and alerting the user device of the voice call, determining that the user device has not answered the voice call, and determining a status of the wireless communication system. When the status of the wireless communication system indicates a first condition, then the method includes initiating a first connection for the voice call to a voicemail service for the wireless communication system. When the status of the wireless communication system indicates a second condition, then the method includes initiating a second connection for the voice call to a voicemail service on the user device.

Abstract: A wireless communication device has multiple wireless transceivers to access multiple wireless networks. A first wireless transceiver exchanges wireless media communications with a first wireless network. The wireless communication device processes network data to select a second wireless network, and responsive to the selection, identifies an associated instruction in the network data to disable the first wireless transceiver responsive to selecting the second wireless network. A second wireless transceiver exchanges additional wireless media communications with the second wireless network responsive to the selection. The wireless communication device disables the first wireless transceiver responsive to the instruction.

Abstract: Embodiments disclosed herein provide systems and methods for dynamically selecting a wireless transceiver in a wireless communication device. In a particular embodiment, a method operating a wireless communication device having multiple wireless transceivers provides exchanging wireless media communications with a first communication network using a first one of the wireless transceivers. The method further provides processing a data structure of access connections and instructions to select a wireless data connection in a second communication network, wherein the instructions are associated with a wireless data service of the second communication network in the data structure, and processing one of the instructions to disable the first wireless transceiver. The method further provides exchanging additional wireless media communications with the second communication network using a second one of the wireless transceivers.

Abstract: Wireless networks comprise base stations that each have communication ports. The wireless networks exchange media with user devices through the communication ports. The wireless networks are identified by Ethernet OUIs, and the base stations and ports are identified by unique codes. An Ethernet backhaul network exchanges the media in Ethernet frames between the communication ports. The Ethernet backhaul network routes the Ethernet frames based on MAC addresses that indicate a destination OUI, a destination base station code, a destination port code, a source OUI, a source base station code, and a source port code.

Abstract: Systems, methods, and computer-readable media for assigning priority to scalable video codings are provided. In one method, the dependency_id, quality_id, and temporal_id of a NAL unit header is used to calculate the priorty_id for the NAL unit header. In another method, the DiffServe field of an IP packet is modified based on the priority markings of the NAL unit header to provide different levels of assured forwarding.

Abstract: A method and system are provided for centralizing services subscribed to by customers of a service provider for detecting attacks at the customer-end of a communications network. A signal diverter is installed in a signal path carrying inbound communication signals common to subscribed customers and a portion of the collective inbound signals for each customer is diverted to a detection apparatus. Finally, based on parameters for each subscribed customer, a determination is made as to if a subscribed customer is experiencing an attack.

Abstract: A method and system are provided for preventing network service shutdowns resulting from denial of service (DOS) attacks. First, parameters are monitored corresponding to network elements carrying communication signal traffic in a communications network, and, based on the parameters, if a DOS attack is indicated, performing the following for each instance of communication signal traffic: accessing data structures for data relating to protected communication signal traffic, and, based on the data, determining if the communication signal traffic is designated as protected. Finally; based on the determination, cleaning and forwarding each protected communication signal to its respective destination.

Abstract: A method and system are provided for centralizing services subscribed to by customers of a service provider for detecting attacks at the customer-end of a communications network. A signal diverter is installed in a signal path carrying inbound communication signals common to subscribed customers and a portion of the collective inbound signals for each customer is diverted to a detection apparatus. Finally, based on parameters for each subscribed customer, a determination is made as to if a subscribed customer is experiencing an attack.

Abstract: A method and system are provided for preventing network service shutdowns resulting from denial of service (DOS) attacks. First, parameters are monitored corresponding to network elements carrying communication signal traffic in a communications network, and, based on the parameters, if a DOS attack is indicated, performing the following for each instance of communication signal traffic: accessing data structures for data relating to protected communication signal traffic, and, based on the data, determining if the communication signal traffic is designated as protected. Finally; based on the determination, cleaning and forwarding each protected communication signal to its respective destination.