Abstract: Novel tools and techniques for provisioning a wireless base station functionality at a terminal enclosure are provided. A system includes a first network device, first transceiver, first antenna, second network device, second transceiver, and a second antenna. The first network device may be communicatively coupled to a first network via a first medium and a second medium. The first network device may include a first transceiver coupled to the first network via the first medium, and a first antenna coupled to the first transceiver. The second network device may be coupled to a second network, and include a second transceiver coupled to a second antenna. The first and second network devices may be configured to communicate wirelessly, wherein data communicated from the second network device to the first network device is transmitted to the first network via the first medium.

Abstract: Novel tools and techniques for provisioning a wireless base station functionality at a terminal enclosure are provided. A system includes a first network device, first transceiver, first antenna, second network device, second transceiver, and a second antenna. The first network device may be communicatively coupled to a first network via a first medium and a second medium. The first network device may include a first transceiver coupled to the first network via the first medium, and a first antenna coupled to the first transceiver. The second network device may be coupled to a second network, and include a second transceiver coupled to a second antenna. The first and second network devices may be configured to communicate wirelessly, wherein data communicated from the second network device to the first network device is transmitted to the first network via the first medium.

Abstract: Methods, systems, and computer readable media for combining VoIP call data with geographical information are disclosed. According to one method, VoIP subscriber device call quality information and VoIP subscriber device status information are determined for a plurality of VoIP subscriber devices. Geographic information is obtained regarding a geographic area in which the VoIP subscriber devices are deployed. The VoIP subscriber device status and the call quality information are combined with the geographic information and, based on the combined VoIP subscriber device status and the geographic information, a map that illustrates the geographic locations of the VoIP subscriber devices and an indication of the current status and the call quality of each VoIP subscriber device is graphically displayed on a display device associated with a computer.

Abstract: Methods, systems, and computer readable media for remotely evaluating and controlling VoIP subscriber terminal equipment using test calls, status queries, and usage statistics are disclosed. In one embodiment, a method includes initiating test calls with VoIP subscriber terminal equipment and obtaining test call results. The method further includes analyzing usage information regarding the VoIP subscriber terminal equipment and determining subscriber terminal device usage results. The method also includes remotely querying the VoIP subscriber terminal device and determining subscriber terminal equipment state information.

Abstract: Methods, systems, and computer readable media for categorizing voice over Internet Protocol (VoIP) subscriber device numbers in accordance to test call results are disclosed. In one embodiment, a method includes creating a plurality of VoIP test call lists within a test call system and assigning VoIP subscriber device numbers to the plurality of VoIP test call lists. Each of VoIP subscriber device numbers is tested based on the test call list to which each of the VoIP subscriber device numbers is assigned, wherein each test call list corresponds to at least one of a test call type and a test call frequency associated with the test call list. The method also includes obtaining call quality data for at least one of the VoIP subscriber device numbers and automatically reassigning one or more of the VoIP subscriber device numbers to a different test call list based on at least one of results of the testing and the call quality data.

Abstract: Methods, systems, and computer readable media for categorizing voice over Internet Protocol (VoIP) subscriber device numbers in accordance to test call results are disclosed. In one embodiment, a method includes creating a plurality of VoIP test call lists within a test call system and assigning VoIP subscriber device numbers to the plurality of VoIP test call lists. Each of VoIP subscriber device numbers is tested based on the test call list to which each of the VoIP subscriber device numbers is assigned, wherein each test call list corresponds to at least one of a test call type and a test call frequency associated with the test call list. The method also includes obtaining call quality data for at least one of the VoIP subscriber device numbers and automatically reassigning one or more of the VoIP subscriber device numbers to a different test call list based on at least one of results of the testing and the call quality data.

Abstract: Methods, systems, and computer readable media for combining VoIP call data with geographical information are disclosed. According to one method, VoIP subscriber device call quality information and VoIP subscriber device status information are determined for a plurality of VoIP subscriber devices. Geographic information is obtained regarding a geographic area in which the VoIP subscriber devices are deployed. The VoIP subscriber device status and the call quality information are combined with the geographic information and, based on the combined VoIP subscriber device status and the geographic information, a map that illustrates the geographic locations of the VoIP subscriber devices and an indication of the current status and the call quality of each VoIP subscriber device is graphically displayed on a display device associated with a computer.