Abstract: A system that incorporates teachings of the subject disclosure may include, for example, a processor which when executing computer instructions performs the operations including receiving network operator-approved credentials associated with a first communications device. Pre-assigned network resources are accessible by the first communications device by way of the network operator-approved credentials. The processor also performs operations including replicating the network operator-approved credentials, and receiving a request from a second communications device for access to the pre-assigned network resources of the first communications device. A copy of the replicated network operator-approved credentials is forwarded to enable the second mobile device to access the pre-assigned network resources. Other embodiments are disclosed.

Abstract: A cell site includes a tower and a power over Ethernet system to power devices on the tower. The power over Ethernet system includes a power over Ethernet switch and a multiplexing box. Ethernet cables connect output ports of the power over Ethernet switch to input ports of the multiplexing box. A power plant is connected to the input of the power over Ethernet switch. Devices are connected to the output ports of the multiplexing box. The power over Ethernet system also includes a power management control.

Abstract: Methods and apparatus are disclosed to improve a network connection of a cellular-enabled device via a connected vehicle. An example method disclosed herein includes establishing a first connection between the cellular-enabled vehicle and the first cellular-enabled device using a short distance radio frequency protocol. The first connection is based on a first connection relationship. The example method also includes sending a registration message to the cellular-enabled vehicle from the cellular-enabled device. The example method also includes detaching the cellular-enabled device from the cellular network. The example method also includes routing first cellular data associated with the first cellular-enable device to the cellular network via the cellular-enabled vehicle.

Abstract: A cell site includes a tower and a power over Ethernet system to power devices on the tower. The power over Ethernet system includes a power over Ethernet switch and a multiplexing box. Ethernet cables connect output ports of the power over Ethernet switch to input ports of the multiplexing box. A power plant is connected to the input of the power over Ethernet switch. Devices are connected to the output ports of the multiplexing box. The power over Ethernet system also includes a power management control.

Abstract: A system that incorporates teachings of the subject disclosure may include, for example, a processor which when executing computer instructions performs the operations including receiving network operator-approved credentials associated with a first communications device. Pre-assigned network resources are accessible by the first communications device by way of the network operator-approved credentials. The processor also performs operations including replicating the network operator-approved credentials, and receiving a request from a second communications device for access to the pre-assigned network resources of the first communications device. A copy of the replicated network operator-approved credentials is forwarded to enable the second mobile device to access the pre-assigned network resources. Other embodiments are disclosed.

Abstract: Methods are apparatus are disclosed to improve a network connection of a cellular-enabled device via a connected vehicle. An example method disclosed herein include receiving an indication that a first cellular-enabled device is within range of a cellular-enabled vehicle to which the first cellular-enabled device has a connection relationship. When a first signal strength between the cellular-enabled vehicle and a cellular network is greater than a second signal strength between the first cellular-enabled device and the cellular network, the cellular-enabled vehicle is instructed to establish a first connection between the cellular-enabled vehicle and the cellular network using a first subscriber identifier stored in the first cellular-enabled device.

Abstract: A cell site includes a tower and a power over Ethernet system to power devices on the tower. The power over Ethernet system includes a power over Ethernet switch and a multiplexing box. Ethernet cables connect output ports of the power over Ethernet switch to input ports of the multiplexing box. A power plant is connected to the input of the power over Ethernet switch. Devices are connected to the output ports of the multiplexing box. The power over Ethernet system also includes a power management control.

Abstract: A system that incorporates teachings of the subject disclosure may include, for example, a processor which when executing computer instructions performs the operations including receiving network operator-approved credentials associated with a first communications device. Pre-assigned network resources are accessible by the first communications device by way of the network operator-approved credentials. The processor also performs operations including replicating the network operator-approved credentials, and receiving a request from a second communications device for access to the pre-assigned network resources of the first communications device. A copy of the replicated network operator-approved credentials is forwarded to enable the second mobile device to access the pre-assigned network resources. Other embodiments are disclosed.

Abstract: A received signal strength indicator returned from a femto cell is employed to optimize a multiple access wireless communication network. For example, a method operable in a wireless communications network is disclosed. The method comprises receiving a received signal strength indicator from a femto cell situated in a geographical area within a multiple access wireless communication network, and optimizing the multiple access wireless communication network as a function of the received signal strength indicator.

Abstract: A cell site includes a tower and a power over Ethernet system to power devices on the tower. The power over Ethernet system includes a power over Ethernet switch and a multiplexing box. Ethernet cables connect output ports of the power over Ethernet switch to input ports of the multiplexing box. A power plant is connected to the input of the power over Ethernet switch. Devices are connected to the output ports of the multiplexing box. The power over Ethernet system also includes a power management control.

Abstract: A cell site includes a tower and a power over Ethernet system to power devices on the tower. The power over Ethernet system includes a power over Ethernet switch and a multiplexing box. Ethernet cables connect output ports of the power over Ethernet switch to input ports of the multiplexing box. A power plant is connected to the input of the power over Ethernet switch. Devices are connected to the output ports of the multiplexing box. The power over Ethernet system also includes a power management control.

Abstract: A method includes determining, at a server associated with a wireless communications network, a first set of multimedia content items to be transmitted via a multimedia broadcast multicast services (MBMS) broadcast transmission to multiple devices. The first set of multimedia content items may be determined based on a data traffic profile of the wireless communication network. The server may select a particular node of the wireless communications network to transmit the first set of multimedia content items via the MBMS broadcast transmission. The method also includes determining a second set of multimedia content items to be transmitted from the selected node to a particular device via a unicast transmission. The second set of multimedia content items may be determined based on a content request profile associated with the particular device.

Abstract: Methods and apparatus are disclosed to improve a network connection of a cellular-enabled device via a connected vehicle. An example method disclosed herein includes establishing a first connection between the cellular-enabled vehicle and the first cellular-enabled device using a short distance radio frequency protocol. The first connection is based on a first connection relationship. The example method also includes sending a registration message to the cellular-enabled vehicle from the cellular-enabled device. The example method also includes detaching the cellular-enabled device from the cellular network. The example method also includes routing first cellular data associated with the first cellular-enable device to the cellular network via the cellular-enabled vehicle.

Abstract: Methods are apparatus are disclosed to improve a network connection of a cellular-enabled device via a connected vehicle. An example method disclosed herein include receiving an indication that a first cellular-enabled device is within range of a cellular-enabled vehicle to which the first cellular-enabled device has a connection relationship. When a first signal strength between the cellular-enabled vehicle and a cellular network is greater than a second signal strength between the first cellular-enabled device and the cellular network, the cellular-enabled vehicle is instructed to establish a first connection between the cellular-enabled vehicle and the cellular network using a first subscriber identifier stored in the first cellular-enabled device.

Abstract: In determining whether to provide an alert associated with a mobile element to a mobile communication device, speeds and directions of travel of the mobile element and the mobile communication device are determined. A relative location of the mobile communication device is calculated with respect to the mobile element. Based on the relative location of the mobile communication device with respect to the mobile element, a determination is made whether the alert should be provided.

Abstract: Methods are apparatus are disclosed to improve a network connection of a cellular-enabled device via a connected vehicle. An example method disclosed herein includes establishing a first connection between the cellular-enabled vehicle and the first cellular-enabled device using a short distance radio frequency protocol. The first connection is based on a first connection relationship. The example method also includes establishing a second connection between the cellular-enabled vehicle and a cellular network using a first subscriber identifier stored in the first cellular-enabled device. The example method disclosed herein also includes sending a request to the first cellular-enabled device to end a third connection between the first cellular-enabled device and the cellular network while the first connection exists.

Abstract: Methods are apparatus are disclosed to improve a network connection of a cellular-enabled device via a connected vehicle. An example method disclosed herein include receiving an indication that a first cellular-enabled device is within range of a cellular-enabled vehicle to which the first cellular-enabled device has a connection relationship. When a first signal strength associated with the cellular-enabled vehicle is greater than a second signal strength associated with the first cellular-enabled device, the example method includes instructing the cellular-enabled vehicle to establish a first connection between the cellular-enabled vehicle and a cellular network using a first subscriber identifier stored in the first cellular-enabled device.

Abstract: A received signal strength indicator returned from a femto cell is employed to optimize a multiple access wireless communication network. For example, a method operable in a wireless communications network is disclosed. The method comprises receiving a received signal strength indicator from a femto cell situated in a geographical area within a multiple access wireless communication network, and optimizing the multiple access wireless communication network as a function of the received signal strength indicator.

Abstract: A received signal strength indicator returned from a femto cell is employed to optimize a multiple access wireless communication network. For example, a method operable in a wireless communications network is disclosed. The method comprises receiving a received signal strength indicator from a femto cell situated in a geographical area within a multiple access wireless communication network, and optimizing the multiple access wireless communication network as a function of the received signal strength indicator.

Abstract: A method includes determining, at a server associated with a wireless communications network, a first set of multimedia content items to be transmitted via a multimedia broadcast multicast services (MBMS) broadcast transmission to multiple devices. The first set of multimedia content items may be determined based on a data traffic profile of the wireless communication network. The server may select a particular node of the wireless communications network to transmit the first set of multimedia content items via the MBMS broadcast transmission. The method also includes determining a second set of multimedia content items to be transmitted from the selected node to a particular device via a unicast transmission. The second set of multimedia content items may be determined based on a content request profile associated with the particular device.