Abstract: A transceiver station includes a first board and a second board. The first board includes an anchor cell L2 scheduler configured to schedule at least one of uplink and downlink transmissions for a multi-carrier user on only a first of the plurality of carriers. The second board includes a secondary cell L2 scheduler configured to schedule at least one of uplink and downlink transmissions for the multi-carrier user on only a second of the plurality of carriers, the second board being separate from, but interconnected with the first board.

Abstract: A transceiver station provides wireless resources for cells on a plurality of carriers in a geographical coverage area, where the geographical coverage area is divided into a plurality of sectors. The transceiver station includes a first board and a second board. The first board includes a L1 processing circuit configured to perform L1 processing functions on at least one of radio frequency antenna streams and downlink transmit data for users in the cells on a per-carrier basis. The second board includes a scheduler configured to schedule at least one of uplink and downlink transmissions for the cells on a per-sector basis, the second board being separate from, but interconnected with the first board.

Abstract: A transceiver station provides wireless resources including at least one communication feature for users in a geographical coverage area. The geographical coverage area includes a plurality of cells, and each of the plurality of cells is associated with a different combination of at least one carrier and at least one sector. The transceiver station includes: a first board having a first L1 processing circuit configured to perform functions associated with providing the at least one communication feature for the user in a first subset of the plurality of cells; and a second board configured to exchange at least control information with the first board. The second board includes a second L1 processing circuit configured to perform functions associated with providing the at least one communication feature for the user in a second subset of the plurality of cells.

Abstract: A transceiver station provides wireless resources including communication features for users in a geographical coverage area including a plurality of cells, each of the plurality of cells being associated with a different combination of at least one carrier and at least one sector of the geographical coverage area. The transceiver station includes a first board and a second board. The first board includes a first L1 processing circuit configured to perform functions associated with providing a first set of the communication features for the users in a first subset of cells from among the plurality of cells. The second board communicatively is coupled with the first board, and includes a second L1 processing circuit configured to perform functions associated with providing a second set of the communication features for the users in a second subset of cells from among the plurality of cells.

Abstract: A transceiver station provides wireless resources including at least one communication feature for users in a geographical coverage area. The geographical coverage area includes a plurality of cells, and each of the plurality of cells is associated with a different combination of at least one carrier and at least one sector. The transceiver station includes: a first board having a first L1 processing circuit configured to perform functions associated with providing the at least one communication feature for the user in a first subset of the plurality of cells; and a second board configured to exchange at least control information with the first board. The second board includes a second L1 processing circuit configured to perform functions associated with providing the at least one communication feature for the user in a second subset of the plurality of cells.

Abstract: A transceiver station provides wireless resources including communication features for users in a geographical coverage area including a plurality of cells, each of the plurality of cells being associated with a different combination of at least one carrier and at least one sector of the geographical coverage area. The transceiver station includes a first board and a second board. The first board includes a first L1 processing circuit configured to perform functions associated with providing a first set of the communication features for the users in a first subset of cells from among the plurality of cells. The second board communicatively is coupled with the first board, and includes a second L1 processing circuit configured to perform functions associated with providing a second set of the communication features for the users in a second subset of cells from among the plurality of cells.

Abstract: A transceiver station includes a first board and a second board. The first board includes an anchor cell L2 scheduler configured to schedule at least one of uplink and downlink transmissions for a multi-carrier user on only a first of the plurality of carriers. The second board includes a secondary cell L2 scheduler configured to schedule at least one of uplink and downlink transmissions for the multi-carrier user on only a second of the plurality of carriers, the second board being separate from, but interconnected with the first board.

Abstract: A transceiver station provides wireless resources for cells on a plurality of carriers in a geographical coverage area, where the geographical coverage area is divided into a plurality of sectors. The transceiver station includes a first board and a second board. The first board includes a L1 processing circuit configured to perform L1 processing functions on at least one of radio frequency antenna streams and downlink transmit data for users in the cells on a per-carrier basis. The second board includes a scheduler configured to schedule at least one of uplink and downlink transmissions for the cells on a per-sector basis, the second board being separate from, but interconnected with the first board.

Abstract: An optimized persistent messaging method and system repeatedly attempts delivery of a message by alternate delivery services that are capable of delivering a message if delivery by an initial delivery service fails, until either delivery is successful or else attempted delivery by all the delivery services has failed. The optimized persistent messaging method and system also prioritizes delivery services that are capable of delivering a message according to prioritization criteria from a variety of possible sources. The optimized persistent messaging method and system repeatedly attempts delivery beginning with the highest ranked delivery service and descending down a prioritized list of delivery services, until either delivery is successful or else attempted delivery by all the delivery services has failed.