Abstract: A method, program, system and apparatus for implementing programmable radio patterns (i.e. beam-forming) in a wireless communication network are discussed. Beam-forming is performed by weighting data samples to compensate for phase variation and frequency variation introduced by a signal path. The phase variation and frequency variation introduced by a signal path is estimated by correlating stored data and calibration data. The phase variation and frequency variation are compensated for by applying phase and frequency corrections, or weights, to the data so as to equalize the phase variation and t frequency variation of the data.

Abstract: An antenna interface system, device, method and program allow access to a centralized antenna interface by establishing connection to a server via a first network connection, wherein the server includes a user interface configured to establish a communication connection between the antenna interface system and the user of the access device. The server also includes one or more antenna control programs which when executed provide the command signals, and a second network connection establishes a communication connection between the server and converters that transmit the command signals from the server to the antennas. Each converter is located in the vicinity of one or more antennas and the antennas are connected to the converters so as to receive the command signals. The command signals are used for making adjustments to and gathering information for antenna parameters of the antennas.

Abstract: A cellular location method uses a cellular location system including a database. The cellular location method obtains radio measurements from a user terminal located in the communications network, extracts information from the obtained radio measurements, determines the location of the user terminal based on the extracted information, and stores the determined location of the user terminal and the extracted information as an entry in the database. Additionally, the cellular location method estimates information for the user terminal for another location in the communications network. The estimated information for the user terminal may be based upon the extracted information for the user terminal or upon obtained information from a co-sited communications network. A location of the specified user terminal can be obtained based on a matching score between measurements from the specified user terminal and the stored user terminal measurements including the extracted information and the estimated information.