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Holger Claussen

Holger Claussen, Straffan IE

Patent application numberDescriptionPublished
20100150109METHOD OF IDENTIFICATION OF A FEMTOCELL BASE STATION AS A HANDOVER TARGET, AND APPARATUS THEREFOR - A method is provided of identifying which one of a plurality of femtocell base stations neighbouring a first femtocell base station is to be the target for handover of a call connection with a user terminal from the first base station. The neighbour femtocell base stations use the same primary scrambling code as each other. The femtocell base stations use code-division multiple access, CDMA. Each of the neighbour femtocell base stations transmits a respective broadcast signal that include timing information such that each neighbour femtocell base station transmits a broadcast signal having different timing information to that of the other neighbour femtocell base stations. The user terminal receives broadcast signals, determines the timing information of at least one of the received broadcast signals and reports the timing information to the first femtocell base station. The first femtocell base station identifies the target femtocell base station for handover from the timing information.06-17-2010

Holger Claussen, Co. Kildare IE

Patent application numberDescriptionPublished
20100130222FEMTOCELL BASE STATION, AND A METHOD OF RADIO COMMUNICATION IN A NETWORK COMPRISING A FEMTOCELL BASE STATION - A method is provided of radio communication in a radio communications network comprising a macrocell base station and a femtocell base station. The method comprises the femtocell base station: transmitting in a first radio frequency band that is allocated to the macrocell, and detecting that a user terminal that is connected to the macrocell base station is in the femtocell. In response to said detecting the user terminal as being in the femtocell, the femtocell base station ceases to use that frequency band at least in the region in which the user terminal is located so as to avoid unacceptable interference to the user terminal.05-27-2010
20110294506PROVIDING LOCATION INFORMATION - A method of providing location information to a network application, a location server, a method of providing a trigger notification, a femto base station and a computer program product are disclosed. The method comprises the steps of: receiving details of a triggering event which is to be notified to the network application, the triggering event being a registration of user equipment with a predetermined femto cell of the wireless telecommunications network; providing triggering information indicative of the triggering event to that femto base station providing wireless communications coverage to the predetermined femto cell to cause that femto base station to provide a trigger notification indicating when the triggering event occurs; and in response to receipt of the trigger notification from the femto base station, providing location information to the network application, the location information providing the network application with an indication of the user equipment Femtocell and the predetermined femto cell, together with an indication of when the triggering event occurred. This enables the movement of user equipment into specific locations to be detected and provided to network application efficiently, without any subsequent location determination processing having to occur, which provides a low-power, scalable, accurate and non- invasive approach requiring no modification of user equipment.12-01-2011

Holger Claussen, Lydiard Millicent GB

Patent application numberDescriptionPublished
20090325583User initiated mobile learning of preferred femtocell - A method and apparatus are provided to allow a mobile communications device to identify and store the locations of femtocells which are not contained on a preferred femtocell list of the mobile communications device. Upon identifying a specific femtocell, an authorized mobile communications device may register with the specific femtocell to initiate and receive calls. Furthermore, the present invention allows the mobile communications device to employ the stored location information to automatically identify the specific femtocell whenever the mobile communications device is in a vicinity of the specific femtocell.12-31-2009

Holger Claussen, Swindon GB

Patent application numberDescriptionPublished
20090005043METHOD OF AUTOMATICALLY CONFIGURING A HOME BASE STATION ROUTER - The present invention provides a method of automatically configuring a base station router. The method includes modifying a transmission power for a pilot signal transmitted by the base station router. The modification of the transmission power is determined based upon a frequency of mobility-related procedure requests received by the base station router.01-01-2009
20090111499METHOD OF MODIFYING PILOT POWER FOR A HOME BASE STATION ROUTER BASED ON USER DEMAND - The present invention provides a method implemented in a base station router. One embodiment of the method includes determining a transmission power for a pilot signal transmitted by the base station router. The transmission power being determined based upon a number of mobile units that are camped on the base station router. Another embodiment of the method includes deploying the first base station router in a physical structure and estimating the dimensions of the physical structure based on a statistical representation of at least one handover attempt associated with the first base station router. Estimation of the dimensions of the physical structure occurs in response to deployment of the first base station router in the physical structure.04-30-2009
20090124235METHOD OF CONFIRMING AUTHORIZED MICROCELL BASE STATION USE - An exemplary method of confirming authorized use of a microcell base station includes determining that the microcell base station has made a connection with a mobile station. A determination is made whether the mobile station subsequently establishes a connection with a selected macrocell base station. Whether the mobile station successfully makes the connection with the selected macrocell base station is used as an indication of authorized use of the microcell base station.05-14-2009
20090156247PICOCELL BASE STATION AND METHOD OF ADJUSTING TRANSMISSION POWER OF PILOT SIGNALS THEREFROM - A method is provided of adjusting transmission power of pilot signals from a picocell base station for radio communications to a user terminal in radio connection with the picocell base station. The method comprises: the base station sending a signal at a first signal power; the user terminal measuring received signal level and sending an information signal indicating received signal level; and the base station adjusting its pilot signal power dependent upon said received signal level indicated in the information signal.06-18-2009
20090233607AUTOMATICALLY CONFIGURING A NEIGHBOR SET FOR A BASE STATION - An automated technique for configuring a neighbor set for a base station (09-17-2009
20090258680PICOCELL BASE STATION FOR WIRELESS TELECOMMUNICATIONS PROVIDING RADIO COVERAGE LOBES, AND A METHOD OF IDENTIFYING WHICH SUBSET OF THE LOBES COVERS A USER TERMINAL - A method is provided in a base station having multiple directional antenna elements each providing a corresponding radio coverage lobe to identify which subset of the lobes covers a user terminal. The base station is a picocell base station. A user terminal is positioned within the coverage area of the base station. A subset of the lobes is selected. The base station applies for a period an adjusted signal power in respect of the selected subset of the lobes. The signal power is detected and information dependent upon the detected pilot signal power is provided. The base station uses said information to determine whether or not the user terminal is located in the selected subset of lobes. A sub-group of the subset of lobes is then selected and a corresponding determination is made whether or not the user terminal is located in the selected sub-group.10-15-2009
20090285171ALLOCATING BASE STATIONS TO LOCATION AREAS IN CELLULAR TELECOMMUNICATIONS NETWORKS - A method is provided of allocating a location area identifier to a cellular base station for wireless communications. The method comprises the following steps. Information is received of geographic location of a base station. For each of a plurality of location areas, each having a location area centre, a function is calculated that is dependent upon distance of the base station from location area centres. The location area giving the lowest function value is selected as the location area for the base station.11-19-2009

Patent applications by Holger Claussen, Swindon GB

Holger Claussen, Wiltshire GB

Patent application numberDescriptionPublished
20090181688AUTOMATIC ALLOCATION OF AREA CODES FOR FEMTOCELL DEPLOYMENT - The invention relates to a method of automatically allocating an area code to a first femtocell (f07-16-2009

Patent applications by Holger Claussen, Wiltshire GB

Holger Claussen, Kildare IE

Patent application numberDescriptionPublished
20110317576METHOD FOR AUTOMATICALLY CONFIGURING A NEIGHBOR CELL LIST FOR A BASE STATION IN A CELLULAR WIRELESS NETWORK - A method for automatically configuring a neighbor cell list, NCL, for a base station in a cellular wireless network, comprises receiving measurement reports for neighbor cells from a plurality of mobile stations. The reports are grouped by the neighbor cell with which each is associated. Neighbor cells are selected for inclusion in the NCL depending on the number of reports in their respective group.12-29-2011

Holger Claussen, Kilbare IE

Patent application numberDescriptionPublished
20120100842EVOLVING ALGORITHMS FOR NETWORK NODE CONTROL IN A TELECOMMUNICATIONS NETWORK BY GENETIC PROGRAMMING - A method is provided of evolving algorithms for network node control in a telecommunications network by genetic programming to (a) generate algorithms (b) determining fitness level of the algorithms based on a model of the telecommunications network and (c) select the algorithm that meet a predetermined fitness level or number of generations of evolution. The model is updated and the steps (a), (b) and (c) are repeated automatically to provide a series of algorithms over time adapted to the changing model of the network for possible implementation in the network.04-26-2012