Abstract: A method of reliable radio communication network duplication for a high speed train and a radio communication-based high speed train control system are provided. For the construction of radio communication network duplication of a high speed train control system, radio communication networks can be alternately disposed so that handover delay and disconnection at the interface between communication cells can be prevented during the handover at the same time.

Abstract: Providing for cooperative sensing in wireless communications that improves user terminal throughput and minimizes interference is described herein. According to some aspects, a network entity, such as a base station, can assign a set of SUTs to measure a subset of wireless channels in a target frequency according to a cooperative sensing arrangement. In particular aspects, this assignment can be implemented so as to increase or maximize potential traffic throughput of those SUTs within the target frequency, in a given wireless time slot. In this manner, cooperative sensing can be structured so as to provide more efficient traffic communications within the target frequency.

Abstract: A cellular system comprising at least one moving non-stationary base station for enabling cellular communication between at least two mobile stations in a geographic area that lacks adequate cellular coverage by at least one stationary base station.

Abstract: Mobile telephone user route mapping services and coverage area warning services and systems for providing such services are provided. Origination location and destination location information is entered, and a route between the locations along which wireless telephone system coverage is available is returned. If the returned route is less preferable than another possible route along which there are areas of poor coverage or no coverage, the provider of the wireless telephone system is informed, and this information can be used to identify areas in which improved coverage would most benefit mobile telephone users. A warning may also be provided to inform the parties to a call that a participant using a mobile telephone is about to enter an area of poor coverage or of no coverage. The described services may be offered in return for a fee paid to the service provider.

Abstract: The suitability of a fixed or current mobile operating location for the receiver (19) in a data memory (13, 15) for picking up the consumption data (12) transmitted by a data radio channel in a wireless local data capture system (11) from consumption points (14) to a data memory (13, 15) can easily and reliably be qualitatively assessed in situ or for the purpose of remote diagnosis by virtue of a channel scan being initiated and the memory receiver (17) performing an RSSI measurement, which is preferably presented as a histogram (20) against current channel use. This renders permanent sources of interference and link budget problems in the data radio (particularly UHF) channel and also temporary sources of interference and collision problems in this channel identifiable and thereby avoids costly receiver location changes, without use of radio-specific specialist personnel, after a site has previously been selected for the receiver installation only empirically but inexpediently.

Abstract: The present invention provides a method of coordinating the downlink transmissions from a plurality of base stations to at least one mobile unit. The method is implemented in a control plane entity and includes receiving, at the control plane entity and from each of the plurality of base stations, channel state information for a plurality of wireless communication channels between the plurality of base stations and one or more mobile units. The method also includes determining, at the control plane entity and based on the channel state information, transmission formats for downlink transmissions from the plurality of base stations to the mobile unit(s). The method further includes providing the transmission formats to the plurality of base stations.

Abstract: The present invention relates to testing cell phones that simulates network conditions. In particular, it relates to new testing capabilities for simulating changes in correlation characteristics of signal components delivered to a cell phone. Correlation characteristics express changing environmental conditions and physical relationships among antennas in the cell phone and at base stations.

Abstract: A method and system for directed call establishment to anchor selected cellular calls in a Voice over Internet Protocol (VoIP) or an IP Multi-Media Subsystem (IMS) network employs a mobile handset application client to interrupt selected cellular call initiations and request a directed call establishment number from a converged services node. A call placed to the directed call establishment number creates a call signaling path through the converged services node in the VoIP or IMS network, which can then exercise control over the call to provide enhanced call services. The converged services node completes a call connection to the original called number in a manner transparent to the user of the mobile handset.

Abstract: A heterogeneous wireless communication network includes a macrocell base station that one or more low power nodes. The location of a wireless device is estimated based on feedback reports received from the wireless device in response to downlink transmissions of a reference signal. Based on the estimated location, a schedule for future transmissions of the reference signal to the wireless device are determined. The schedule specifies a frequency of transmission of the reference signals. The schedule specifies downlink transmission antenna configuration to be used for the reference signal transmissions.

Abstract: In the embodiments of the present invention, proposed is a method in which a CoMP enabled UE chooses the BSs to be in its cooperating set and a BS partitions its bandwidth to serve its own UEs and UEs from other cells that have requested it to be in its cooperating set.

Abstract: A method and system for testing a wireless data packet transceiver as a device under test (DUT) adapted to operate in conformance with a wireless signal standard such that a transmitted signal, when received by an intended receiver, is to result in a responsive signal transmission acknowledging such signal reception. During testing, responsive signal transmissions, e.g., acknowledgement signals, are withheld by the test system until after a predetermined number of data packets have been captured from the DUT, until a predetermined time interval has passed, or until data packets at a predetermined number of data rates have been captured from the DUT.

Abstract: Technologies and implementations for providing network coverage by cycling through beam shape coverage configurations are generally disclosed.

Abstract: Devices, methods, and systems for placement of a wireless network access point are described herein. One method includes determining a location of any existing wireless network access points of a wireless location system in an area, computing a Voronoi partition around the locations of the existing wireless network access points in the area, wherein the Voronoi partition includes a number of vertices defined by the locations of the existing wireless network access points, and determining a location to place an additional wireless network access point in the area based on the Voronoi partition, wherein the location corresponds to the vertex in the Voronoi partition that is farthest from its defining locations and in the area and has a worst location accuracy as compared to a location accuracy threshold.

Abstract: Provided is a method and apparatus for managing a device discovery in a wireless system. The device discovery management method may include: transmitting, by a discovery device, a discovery beacon that contains information associated with a discovery scanning duration; and receiving, from a neighboring device, a response message to the discovery beacon in the discovery scanning duration.

Abstract: A cooperative system for testing signal strength near a target area selected by a wireless provider is disclosed, using test units installed in the fleet vehicles of an unrelated service enterprise. The system in one embodiment includes an algorithm for comparing test parameters to the route data contained in the dispatch plan for the fleet vehicles, in order to identify the optimal routes on which to send test units. A computer software product for storing the parameters and executing the algorithms is also disclosed. Signal testing in a target area is accomplished through the symbiotic relationship between the testing units and the fleet vehicles, whereby the wireless provider benefits from unit carriage along routes already being traveled by the fleet vehicles for a different purpose. This Abstract is provided quickly inform a reader about the subject matter, and not for use interpreting the scope or meaning of the claims.

Abstract: A method and apparatus for transmitting beacon signals in a wireless communications network. For a given cell site, a single frequency may be used for the beacon signal by assigning different beacon signal time slots to different sectors of the cell site. During one time slot, the beacon signal is transmitted to one of the sectors, and during another one of the time slots, the beacon signal is transmitted to a different one of the sectors. Because a single frequency can be used for all of the sectors of a cell site, more frequencies are available for other purposes, such as for user traffic, for example. The invention improves spectral efficiency, reduces adjacent channel interference and co-channel interference and allows power consumption to be controlled.

Abstract: The exemplary embodiment uses geographical location information to assist the selection of the target cell during reconfiguration, handover and redirection procedures. This process involves defining a network geographical grid and building an associated database of captured data from the user equipment, such as radio measurements, and calculated KPI statistics per geographical location, and then using such data for making mobility and load-balancing decisions.

Abstract: Methods and systems for managing resources in femtocells are disclosed. One method includes transmitting at least one frame including a first zone of resources on which a set of base stations including at least one femtocell base station and base stations that are adjacent to the femtocell base station implement transmission of signals to impose interference. The one or more frames further includes a second zone dedicated for measuring throughput of mobile stations served by the femtocell base station without interference. The mobile stations are categorized by determining throughputs of the mobile stations with interference based on the transmission of signals on the first zone. Resources of at least one additional frame are configured based on the categorization. Further, the additional frame(s) are transmitted in a cell of the femtocell base station in accordance with the configuration.

Abstract: The present disclosure relates generally to the field of base station power control in a mobile network. In various examples, base station power control in a mobile network may be implemented in the form of systems, methods and/or algorithms.

Abstract: The present disclosure relates generally to the field of base station power control in a mobile network. In various examples, base station power control in a mobile network may be implemented in the form of systems, methods and/or algorithms.

Abstract: In a method of enabling improved radio network planning for a predetermined geographical area in a telecommunication network, providing a plurality of data sampled at irregularly distributed measurement points, each data sample being represented by at least two geographical coordinates and at least one parameter value representative of a physical quantity associated with a radio network planning procedure, and providing a regular grid comprising a plurality of grid bins.

Abstract: In one aspect, the present invention provides methods (400, 900) and apparatuses (22, 26, 40)for detecting that a wireless communication device (40) in a serving cell (24, 27) is experiencing excessive interference variance (68), detecting a transmission pattern (74) of interfering transmissions (46) giving rise to such variance, and correspondingly adjusting scheduling of the device (40) as a function of the detected transmission pattern (74), to at least partly avoid the interfering transmissions (46). An advantageous feature of such operation is that the determination of excessive interference variance (68) and the determination of the transmission pattern (74) associated with that varying interference can be done by a network node (22, 26), e.g., the device's serving base station (22, 26), or by the device (40), without requiring backhaul signaling or other inter-node cooperation in the network (20).

Abstract: Multi-hop architectures of a wireless mesh network (WMN) compatible with the existing WiFi devices and potentially offering a much larger total capacity than a single-hop WiFi cell. The proposed architectures are scalable and do not have the hidden-terminal and the exposed-terminal problems intrinsic in a multi-hop environment that limited the space reuse efficiency of a WMN. The various disclosed architectures also support a fast and efficient location tracking scheme and can overcome the low space reuse efficiency in many of the existing WMN architectures.

Abstract: There is provided a method, including detecting, by a user terminal connected to a public land mobile net-work, PLMN, via a first radio access technology and having requested a circuit switched fallback service procedure, that a network controlled radio access technology change related to the circuit switched fallback service procedure is not performed; and selecting a second radio access technology to be applied on the basis of stored information, wherein the second radio access technology to be applied is capable to provide circuit switched services and the stored information associates at least one PLMN with at least one radio access technology.

Abstract: A system, computer implemented method, and computer readable storage medium is provided which enables customers of an establishment to collaboratively reject a media file that is currently playing and/or pending to be played within that establishment by entering data into a personal wireless portable computing device on their person, for example a cellular telephone. Upon entering a rejection request, and where necessary an establishment identifier, a message is sent over a wireless link to a media server which performs a series of logical tests to determine if the media file is actually terminated prior to full completion of play. In this way, a plurality of separate customers may use their portable computing devices to collaboratively reject specific musical media file selections that are currently playing or currently pending for play within a particular physical establishment.

Abstract: Systems and methods for providing network access to mobile devices that travel with a vehicle, such as a train, a bus, a boat, etc. along or adjacent to a relatively fixed path that may extend over a large geographic area. Mobile devices access the network through stationary access points arranged along or adjacent to the path and communicate with a communication network. The communication network may be arranged as an asynchronous transfer mode (ATM) local area network emulation (LANE) network. One of the mobile devices may be a mobile access point which can couple other mobile devices to the network and record authentication information of other mobile devices so that fast transitions can be made from one stationary access point to another as the vehicle moves along the path.

Abstract: At least one example embodiment discloses a method of generating a radio frequency (RF) map of a network. The method includes obtaining, by a controller, received signal strengths of at least one user equipment (UE) in a first technology network, determining, by the controller, a back projection of a second technology network based on the received signal strengths, and generating, by the controller, an RF map of the second technology network based on the determining. The back projection represents an attenuation function of a coverage area of the second technology network and the RF map illustrates the attenuation function of the coverage area of second technology network.

Abstract: In a two-way radio frequency (RF) communications system having at least one fixed terminal, one or more channels, and a plurality of subscriber units, the method comprising, a device receives, from a first subscriber unit, an alert tone request identifying at least a type of alert tone and at least one destination. In response, the device causes one or more fixed terminals corresponding to one or more radio sites associated with the destination identified in the alert tone request to instruct their subscriber units to play back a locally stored or generated alert tone corresponding at each subscriber unit. Receiving subscriber units then play back the alert tone on a continuous, periodic, or semi-periodic basis, selectively mixing the alert tone with call audio if present.

Abstract: Intra-enterprise wireless handset (WH) calls between WHs operating in a wireless local area network (WLAN) are established directly between the WHs via a call connection that is maintained within the LAN without being routed through the cellular network (CN). This eliminates the cost of placing and maintaining calls through the CN for intra-enterprise calls, and also enables use of capabilities that are available in the enterprise telecomm equipment. Upon detection of a trigger condition, if and when it is more likely that a complete vertical handover (VHO) may be needed, the call connection between the WHs in the LAN is replaced by one that is routed through the CN. Thereafter, a VHO may occur (if at all) upon detection of a radio handover condition.

Abstract: A disclosed user equipment terminal capable of transmitting and receiving broadcast information based on broadcast information change notification notified by a base station apparatus, including a determination unit receiving a signal transmitted from the base station apparatus and determining whether the broadcast information has been changed based on the signal and a broadcast information re-reception unit performing re-reception of the broadcast information when the broadcast information has been changed based on a result of determination by the determination unit. Further, in the user equipment terminal, after a predetermined re-reception process suspension period has passed, the broadcast information re-reception unit performs the re-reception of the broadcast information.

Abstract: A microcell creating method based on macrocell network coverage and a base station are disclosed. The method may include setting a beam width and a beam direction of a highly directional antenna according to location information of a hotspot area, and generating microcell coverage or the hotspot area by using beams generated by the highly directional antenna. Embodiments of the present invention may keep the micro base station location unchanged when the hotspot area changes, and may implement microcell coverage for the hotspot area simply by adjusting the beam width and the beam direction of the highly directional antenna.

Abstract: A mobile communication method comprises a step of setting a restriction type by the femtocell radio base station #A in response to input of predetermined information to the femtocell radio base station #A, the restriction type indicating restricted processes to be applied to a mobile station UE belonging to the CSG #1 in the femtocell #1; a step B of notifying a mobile station UE in the femtocell #1 of the set restriction type by the femtocell radio base station #1; and a step of detecting processes restricted in the femtocell #1 on the basis of the notified restriction type, in a case where the mobile station UE belongs to the CSG #1.

Abstract: A system, computer implemented method, and computer readable storage medium is provided which enables customers of an establishment to collaboratively reject a media file that is currently playing and/or pending to be played within that establishment by entering data into a personal wireless portable computing device on their person, for example a cellular telephone. Upon entering a rejection request, and where necessary an establishment identifier, a message is sent over a wireless link to a media server which performs a series of logical tests to determine if the media file is actually terminated prior to full completion of play. In this way, a plurality of separate customers may use their portable computing devices to collaboratively reject specific musical media file selections that are currently playing or currently pending for play within a particular physical establishment.

Abstract: A cellular radio communication system includes a first mobile terminal, a base station that performs radio communication with first mobile terminals, a second mobile terminal, and a second base station that performs radio communication with second mobile terminals. In the downlink communication, the base station selects a high data rate mode when the radio interference from the base station to the second mobile terminals that are located close to an edge of a communication area of the second base station is small. The base station selects an interference mitigation mode in the downlink communication when the radio interference from the base station to the second mobile terminals that are located close to the edge of the communication area of the second base station is large. Thus, inter-cell interference control can be performed in collaboration with base stations in the radio communication system without having communication interface between the base stations.

Abstract: An apparatus and a method for constructing a wireless AP map are disclosed. An embodiment of the invention provides a method for constructing a wireless AP map at a server connected over a network with a user terminal that includes: receiving wireless signal information collected from each of a plurality of user terminals, where the wireless signal information includes a signal strength of each of a plurality of wireless AP's received by each user terminal; estimating a distance of each of the plurality of wireless AP's by using the wireless signal information; and constructing a wireless AP map by using the estimated distances. Thus, a wireless AP map can be constructed using wireless signal information collected at typical user terminals located within a particular area, without requiring a trained person to recognize the wireless AP positions within the particular area.

Abstract: A system and method for providing augmented reality (AR) information to a mobile communication terminal in a mobile communication system is provided. If the mobile communication terminal is determined to have entered a service cell providing AR information, the mobile communication terminal transmits an AR information request including position information to a server. Upon receiving the AR information request signal, the server determines AR information including at least one tag pattern provided in the service cell and information associated with the tag pattern and transmits the AR information to the mobile communication terminal.

Abstract: Methods and arrangements for improving the selection of neighbor cells, on which to perform measurements in different situations. The method in a first node involves obtaining information identifying a first and a second set of neighboring cells for a respective first and second measurement category. A third set of neighboring cells is then determined based on at least parts of the obtained information related to the first and second set. Measurements are then performed in a third measurement category on at least part of the cells in the third set of neighboring cells. The methods and arrangements enable combination of information on neighbor cells, obtained in different ways for different measurement categories into a combined set of neighbor cells, which is more suitable for measurements in a certain measurement category than a set of cells previously obtained for performing measurements in said measurement category.

Abstract: Methods are components are included herein for implementing beam shaping algorithms to optimize antenna beam patterns. An embodiment method includes dividing a geographical area into a plurality of geographical bins, setting up a plurality of zones for a cell based on a plurality of boundary thresholds, receiving a plurality of signal measurements from a plurality of user equipments across the geographical bins, classifying the geographical bins into the different zones by comparing the signal measurements to the boundary thresholds of the zones, calculating a plurality of gain adjustments for the corresponding geographical bins in at least some of the zones, and generating a beam shaping pattern based on the gain adjustments.

Abstract: In a method and an apparatus for indicating problems data from, typically automatically, entered cell relations is compared to site location information and mobile measurements, if available. An indication of a possible problem is triggered if the comparison indicates that the cell added as neighbors are not suitable as defined by one or many threshold functions. In accordance with one embodiment method of problem indication generation in a cellular radio system is provided. An apparatus receives a neighbor cell relation entries and site location information. The received information is compared and a problem indication is generated if the comparison indicates that cells entered neighbor cells are not close to each other as defined by at least one threshold values.

Abstract: Each evolved node B (eNB) or each cell site included in a network is uniquely identified. Identifiers may be assigned to geographical segments of a geographic area spanned by a network and to the cell sites included in each geographic segment. The eNBs included in each cell site are also assigned cell site-level identifiers. An individual eNB is assigned a unique identifier that combines the identifier of the geographical segment including the eNB, the geographical segment-level identifier of cell site corresponding to the eNB, and the cell site-level identifier of the eNB. Cell sites are also identified using an identifier value that combines the system identification number assigned to each cell, a value identifying devices used to provide connectivity to the cell, and a number assigned to each cell into a unique identifier value for the cell site.

Abstract: An energy saving (ES) management method for a base station includes: An integration reference point manager (IRPManager) initiates an ES enable/disable procedure or an ES activation/resumption procedure to an integration reference point agent (IRPAgent), where the ES enable/disable procedure is used to allow or prohibit an ES operation on the base station or a cell, and the ES activation/resumption procedure is used to cause the base station or the cell to go into or go out of an ES state. The technical solutions according to the embodiments of the present invention enable operators to perform unified management on an ES procedure for a base station at a base station level or a cell level.

Abstract: There is described a method of controlling a basestation in a cellular wireless communications network, the method comprising, within the basestation, autonomously and dynamically adapting a maximum value for a total transmit power of the basestation, such that interference between the basestation and other access points in the vicinity is minimized.

Abstract: A map display system has a server and a mobile communication terminal connected via a communication network. The communication terminal has a storage device for storing advance map data associated with position data; a position measurement device for measuring a present position and obtaining position present position data; a present map data obtaining device for obtaining present map data from the server via the communication network by sending the server the present position data; an instruction device for issuing an instruction for map display; and a display device for displaying a map based on either the present map data or the advance map data. The server has a storage device for storing map data; and a map providing device for searching the stored map data in accordance with the position data sent from the mobile communication terminal and sending the mobile communication terminal map data corresponding to the position data.

Abstract: The present invention relates to a communication unit, network and method for communication within a communication network, the unit comprising a transceiver portion, a processing unit and at least one interface arrangement for communication with at least one peripheral device. The unit further comprises an arrangement for transceiving at least parts of a signal to the communication network using at least one of said interface arrangements for communication with said at least one peripheral device.

Abstract: Methods are disclosed for improving communications on feedback transmission channels, in which there is a possibility of bit errors. The basic solutions to counter those errors are: proper design of the CSI vector quantizer indexing (i.e., the bit representation of centroid indices) in order to minimize impact of index errors, use of error detection techniques to expurgate the erroneous indices and use of other methods to recover correct indices.

Abstract: An embodiment of the present invention provides a method, comprising optimizing the location and configuration of relay stations in a wireless network that includes at least one base station and at least one relay station by taking into account at least one or more of the following: the distinct antenna heights of said at least one base station and said at least one relay station; the data dependency between said at least one relay station and said at least one base station; the service outage of said wireless network; and the network throughput of said wireless network.

Abstract: A base station configuration design support system for a mobile communication system includes an estimation unit that estimates a radio wave propagation characteristic with respect to a large number of station position candidate points, with a spot at which there is a need to improve radio wave quality (countermeasure target spot) as a transmitting point, and an extraction unit extracts an improvable station position candidate point where radio wave quality at the countermeasure target spot can be improved, from among a plurality of station position candidate points, in response to an estimation result obtained by the estimation unit.

Abstract: A system for transmitting data via a core portion of a computer network to a mobile device is described. The network includes a plurality of access points wherein each access point includes a memory where data for onward transmission to the mobile device may be cached and is operable to communicate with the mobile device over a short-range wireless connection, when the mobile device is in range thereof, and with the core portion of the network over a backhaul connection on a substantially continuous basis.

Abstract: The present invention provides a method for implementation in user equipment that is configured to communicate with a wireless communication system that includes a macro-cell and a plurality of femtocells that are deployed in a cluster. The method includes providing a call connection request from the user equipment to one of a subset of the plurality of femtocells and receiving information identifying the subset of the femtocells as a femtocell cluster associated with the user equipment. The method also includes receiving information indicating locations of each of the femtocells in the femtocell cluster. The method further includes storing the information identifying the femtocells in the femtocell cluster and the information indicating the locations in the user equipment.

Abstract: A method for evaluating a wireless service network includes receiving information indicative of a wireless coverage area associated with each of a plurality of base stations within a geographic area. The method also includes determining a threshold performance requirement within the geographic area. The method additionally includes simulating a deployment of at least one femto base station within the geographic area. The method further includes determining at least a first performance parameter based on the simulated deployment of the at least one femto base station within the geographic area. The method further includes generating a deployment recommendation based on at least the first performance parameter and the threshold performance requirement. The deployment recommendation may indicate whether to deploy the at least one femto base station within the geographic area.