Abstract: A system and a method for entity resolution is disclosed. An entity reference parsing subsystem to parse one or more entity references of a corresponding seed set of entity into corresponding one or more personal data properties and property values. A property value standardization subsystem performs one or more standardization operations for standardization of the corresponding one or more property values. A property value anonymization subsystem secures the one or more property values by performing one or more anonymization procedures. A property strength quantification subsystem identifies at least one additional property suspected to belong to the seed set of the entity, assigns a property strength score to the at least one additional property, adds the at least one additional property to the corresponding seed set of entity. A local entity resolution and a global entity resolution subsystem performs a first and a second entity resolution process respectively.

Abstract: According to one embodiment, a computer-implemented method performed by a computing device comprising at least one processor, the method comprising determining a threat score for a user action in a computer application and calculating a decayed threat score based on the determined threat score and a damping factor. The threat score being indicative of a risk presented by the user action, the decayed threat score being a modified threat score for the user action, and the damping factor being a constant value used to reduce the determined threat score.

Abstract: According to one embodiment, a method comprises presenting a graphical user interface that includes a plurality of user selectable buttons, each button corresponding to a customizable variable of a step in a sequence, and receiving, based on user input, a selection of one of the plurality of user selectable buttons. The method further comprises providing, based on the selection, a plurality of options for the variable corresponding to the selected button, determining a designation of at least one option for one or more variables in a first step and a designation of at least one option for one or more variables in a second step, and generating, based on the determined designations, a custom sequence detector comprising at least the first step and the second step.

Abstract: According to one embodiment, a computer-implemented method comprises determining a first threat score and a second threat score respectively corresponding to a first user action and a second user action on one or more computer applications and calculating an aggregate threat score for the determined threat scores. Calculating the aggregate threat score comprises summing together the first threat score and a contribution of the second threat score, wherein the contribution of the second threat score is determined based on the second threat score and a margin corresponding to the difference between a maximum threat score and the first threat score.

Abstract: A method and apparatus for managing communication in a wireless communication network is provided. The method includes generating a plurality of sets of Connection Identifiers (CIDs) from the plurality of CIDs. Each CID in each of the plurality of sets of CIDs is absent in at least one of the plurality of sets of CIDs. Each CID of the plurality of CIDs identifies a connection between a Base Station (BS) of a plurality of BSs and a Mobile Station (MS) communicating with the BS. The method further includes assigning the plurality of sets of CIDs to the plurality of Base stations (BSs) in the wireless communication network based on a predefined condition.

Abstract: A method, system, and apparatus for controlling traffic flow in one or more backhaul links in a wireless communication network is provided. Each backhaul link of the one or more backhaul links includes a backhaul uplink and a backhaul downlink. The method includes analyzing one or more backhaul uplinks and one or more backhaul downlinks between a controller and one or more Base Transceiver Stations (BTSs). The method further includes communicating one or more messages between the controller and the one or more BTSs. The one or more messages include analysis of one or more analysis of one of the one or more backhaul uplinks and the one or more backhaul downlinks. The method further includes controlling the traffic flow in at least one of the one or more backhaul uplinks and the one or more backhaul downlinks based on the one or more messages.

Abstract: A method and system for communicating a plurality of packets in the MBS communication network is provided. The method includes determining if one or more packets in the plurality of packets received at one or more controllers are MBS packets. The method further includes encoding one or more MBS frames using one or more packets, if each packet in one or more packets is a MBS packet. Thereafter, one or more MBS frames are transmitted from each BTS to a plurality of Mobile Stations (MS) at a predetermined Take Off Time (TOT) based on a predetermined criterion.

Abstract: A method, system, and apparatus for communication in wireless communication network having an Access Service Network-controller (ASN-controller) communicating with plurality of Base Stations (BSs). The method includes reading one or more reports of plurality of reports received from the plurality of BSs. The plurality of reports comprise spare capacity information of one or more BSs of the plurality of BSs. The method further includes generating one or more directions based on the one or more reports to perform load balancing.

Abstract: A method, system, and apparatus for controlling traffic flow in one or more backhaul links in a wireless communication network is provided. Each backhaul link of the one or more backhaul links includes a backhaul uplink and a backhaul downlink. The method includes analyzing one or more backhaul uplinks and one or more backhaul downlinks between a controller and one or more Base Transceiver Stations (BTSs). The method further includes communicating one or more messages between the controller and the one or more BTSs. The one or more messages include analysis of one or more analyses of one of the one or more backhaul uplinks and the one or more backhaul downlinks. The method further includes controlling the traffic flow in at least one of the one or more backhaul uplinks and the one or more backhaul downlinks based on the one or more messages.

Abstract: A method of managing communication in the wireless communication network having a plurality of Base Stations (BSs) is provided. Each BS provides communication to one or more Mobile Stations (MSs) in an associated cell. The method includes re-using at a BS, channel allocated to collocated BSs to communicate with MSs located in a first predetermined region in a cell of the BS. The method further includes scheduling MSs located in the first predetermined region based on the position of each MS relative to the BS. The MSs are scheduled using one or more of channels allocated to the collocated BSs and a native channel of the BS. Further, the method includes scheduling MSs located in a second predetermined region based on the position of each MS relative to the BS. The MSs in the second predetermined region are scheduled using the native channel of the BS.

Abstract: A method, system, and apparatus for controlling traffic flow in one or more backhaul links in a wireless communication network is provided. Each backhaul link of the one or more backhaul link includes a backhaul uplink and a backhaul downlink. The method includes analyzing one or more backhaul uplinks and one or more backhaul downlinks between a controller and one or more Base Transceiver Stations (BTSs). The method further includes communicating one or more messages between the controller and the one or more BTSs. The one or more messages include analysis of the one or more analysis of one of the one or more backhaul uplinks and the one or more backhaul downlinks. The method further includes controlling the traffic flow in at least one of the one or more backhaul uplinks and the one or more backhaul downlinks based on the one or more messages.

Abstract: The present invention provides a method and system for positioning one or more anchor nodes or one or more non-anchor nodes in one or more communication networks. A non-anchor node may be in communication with two or more anchor nodes. The method comprises determining two or more distance measurements, corresponding to raw distances of the non-anchor node from the two or more anchor nodes, at predetermined intervals of time. An estimated distance is then calculated between the two or more anchor nodes based on the two or more distance measurements. Estimated distances between a plurality of anchor nodes in the one or more communication networks is calculated in a similar manner. A partial distance matrix is then populated using the estimated distance between the plurality of anchor nodes. A plurality of geographic coordinates of the plurality of anchor nodes is reconstructed based on the partial distance matrix.

Abstract: As part of mobility management messaging in current systems, only static quality of service (QoS) profiles and their statically configured classifiers are reported. These classifiers are known a priori and are typically used for hosted traffic. Once advanced application classifiers are matched and mobility messaging is done, the deep packet inspection (DPI) learned subscriber context is lost. An embodiment of the invention is configured to associate DPI-learned dynamic classifiers with the classifier's policy information as payload over mobility management messaging. The embodiment is useful for identifying protocols and applications, for authentication purposes, solving congestion-based issues between elements in a network, guaranteeing QoS without reserving resources statically, attaching traffic packets to a particular subscriber, and creating mobile signaling to provision end-to-end communication in a network.

Abstract: A method and apparatus for predicting a handover of a Mobile Station (MS) of a plurality of MSs to one or more target Base Stations (BSs) of a plurality of BSs in a wireless communication network. The method includes predicting a need for a handover of a MS to one or more target BSs selected from the plurality of BSs based on a handover threshold. The handover threshold is associated with a quality of a signal received by the MS. The method further includes transferring datapath associated with the MS to one or more of the one or more target BSs and one or more gateways prior to the handover of the MS. The one or more gateways are associated with one or more of a serving BS associated with the MS and the one or more target BSs. The plurality of BSs includes the serving BS.

Abstract: The present invention provides method and system for managing communication in a Frequency Division Multiple Access (FDMA) communication network. The method comprises reserving a first segment downlink time slot and/or a first segment uplink time slot for a first segment in the FDMA communication network. The first segment belongs to a plurality of segments used in the FDMA communication network. Thereafter, a communication is scheduled between a base station and one or more mobile stations based on the first segment downlink time slot and/or the first segment uplink time slot. The base station uses the first segment at a high power level for the communication. Further, the one or more mobile stations can be scheduled for an uplink transmission, based on a location of the one or more mobile stations. A mobile station can be located in one of a plurality of sectors of a cell area of a base station.

Abstract: A method and apparatus for managing communication in a communication network is provided. The method includes obtaining traffic information from one or more Base Stations (BSs). The traffic information of a BS corresponds to a traffic condition over one or more interfaces between the BS and a plurality of Mobile Stations (MSs) communicating with the BS. The method further includes controlling traffic in one or more backhaul links based on the traffic information obtained from one or more BS.

Abstract: A heterogeneous Access Service Network-Gateway (ASN-GW) in an ASN in a WiMAX communication network. The heterogeneous ASN-GW includes a radio resource module and a handover module. The radio resource module provides Radio Resource Management (RRM) to a set of BTSs in the ASN. A BTS operates in one of the second-profile and the first-profile. The handover module is operatively coupled with the radio resource module. The handover module provides handover management to at least one BTS.

Abstract: Method for estimating position information of base stations as well as terminals for three dimensional centralized real-time spectrum management to achieve high spectral efficiency. In one aspect of the invention, the method comprises i) understanding the position information of plurality of base stations, wherein the plurality of terminals and the base stations form a wireless network, ii) determining, at the central controller, position of a terminal via plurality of communication wirelessly between the base stations and a terminal and between the base station and the central controller, iii) applying network wide real time knowledge at the central controller to electronically steerable antennas to use a resource in a different direction then where it is used by other base stations to achieve frequency reuse of one.

Abstract: The disclosure proposes an adaptive resource allocation in a network. A resource is divided into Blocks and each base station is assigned a Block for its subscribers that are in the interference region, and another Block for its subscribers that are not in the interference region. Blocks other than these two are not used by the base station. Bordering base stations does not use the same Block if they have any subscribers in the shared interference region. The disclosure proposes a resource sizing along with load balancing scheme. The resource sizing is adaptable and may change over time according to topology.

Abstract: A method and apparatus for handover of a MS of a plurality of MSs to a BS of a plurality of BSs in a wireless communication network. The method includes identifying a target BS from the plurality of BSs for handover of the MS served by a serving BS. A difference between a quality of a signal received by the MS from the target BS and the quality of the signal received by the MS from the serving BS is greater than or equal to a first predefined threshold. The method further includes performing a handover for the MS from the serving BS to the target BS when the quality of the signal received by the MS from the serving BS is greater than or equal to a second predefined threshold.