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    • 55. 发明公开
    • Group-learning method for a network having a tree topology
    • Gruppenlernverfahrenfürein Netzwerk mit einer Baumtopologie
    • EP2197159A1
    • 2010-06-16
    • EP09178932.1
    • 2009-12-11
    • SELEX COMMUNICATIONS S.p.A.
    • Armani, ClaudioLegato, NatalinoLoreti, PierpaoloBianchi, Giuseppe
    • H04L12/46H04L12/56
    • H04L12/462H04L45/18H04L45/28H04L45/48
    • A group-learning method for a network (1) that has a tree topology and includes a plurality of nodes (2), each node being provided with a network address, being connected to other nodes by means of a plurality of ports (p1-p7), and implementing a data structure containing a plurality of addresses of nodes, each associated to a corresponding port (P out ) of the node, the plurality of ports including at least one root port and one reception port. The method includes the steps of: a) for each node that changes root port by replacing an old root port with a new root port, sending through the new root port a current updating message, containing a set of addresses of nodes; b) for each node that receives the current updating message from a respective reception port (P out ), storing the current updating message and the reception port for a storage time (T m ); verifying the presence in memory of possible previous updating messages; and updating the data structure on the basis of the set of addresses of nodes, of the reception port, and of the possible presence in memory.
    • 一种具有树形拓扑并且包括多个节点(2)的网络(1)的组学习方法,每个节点被提供有网络地址,通过多个端口连接到其他节点(p1- p7),并且实现包含多个节点地址的数据结构,每个节点的地址与节点的对应端口(P out)相关联,所述多个端口包括至少一个根端口和一个接收端口。 该方法包括以下步骤:a)对于通过用新根端口替换旧根端口来改变根端口的每个节点,通过新根端口发送包含一组节点地址的当前更新消息; b)对于从相应接收端口(P out)接收当前更新消息的每个节点,存储当前更新消息和接收端口用于存储时间(T m); 验证存储器中是否存在可能的先前更新消息; 并且基于接收端口的节点的集合的集合以及可能在存储器中的存在来更新数据结构。
    • 56. 发明公开
    • Mobile wireless-communication network with detection and affiliation of stranger nodes, and corresponding methods of exploration and request for affiliation
    • 与检测和外国节点的集成度和用于确定相应的方法和包容所述应用位置的移动无线通信网络
    • EP2180755A1
    • 2010-04-28
    • EP09173811.2
    • 2009-10-22
    • SELEX COMMUNICATIONS S.p.A.
    • Armani, ClaudioLoreti, PierpaoloPorzio Giusto, PietroMazzenga, FrancoBianchi, Giuseppe
    • H04W84/18
    • H04W48/20H04W84/18
    • A mobile wireless-communication network, formed by a plurality of nodes (1) that each present a first station (BS) and a second station (MS) equipped with transmitting/receiving means (4, 5). The network includes at least one root node (1r) with a role of network manager, a leaf node (1l), and optionally an internal node (1b) connected to the root node through a second station (MS) of its own and to the leaf node through a first station (BS) of its own. The leaf node (1l) communicates with the internal node (1b) or with the root node (1r) through its own second station, but is not connected to any of the nodes of the network (10) through its own first station. The root node (1r) can generate an activation signal (131) for activating temporarily the first station (BS) of the leaf node (1l). The first station (BS) of the leaf node possesses emitters activated temporarily by the root node for issuing (133) an exploration signal containing at least one identification code (13) that indicates the degree of importance of the network and moreover possesses receivers activated temporarily by the root node for receiving (134) at least one signal of request for affiliation by a stranger node (SN), not belonging to the network (10), and for transmitting the signal of request for affiliation to the root node. Finally, the root node can generate a signal of acceptance (138) or refusal (140) of the request for affiliation on the basis of the signal of request for affiliation.
    • 一种移动无线通信网络中,由节点形成的多个(1)并各自呈现的第一基站(BS),并配有发送第二站(MS)/接收装置(4,5)。 该网络包括与网络管理器,叶节点(1L)中的一个角色的至少一个根节点(1R),并且可选地内部节点(1B)连接到所述根节点通过第二站自身(MS)和 通过自身的第一基站(BS)的叶节点。 叶节点(1L)中进行通信与内部节点(1b)或通过其自己的第二站的根节点(1R),但不通过自身的第一站连接到任何网络(10)的节点。 根节点(1R)可以在激活信号(131),用于激活暂时的叶节点(1L)中的第一基站(BS)产生。 该叶节点的第一基站(BS)具有由根节点临时激活发射器用于发出(133)上包含至少一个识别码(13)的探索信号并指示网络的重要度和更上方具有临时激活接收机 通过用于由陌生人节点接收(134)的请求,从属关系的至少一个信号(SN),不属于该网络(10),以及用于发送的请求信号为从属关系到根节点的根节点。 最后,所述根节点可产生接受(138)或的请求从属关系的信号的基础上,从属关系的请求的拒绝(140)的信号。
    • 57. 发明公开
    • Method for managing the roles of the nodes of a wireless communication network
    • Verfaltren zur Verwaltung von Rollen der Knoten eines drahtlosen Kommunikationsnetzwerks
    • EP2180747A1
    • 2010-04-28
    • EP09173679.3
    • 2009-10-21
    • SELEX COMMUNICATIONS S.p.A.
    • Armani, ClaudioLegato, NatalinoLoreti, PierpaoloPorzio Giusto, Pietro
    • H04W72/04
    • H04W40/248H04L45/48H04W84/18
    • A method for managing roles in a wireless-communication network (1) having a plurality of nodes (2), which includes the step of assigning selectively to the nodes roles of root node (N1), internal node (N2-N5), or leaf node (N6-N12), each leaf node being affiliated to an internal node or to a root node, each internal node being affiliated to another internal node or to the root node, and moreover includes the step of associating to the root node and to each internal node a respective time slot within a communication frame, the method moreover including the step of modifying dynamically the role of the nodes, said modification step including selecting a node from among the plurality of nodes, verifying the role of the selected node and executing a procedure of role change chosen from among a plurality of procedures on the basis of the role of the selected node.
    • 一种用于在具有多个节点(2)的无线通信网络(1)中管理角色的方法,其包括以下步骤:选择性地分配给根节点(N1),内部节点(N2-N5)或 叶节点(N6-N12),每个叶节点隶属于内部节点或根节点,每个内部节点隶属于另一内部节点或根节点,并且还包括以下步骤:将根节点和 所述方法还包括动态地修改所述节点的角色的步骤,所述修改步骤包括从所述多个节点中选择节点,验证所选节点的角色;以及 基于所选节点的角色,执行从多个过程中选择的角色改变的过程。