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    • 1. 发明申请
    • METHOD FOR DETERMINING AN ESTIMATE OF A RADIATION PATTERN OF A PHASED ARRAY ANTENNA
    • 用于确定相位阵列天线辐射图的估计方法
    • WO2011148248A3
    • 2012-02-16
    • PCT/IB2011001114
    • 2011-05-24
    • SELEX COMMUNICATIONS SPADI MAGGIO FRANCESCOALESSANDRO SAVERIO
    • DI MAGGIO FRANCESCOALESSANDRO SAVERIO
    • H01Q3/38G01R29/10
    • H01Q3/385
    • A method for determining an estimate of a radiation pattern of a phased array antenna formed by a number M of radiating elements (8,10), including the steps of: determining a theoretical function (PT) establishing a first M-tuple of phase shifts (a11,... aM1) related to the M radiating elements; determining a plurality of theoretic electromagnetic field values on the basis of the theoretical function; controlling the radiating elements so as to introduce phase shifts equal to the phase shifts of the first M-tuple, and subsequently determining a plurality of electromagnetic field measures; determining an error vector (Err1), as a function of the plurality of theoretical values and of the plurality of measures. The method further includes the steps of determining an approximating function, on the basis of the error vector and of the first M-tuple of phase shifts, and determining, for a generic M-tuple of phase shifts to be characterized (a1x, aMx), an estimate of an electromagnetic field irradiated by the antenna, on the basis of the approximating function and of the theoretical function.
    • 一种用于确定由M个辐射元件(8,10)形成的相控阵天线的辐射图案的估计的方法,包括以下步骤:确定建立相移的第一M元组的理论函数(PT) (a11,... aM1)相关的M辐射元件; 基于理论函数确定多个理论电磁场值; 控制辐射元件以引入等于第一M元组的相移的相移,随后确定多个电磁场测量; 确定作为所述多个理论值和所述多个测量的函数的误差向量(Err1)。 该方法还包括以下步骤:基于误差向量和相移的第一M元组来确定近似函数,并且对于要表征的相移的一般M元组(a1x,aMx),确定近似函数, ,基于近似函数和理论函数估计由天线照射的电磁场。
    • 3. 发明申请
    • A SYSTEM FOR MANAGING AND SUPERVISING NETWORKED EQUIPMENT ACCORDING TO THE SNMP PROTOCOL, BASED ON SWITCHING BETWEEN SNMP MANAGERS
    • 根据SNMP协议管理和监督网络设备的系统,基于SNMP管理器之间的切换
    • WO2009083893A3
    • 2009-08-27
    • PCT/IB2008055490
    • 2008-12-22
    • SELEX COMMUNICATIONS SPASABBATINI GIANCARLOBRUNO VITTORIO
    • SABBATINI GIANCARLOBRUNO VITTORIO
    • H04L12/24
    • H04L41/042H04L41/0213
    • There is described a system for managing and supervising networked equipment according to an SNMP protocol, comprising: - plurality of management agents, each of which is associated with a corresponding network equipment item (M1-M5) belonging to a community and arranged to carry out management decisions in the context of the associated equipment (M1-M5); - plurality of MIB databases, each of which is associated with a respective managed equipment item (M1-M5) and includes a set of state data for the equipment item, which MIB databases are accessible to the agent operating on the monitored equipment item; and - a plurality of manager modules (MAN1-MAN5) adapted to take management decisions under the control of an operator, each of which is arranged to access a MIB database of a respective managed equipment item (M1-M5) in order to send requests and/or to receive notifications, characterized in that it includes a module (SCSM) for controlling the switching between managers (MAN1-MAN5) of equipment items which are linked in a logical community (MGL) in order to manage a workload distributed over several equipment items (M1-M5), in which the MIB databases of every management agent for the equipment items (M1-M5) are aligned in content, which module is arranged to define a manager-agent management connection for managing all the equipment items (M1-M5) of the logical community (MGL), and in that the switching control module (SCSM) is adapted to receive commands from an operator and is arranged to dynamically select one of the plurality of managers (MAN1- MAN5) available depending on the state of the monitored equipment (M1-M5) and on the associated agent and based on a pre-established order of priority among managers (MAN1- MAN5).
    • 描述了一种用于根据SNMP协议管理和监督联网设备的系统,包括: - 多个管理代理,其中的每一个与属于一个社区的相应网络设备项(M1-M5)相关联并且被安排执行 相关设备(M1-M5)的管理决策; - 多个MIB数据库,其中的每一个与相应的被管理设备项目(M1-M5)相关联并且包括用于所述设备项目的一组状态数据,所述MIB数据库对在所监控的设备项目上操作的代理可访问; 以及 - 多个管理模块(MAN1-MAN5),适于在操作员的控制下进行管理决策,每个管理模块被布置为访问各个管理设备项目(M1-M5)的MIB数据库以发送请求 和/或接收通知,其特征在于,其包括用于控制在逻辑社区(MGL)中链接的设备项目的管理者(MAN1-MAN5)之间的切换的模块(SCSM),以管理分布在多个 设备项目(M1-M5),其中用于设备项目(M1-M5)的每个管理代理的MIB数据库在内容中对准,该模块被设置为定义用于管理所有设备项目的经理 - 代理管理连接 M1-M5),并且切换控制模块(SCSM)适于接收来自操作员的命令,并且被布置成动态地选择可用的多个管理器(MAN1-MAN5)中的一个 sta 被监控设备(M1-M5)的te以及相关代理,并且基于管理器(MAN1-MAN5)中预先建立的优先级顺序。
    • 4. 发明申请
    • WIDEBAND MULTIFUNCTION ANTENNA OPERATING IN THE HF RANGE, PARTICULARLY FOR NAVAL INSTALLATIONS
    • 宽频多功能天线操作在HF范围内,特别适用于NAVAL安装
    • WO2006123311A2
    • 2006-11-23
    • PCT/IB2006051583
    • 2006-05-18
    • SELEX COMMUNICATIONS SPAMARROCCO GAETANOBARDATI FERNANDOPROIA MANLIOTOGNOLATTI PIEROMATTIONI LORENZOPERELLI RAFFAELECOLASANTI GIAMPIEROFALCIONE GIOVANNI
    • MARROCCO GAETANOBARDATI FERNANDOPROIA MANLIOTOGNOLATTI PIEROMATTIONI LORENZOPERELLI RAFFAELECOLASANTI GIAMPIEROFALCIONE GIOVANNI
    • H01Q9/42H01Q1/34H01Q5/321
    • A linear antenna for operation in the HF frequency range, particularly for naval communications is disclosed, comprising a radiating arrangement (Hl, H2, H3, Wl, W2), adapted to be operatively associated with a ground conductor (20) and at least one electrical impedance device (Z1-Z4), characterized in that it includes: a plurality of wire radiating elements with a predominantly vertical extension, forming a first and a second conducting branch (Hl, H2) adapted to be operatively coupled to a feed circuit, and a return conducting branch (H3) adapted to be operatively coupled to a ground conductor (20); and a plurality of wire radiating elements with a predominantly transverse extension, forming connecting conducting branches (Wl, W2) for connecting the conducting branches (Hl, H2) adapted to be coupled to the feed circuit (12), to the conducting branch (H3) adapted to be coupled to the ground conductor (20), the radiating elements being positioned in such a way as to form, in a plane in which the antenna lies, two nested closed paths (Pl, P2) between the feed circuit (12) and the ground conductor (20) , having at least one radiating element in common, and - a plurality of electrical impedance devices (Z1-Z4) interposed along the conducting branches (Hl, H2, H3, Wl, W2) and adapted to impede the flow of current within corresponding predetermined frequency ranges in such a way as to establish selectively, according to the operating frequency, a plurality of different current paths along the conducting branches (Hl, H2, H3, Wl, W2), corresponding to a plurality of different electrical and/or geometrical configurations of the antenna (10).
    • 公开了一种用于在HF频率范围内工作的线性天线,特别是用于海军通信的线性天线,其包括适于与接地导体(20)可操作地相关联的辐射装置(H1,H2,H3,W1,W2)和至少一个 电阻抗装置(Z1-Z4),其特征在于,其包括:多个具有主要垂直延伸的线辐射元件,形成适于可操作地耦合到馈电电路的第一和第二导电支路(H1,H2) 以及适于可操作地耦合到接地导体(20)的返回导通支路(H3); 以及主要横向延伸的多个线辐射元件,形成用于将适于耦合到馈电电路(12)的导电分支(H1,H2)连接到导电支路(H3)的连接导电分支(W1,W2) ),其适于联接到所述接地导体(20),所述辐射元件被定位成在所述天线所处的平面中形成在所述馈电电路(12)之间的两个嵌套闭合路径(P1,P2) )和具有共同的至少一个辐射元件的接地导体(20),以及 - 沿着导电分支(H1,H2,H3,W1,W2)插入的多个电阻抗装置(Z1-Z4),并且适于 阻止在相应的预定频率范围内的电流流动,以便根据工作频率选择性地建立沿着导电分支(H1,H2,H3,W1,W2)的多个不同电流路径,对应于 多个不同的电气a 天线(10)的nd /或几何构造。
    • 7. 发明申请
    • METHOD FOR DETERMINING AN ESTIMATE OF A RADIATION PATTERN OF A PHASED ARRAY ANTENNA
    • 用于确定相控阵天线的辐射图案的估计的方法
    • WO2011148248A8
    • 2012-04-12
    • PCT/IB2011001114
    • 2011-05-24
    • SELEX COMMUNICATIONS SPADI MAGGIO FRANCESCOALESSANDRO SAVERIO
    • DI MAGGIO FRANCESCOALESSANDRO SAVERIO
    • H01Q3/38G01R29/10
    • H01Q3/385
    • A method for determining an estimate of a radiation pattern of a phased array antenna formed by a number M of radiating elements (8,10), including the steps of: determining a theoretical function (PT) establishing a first M-tuple of phase shifts (a11,... aM1) related to the M radiating elements; determining a plurality of theoretic electromagnetic field values on the basis of the theoretical function; controlling the radiating elements so as to introduce phase shifts equal to the phase shifts of the first M-tuple, and subsequently determining a plurality of electromagnetic field measures; determining an error vector (Err1), as a function of the plurality of theoretical values and of the plurality of measures. The method further includes the steps of determining an approximating function, on the basis of the error vector and of the first M-tuple of phase shifts, and determining, for a generic M-tuple of phase shifts to be characterized (a1x, aMx), an estimate of an electromagnetic field irradiated by the antenna, on the basis of the approximating function and of the theoretical function.
    • 一种用于确定由M个辐射元件(8,10)形成的相控阵天线的辐射图的估计的方法,该方法包括以下步骤:确定建立相移的第一M元组的理论函数(PT) (a11,... aM1)与M个辐射单元有关; 基于理论函数确定多个理论电磁场值; 控制辐射元件以便引入等于第一M元组的相移的相移,并随后确定多个电磁场测量; 根据多个理论值和多个测量值来确定误差向量(Err1)。 该方法还包括以下步骤:基于误差向量和相移的第一M元组来确定逼近函数,并且针对要被表征(a1x,aMx)的相移的通用M元组确定逼近函数, ,基于近似函数和理论函数估计由天线辐射的电磁场。