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    • 1. 发明申请
    • METHOD FOR DETERMINING MULTIPLE TOUCH INPUTS ON A RESISTIVE TOUCH SCREEN AND MULTIPLE TOUCH CONTROLLER
    • 用于在电阻式触摸屏和多个触控控制器上确定多个触控输入的方法
    • WO2010137046A1
    • 2010-12-02
    • PCT/IT2009/000238
    • 2009-05-29
    • BOGANA, Matteo PaoloCELANI, AndreaPASTORE, Nicolò
    • BOGANA, Matteo PaoloCELANI, AndreaPASTORE, Nicolò
    • G06F3/045
    • G06F3/0416G06F3/045
    • The present invention relates to a method and a Multi-Touch controller for determining multiple touch inputs on a resistive touch screen, such screen having a first layer (2A) and a second layer (2B) with a first axis (2C) and a second axis (2D) orthogonal to each other being definable thereat, and wherein said first layer is designed to be touched. Particularly, the method includes the steps of touching the first layer (2A) at a first point (Pl), while also touching said first layer (2A) at a second point (P2), determining the coordinates of a midpoint (POx, POy) relative to the coordinates of said first point (Pl) and said second point (P2). It also includes the steps of powering the first layer (2A) with a voltage value (Vcc), while said first layer (2A) is touched at said first point (Pl) and said second point (P2) respectively; detecting a first value of current (I2;X) circulating in said first layer (2A), when the latter is powered with said predetermined voltage value (Vcc); processing said first current value (1^x) to determine a first value (Δx) of the coordinate difference along an axis (2C) of the first layer (2A) between the coordinates of said first touch point (Pl) and said second touch point (P2); processing said first value (Δx) and the coordinates of said midpoint (P0x,P0y) to determine the coordinates of said first touch point (Pl) and said second touch point (P2) along said axis (2C) of the first layer (2A).
    • 本发明涉及一种用于确定电阻式触摸屏上的多个触摸输入的方法和多触摸控制器,该屏幕具有第一层(2A)和具有第一轴(2C)的第二层(2B),第二层 彼此正交的轴(2D)可以在其中定义,并且其中所述第一层被设计为被触摸。 特别地,该方法包括以下步骤:在第一点(P1)处触摸第一层(2A),同时在第二点(P2)接触所述第一层(2A),确定中点(POx,POy )相对于所述第一点(P1)和所述第二点(P2)的坐标。 它还包括在所述第一层(2A)分别在所述第一点(P1)和所述第二点(P2)处触摸所述第一层(2A)的电压值(Vcc)的步骤; 检测在所述第一层(2A)中循环的电流(I2; X)的第一值,当所述第一值被所述预定电压值(Vcc)供电时; 处理所述第一当前值(1 ^ x)以确定沿着所述第一触摸点(P1)和所述第二触摸点(P1)的坐标之间的第一层(2A)的轴线(2C)的坐标差的第一值(Δx) 触点(P2); 处理所述第一值(Δx)和所述中点(P0x,P0y)的坐标,以沿着所述第一层的所述轴线(2C)确定所述第一触摸点(P1)和所述第二触摸点(P2)的坐标 2A)。
    • 2. 发明申请
    • SYSTEM AND METHOD FOR IDENTIFYING INTERNET ATTACKS
    • 识别互联网攻击的系统和方法
    • WO2016075577A1
    • 2016-05-19
    • PCT/IB2015/058307
    • 2015-10-28
    • PASTORE, NicolòGIANGREGORIO, CarmineRIMMAUDO, PaoloBOGANA, Matteo Paolo
    • PASTORE, NicolòGIANGREGORIO, CarmineRIMMAUDO, PaoloBOGANA, Matteo Paolo
    • H04L29/06
    • H04L63/1466G06F21/554G06F2221/032
    • The present disclosure relates to a system (1) and a method that employs such system (1) to detect and counteract Internet attacks of Man-in-the-Browser and/or Man-in-the-Middle type. The system (1) comprises a Traffic Inspector (2) in signal communication with a client computer (3) having a Web browser (4) residing therein for Internet browsing and with a Web server (5) having a Web application (6) residing therein. The Traffic Inspector (2) is configured to receive a request associated with the Web application (6) from the Web browser (4) and to send it to the Web browser (5), the Traffic Inspector (2) is configured to receive a DOM server code associated with the request from the Web server (5). The system is characterized in that it comprises a Traffic Analyzer (7) in signal communication with the Traffic Inspector (2) and having an algorithm application (8) residing therein, the Traffic Inspector (2) is configured to add a default code portion to the DOM server code to thereby generate a DOM client code to be sent to the Web browser (4) to receive a DOM rendered code associated with the DOM client code, the Traffic Inspector (2) is configured to send the DOM client code and the DOM rendered code to the Traffic Analyzer (7), the algorithm application (8) is configured to process the DOM rendered code to compare it with the DOM client code, to thereby identify at least one code difference.
    • 本公开涉及一种使用该系统(1)来检测和抵消浏览器中和/或中间人类的因特网攻击的系统(1)和方法。 系统(1)包括与客户计算机(3)进行信号通信的业务检查器(2),所述客户端计算机具有驻留在其中的用于因特网浏览的Web浏览器(4),以及具有驻留在其上的Web应用程序(6)的Web服务器(5) 在其中。 交通督察(2)被配置为从Web浏览器(4)接收与Web应用(6)相关联的请求,并将其发送到Web浏览器(5),流量检查器(2)被配置为接收 与Web服务器的请求关联的DOM服务器代码(5)。 该系统的特征在于,其包括与业务检查器(2)进行信号通信并具有驻留在其中的算法应用(8)的业务分析器(7),所述业务检查器(2)被配置为将默认代码部分添加到 DOM服务器代码,从而生成要发送到Web浏览器(4)的DOM客户端代码,以接收与DOM客户端代码相关联的DOM渲染代码,流量检查器(2)被配置为发送DOM客户端代码和 DOM渲染代码到流量分析器(7),算法应用程序(8)被配置为处理DOM渲染代码以将其与DOM客户端代码进行比较,从而识别至少一个代码差异。