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    • 1. 发明授权
    • Method for monitoring computer user input
    • 监控计算机用户输入的方法
    • US07536642B2
    • 2009-05-19
    • US10907722
    • 2005-04-13
    • Tijs Y. WilbrinkEdward E. KelleyFranco Motika
    • Tijs Y. WilbrinkEdward E. KelleyFranco Motika
    • G06F17/00G06F17/20
    • G06F11/3476G06F11/3485
    • Monitoring text input from a keyboard and from a pointing device, is done by monitoring input from a user keyboard for entry of text and cursor controls; monitoring input from a pointing device; logging keyboard entered text to a key log; and responsive to input selectively from the pointing device and keyboard selectively signaling a command action, determining text contents of the command action and logging the text contents to the key log in sequence with the keyboard entered text. A temporary storage is provided for storing copied content, and for storing pointing device input device definitions and key command definitions for each application. A log file stores a key log table for each application; and a key logger stores to the key log table entered text reconstructed with reference to the pointing device position, the copied content, the pointing device input device definitions, and the key command definitions.
    • 监视来自键盘和指点设备的文本输入,通过监视来自用户键盘的输入进行文本和光标控制; 监视来自指点设备的输入; 记录键盘输入文本到键盘日志; 并且响应于来自所述指示设备和键盘的选择性地输入,选择性地发信号通知命令动作,确定所述命令动作的文本内容并且按照所述键盘输入的文本将所述文本内容记录到所述键记录。 提供临时存储用于存储复制的内容,以及用于存储针对每个应用的指示设备输入设备定义和密钥命令定义。 日志文件存储每个应用程序的密钥日志表; 并且键盘记录器存储到关键日志表中,输入的文本参考指示设备位置,复制内容,指点设备输入设备定义和键命令定义重建。
    • 2. 发明授权
    • RFID wireless control of instant messaging
    • RFID无线控制即时通讯
    • US07664820B2
    • 2010-02-16
    • US10906992
    • 2005-03-15
    • Edward E. KelleyFranco MotikaTijs Y. Wilbrink
    • Edward E. KelleyFranco MotikaTijs Y. Wilbrink
    • G06F15/16H04M11/00H04B1/18
    • H04L63/0853H04L51/04H04L51/38H04L67/18H04L67/24
    • A remote control instant messaging method and system for automatically activating an instant messaging session based upon remote detection of a user approaching a processor capable of executing an instant message system. The method and system also automatically deactivate the instant messaging session based upon remote detection of the user's absence from such processor and automatically re-activate the instant messaging session based upon remote detection of the user's return to the processor. A second instant messaging session can also be remotely activated on a second processor operated by another user_id by detecting the first user's approach to such second processor. The first user is automatically disengaged from this second instant messaging session when the user leaves the location of the second processor.
    • 一种用于基于接近能够执行即时消息系统的处理器的用户的远程检测来自动激活即时消息收发会话的远程控制即时消息收发方法和系统。 该方法和系统还基于远程检测用户离开这种处理器的缺点而自动停用即时消息接发会话,并且基于用户对处理器的返回的远程检测自动重新激活即时消息收发会话。 通过检测第一用户对这种第二处理器的处理,也可以在由另一user_id操作的第二处理器上远程激活第二即时通讯会话。 当用户离开第二处理器的位置时,第一用户将自动从第二即时消息接发中脱离。
    • 3. 发明授权
    • Man in the middle computer technique
    • 人在中间计算机技术
    • US08055587B2
    • 2011-11-08
    • US12132203
    • 2008-06-03
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • H04L9/32G06F17/60
    • H04L63/0428H04L63/083H04L63/1466
    • A method for constructing a secure Internet transaction, the method includes: receiving a user identification (userid) and user password on a client device for filling out a form generated by a secure web site; concatenating the user's Internet Protocol (IP) address with a separate password that is maintained on the secure web site that the user is authenticating to; encrypting the concatenated user IP and separate password to form an Internet Protocol password (IPPW); wherein the encrypting is carried out with a client device linear feedback shift register (LFSR) with a defined cycle count; building a transaction consisting of the IPPW, defined cycle count, and userid; transmitting the transaction and form via a network towards the secure web site; wherein in response the secure website performs the following: decrypts the IPPW, and determines if the IP portion of the decrypted IPPW is equal to the user's IP address.
    • 一种用于构建安全因特网事务的方法,所述方法包括:在客户端设备上接收用户标识(用户ID)和用户密码,以填写由安全网站生成的表单; 将用户的因特网协议(IP)地址与在用户正在认证的安全网站上维护的单独的密码连接起来; 加密连接的用户IP和单独的密码以形成Internet协议密码(IPPW); 其中所述加密是利用具有定义的周期计数的客户端设备线性反馈移位寄存器(LFSR)来执行的; 构建由IPPW,定义的循环计数和userid组成的事务; 通过网络向安全网站传送交易和表单; 其中作为响应,安全网站执行以下操作:解密IPPW,并确定解密的IPPW的IP部分是否等于用户的IP地址。
    • 4. 发明授权
    • Method and system for image recognition for aiding the visually impaired
    • 帮助视力障碍者进行图像识别的方法和系统
    • US08050484B2
    • 2011-11-01
    • US11833547
    • 2007-08-03
    • Joseph B. FreiEdward E. KelleyFranco Motika
    • Joseph B. FreiEdward E. KelleyFranco Motika
    • G06K9/00
    • G09B21/003
    • A method for tracking paper currency in a holder, includes: scanning paper currency deposited or removed from a holder; determining the total number of each individual denomination of paper currency contained within the holder based on the scanned paper currency deposited and removed from the holder; recording the total number of each individual denomination of paper currency; determining the total value of the paper currency within the holder; outputting the denomination of paper currency when the paper currency is scanned during depositing or removal from the holder; outputting the recorded number of each individual denomination of paper currency and the total value of the currency within the holder; and wherein the recorded number of each individual denomination of paper currency and the total value of the currency within the holder is dynamically tabulated based on the scanning of paper currency deposited or removed from the holder.
    • 用于跟踪持有人纸币的方法包括:扫描从持有人存放或移走的纸币; 根据从持有人存放和移除的扫描纸币确定持有人所包含的每种纸币种类总数; 记录每个单位面值纸币的总数; 确定持有人内纸币的总价值; 在从持有人进行存放或清除期间扫描纸币时输出纸币的面额; 输出每个单独面值纸币的记录数量和持有人内货币的总价值; 并且其中,基于从所述持有者存放或移除的纸币的扫描,将所述纸币的每个单独面值的记录数量和所述持有者内的所述货币的总价值动态地列表。
    • 5. 发明授权
    • Secure computer password system and method
    • 安全的计算机密码系统和方法
    • US07669057B2
    • 2010-02-23
    • US10905854
    • 2005-01-24
    • Edward E. KelleyFranco MotikaTijs I. Wilbrink
    • Edward E. KelleyFranco MotikaTijs I. Wilbrink
    • G06F21/00
    • G06F21/31G06F21/6209H04L9/3226
    • An enhanced security method is provided for accessing information from a second computer using a password at a first computer. According to such method, a password used for accessing information is inputted to the first computer and stored on the first computer. Thereafter, the stored password is encoded using an encoding algorithm which is system specific to the first computer, and the encoded password is then transmitted to the second computer. The encoded password is used at the second computer to grant or deny access to the requested information, without the second computer having to decode the encoded password to obtain the password stored on the first computer.
    • 提供了增强的安全方法,用于在第一计算机处使用密码从第二计算机访问信息。 根据这种方法,将用于访问信息的密码输入到第一计算机并存储在第一计算机上。 此后,使用系统特定于第一计算机的编码算法对存储的密码进行编码,然后将经编码的密码发送到第二计算机。 编码的密码在第二计算机上用于授予或拒绝对所请求的信息的访问,而第二计算机必须对编码密码进行解码以获得存储在第一计算机上的密码。
    • 6. 发明申请
    • METHOD AND SYSTEM FOR DEFEATING THE MAN IN THE MIDDLE COMPUTER HACKING TECHNIQUE
    • 在中间计算机黑客技术中保护人的方法和系统
    • US20090299759A1
    • 2009-12-03
    • US12132203
    • 2008-06-03
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • G06Q20/00
    • H04L63/0428H04L63/083H04L63/1466
    • A method for constructing a secure Internet transaction, the method includes: receiving a user identification (userid) and user password on a client device for filling out a form generated by a secure web site; concatenating the user's Internet Protocol (IP) address with a separate password that is maintained on the secure web site that the user is authenticating to; encrypting the concatenated user IP and separate password to form an Internet Protocol password (IPPW); wherein the encrypting is carried out with a client device linear feedback shift register (LFSR) with a defined cycle count; building a transaction consisting of the IPPW, defined cycle count, and userid; transmitting the transaction and form via a network towards the secure web site; wherein in response the secure website performs the following: decrypts the IPPW, and determines if the IP portion of the decrypted IPPW is equal to the user's IP address.
    • 一种用于构建安全因特网事务的方法,所述方法包括:在客户端设备上接收用户标识(用户ID)和用户密码,以填写由安全网站生成的表单; 将用户的因特网协议(IP)地址与在用户正在认证的安全网站上维护的单独的密码连接起来; 加密连接的用户IP和单独的密码以形成Internet协议密码(IPPW); 其中所述加密是利用具有定义的周期计数的客户端设备线性反馈移位寄存器(LFSR)来执行的; 构建由IPPW,定义的循环计数和userid组成的事务; 通过网络向安全网站传送交易和表单; 其中作为响应,安全网站执行以下操作:解密IPPW,并确定解密的IPPW的IP部分是否等于用户的IP地址。
    • 8. 发明授权
    • Secure credit card adapter
    • 安全的信用卡适配器
    • US07128273B2
    • 2006-10-31
    • US10907207
    • 2005-03-24
    • Edward E. KelleyFranco MotikaKim H. Ruffing
    • Edward E. KelleyFranco MotikaKim H. Ruffing
    • G06K19/06G06K7/00
    • G07F7/1008G06Q20/341G06Q20/382G07F7/0886
    • A secure card adapter provides for writing of highly secure, single transaction information on a machine-readable medium of a card structure in accordance with a format that may be downloaded from an external data source. The card structure may be, for example, an existing access authorization card or an existing credit card containing account-specific information which can be read and stored in memory of the secure card adapter. Once such account-specific information is read from an existing access authorization or credit card, secure transaction information can be written, together with the account specific information in accordance with the downloaded format information on another card structure to provide a universal access authorization and/or credit card. Thus the secure card adapter provides an enhanced degree of security through an existing or transitional communication infrastructure.
    • 安全卡适配器提供根据可从外部数据源下载的格式在卡结构的机器可读介质上写入高度安全的单个交易信息。 卡结构可以是例如现有的访问授权卡或包含可被读取并存储在安全卡适配器的存储器中的特定于特定信息的现有信用卡。 一旦从现有的访问授权或信用卡读取这样的特定于特定信息的信息,可以根据下载的关于另一个卡结构的格式信息,将帐户特定信息与安全交易信息一起写入以提供通用访问授权和/或 信用卡。 因此,安全卡适配器通过现有或过渡的通信基础设施提供增强的安全性。