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    • 52. 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。
    • 53. 发明申请
    • SYSTEM FOR IMPLEMENTING DYNAMIC PSEUDORANDOM KEYBOARD REMAPPING
    • 执行动态PSEUDORANDOM键盘重新启动系统
    • US20090070595A1
    • 2009-03-12
    • US11853263
    • 2007-09-11
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • H04L9/28
    • G06F21/83
    • A system for implementing dynamic pseudorandom keyboard remapping includes a keyboard in communication with an operating system of a computing device; the keyboard configured to encrypt an original keyboard scan code corresponding to each of a plurality of keyboard keys, using a mapping algorithm, wherein the mapping algorithm encrypts the original keyboard scan code by using both the original keyboard scan code and a current one of a sequence of pseudorandom numbers generated using a pseudorandom number generator (PRNG) algorithm and an initial seed value; and the operating system configured to decrypt the original keyboard scan code based on an encrypted scan code generated and transmitted from the keyboard thereto, responsive to a keystroke of the keyboard, wherein the operating system also uses the mapping algorithm, the PRNG algorithm, and the initial seed value.
    • 用于实现动态伪随机键盘重新映射的系统包括与计算设备的操作系统通信的键盘; 所述键盘被配置为使用映射算法加密与多个键盘键中的每一个相对应的原始键盘扫描码,其中,所述映射算法通过使用原始键盘扫描码和序列中的当前一个键盘扫描码来加密原始键盘扫描码 使用伪随机数生成器(PRNG)算法和初始种子值生成伪随机数; 以及所述操作系统,其被配置为响应于所述键盘的击键,基于从所述键盘向其生成和发送的加密扫描码来解密所述原始键盘扫描码,其中所述操作系统还使用所述映射算法,所述PRNG算法和 初始种子值。
    • 54. 发明申请
    • METHOD FOR IMPLEMENTING DYNAMIC PSEUDORANDOM KEYBOARD REMAPPING
    • 用于实现动态PSEUDORANDOR键盘重写的方法
    • US20090066543A1
    • 2009-03-12
    • US11853267
    • 2007-09-11
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • H03K17/735H03M11/00
    • G06F3/023G06F21/83G06F21/85G06F2221/2107
    • A method of implementing dynamic pseudorandom keyboard remapping of a system including a keyboard in communication with an operating system of a computing device includes encrypting an original keyboard scan code corresponding to each of a plurality of keyboard keys, using a mapping algorithm, wherein the mapping algorithm encrypts the original keyboard scan code by using both the original keyboard scan code and a current one of a sequence of pseudorandom numbers generated using a pseudorandom number generator (PRNG) algorithm and an initial seed value; and decrypting the original keyboard scan code based on an encrypted scan code generated and transmitted from the keyboard to the operating, responsive to a keystroke of the keyboard, wherein the operating system also uses the mapping algorithm, the PRNG algorithm, and the initial seed value.
    • 实现包括与计算设备的操作系统通信的键盘的系统的动态伪随机键盘重新映射的方法包括使用映射算法对与多个键盘键中的每一个对应的原始键盘扫描码进行加密,其中映射算法 通过使用原始键盘扫描码和使用伪随机数生成器(PRNG)算法和初始种子值生成的伪随机数的序列中的当前一个来加密原始键盘扫描码; 以及基于从所述键盘产生并从所述键盘发送到所述操作的加密扫描码,将所述原始键盘扫描码解密,以响应于所述键盘的击键,其中所述操作系统还使用所述映射算法,所述PRNG算法和所述初始种子值 。
    • 55. 发明授权
    • Secure voting system
    • 安全投票系统
    • US07395964B2
    • 2008-07-08
    • US11162297
    • 2005-09-06
    • Jay H. AndersonEdward E. KelleyFranco Motika
    • Jay H. AndersonEdward E. KelleyFranco Motika
    • G06K17/00G07C13/00
    • G07C13/00
    • Methods, systems and program products for securely voting by providing a secure voting module in communication with a voting device. A voter signs onto the voting device using a unique voter identification, and the voter's voting selections are written to the voting device. A scrambled voter identification is generated using the unique voter identification and a unique encryption value of the secure voting module, whereby the voting selections and the scrambled voter identification are stored in the secure voting module. Once voting has ended, first and second fuses are blown within the secure voting module for destroying the unique encryption value and for permanently storing the voting selections and scrambled voter identification in a read only secure voting module that maintains voter anonymity while preventing any further physically writing thereto. The voting results may then be counted, re-counted or validated.
    • 通过提供与投票设备通信的安全投票模块来安全投票的方法,系统和程序产品。 投票人使用独特的选民身份登录投票设备,并将投票人的投票选择写入投票设备。 使用独特的选民识别和安全投票模块的唯一加密值来生成加扰的选民识别,由此投票选择和加扰的选民识别被存储在安全投票模块中。 一旦投票结束,第一和第二熔丝在安全投票模块中被吹入,以破坏唯一的加密值,并将投票选择和加密的选民识别永久存储在仅保护投票者匿名的只读安全投票模块中,同时防止进一步的物理写入 到此。 投票结果可能会被计算,重新计算或验证。
    • 57. 发明授权
    • CDROM copy protection
    • CDROM拷贝保护
    • US06767695B2
    • 2004-07-27
    • US09764836
    • 2001-01-17
    • Edward E. KelleyEric M. MotikaFranco MotikaPaul V. Motika
    • Edward E. KelleyEric M. MotikaFranco MotikaPaul V. Motika
    • G11B700
    • G11B23/281G11B7/005G11B7/013G11B19/122G11B20/00086G11B20/00586
    • A method of forming an optical disc, and an optical disc formed, so as to facilitate identifying unauthorized copies of the disc by using a defined procedure for reading the disc. The method comprises the steps of encoding digital data, comprised of a series of 0s and 1s, in the disc by forming a series of spaced pits along a track, so that the track comprises a series of pits and lands, and wherein, when said defined procedure is used to read the disc, each of said pits and lands is read as either a 0 or a 1. The method comprises the further step of forming at least one fuzzy area on the track so that when the defined procedure is used to read the disc, the fuzzy area is sometimes read as 0 and sometimes read as 1. With a preferred procedure, the pits reflect a given light beam at a first intensity, the lands reflect the given light at a second intensity, and the fuzzy area reflects the given light at a third intensity substantially midway between the first and second intensities.
    • 一种形成光盘的方法和形成的光盘,以便于通过使用用于读取盘的限定过程来识别光盘的未授权拷贝。 该方法包括以下步骤:通过在轨道上形成一系列间隔的凹坑来将包括一系列0和1的数字数据编码在盘中,使得轨道包括一系列凹坑和平台,并且其中当所述 使用定义的过程来读取盘,每个所述凹坑和平台被读取为0或1.该方法还包括在轨道上形成至少一个模糊区域的步骤,使得当将所定义的过程用于 读取光盘时,模糊区域有时读为0,有时读为1.通过优选的过程,凹坑以第一强度反射给定的光束,平台以第二强度反射给定的光,并且模糊区域 在第一强度和第二强度之间大致中间的第三强度反射给定光。
    • 58. 发明授权
    • Pointing device selection method
    • 指点设备选择方法
    • US06636244B1
    • 2003-10-21
    • US09395394
    • 1999-09-13
    • Edward E. KelleyEric Michael MotikaFranco Motika
    • Edward E. KelleyEric Michael MotikaFranco Motika
    • G09G500
    • G06F3/04842
    • A method and computer program capable of providing a plurality of activation areas in a display, the display having a plurality of selectable objects surrounded by an object area which defines the boundaries of the selectable objects which must be contacted by a pointing device for selection. The activation areas surround the selectable objects and expand the boundary of the selectable objects which must be contacted by the pointing device for selection. The size of the activation areas is determined by an expansion boundary having a border that outlines the size and shape of the activation areas and enlarges the activation areas to a maximum size without overlapping.
    • 一种能够在显示器中提供多个激活区域的方法和计算机程序,所述显示器具有由限定可选对象的边界的对象区域所围绕的多个可选择对象,所述对象区域必须由指示设备接触以供选择。 激活区域围绕可选对象并且扩展可选对象的边界,该对象必须由指示设备联系以进行选择。 激活区域的大小由具有概述激活区域的大小和形状的边界的扩展边界确定,并且将激活区域扩大到最大尺寸而不重叠。
    • 60. 发明授权
    • Embedded RFID verifiable currency
    • 嵌入式RFID可验证货币
    • US08791822B2
    • 2014-07-29
    • US12027540
    • 2008-02-07
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • Wayne M. DeliaEdward E. KelleyFranco Motika
    • G08B13/14
    • G07D7/01
    • A system and method of determining likelihood of counterfeiting without inspection of currency compares signals returned by uniquely customized RFID chips when interrogated, preferably incident to a transaction. The RFID information is compared to RFID information for bills known to be in circulation in order to validate a given currency bill. Usage patterns can be determined from statistical analysis of such reports and reported usage patterns will statistically differ significantly if not radically with the number of RFID chips returning the same RFID information and such differences will increase in either or both of geographic locations of reports and frequency of reports with increase of the number of bills having duplicated RFID chips. The basic infrastructure for practice of the invention is also capable of tracking genuine currency following, for example, a theft or other criminal activity.
    • 在不检查货币的情况下确定伪造可能性的系统和方法比较了由特制定制的RFID芯片在询问时返回的信号,优选事件事件发生在交易中。 将RFID信息与已知流通的票据的RFID信息进行比较,以验证给定的货币票据。 使用模式可以从这样的报告的统计分析中确定,如果RFID芯片返回相同的RFID信息的数量不是很大,报告的使用模式将有统计上的显着差异,并且这些差异将在报告的地理位置和频率的两个或两个之间增加 报告说,具有复制的RFID芯片的钞票数量增加。 本发明实践的基本基础也能跟踪真实的货币,例如盗窃或其他犯罪活动。