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    • 3. 发明授权
    • Adjusting the volume of an audio element responsive to a user scrolling through a browser window
    • 响应于用户滚动浏览器窗口来调整音频元素的音量
    • US07844354B2
    • 2010-11-30
    • US11460473
    • 2006-07-27
    • Susann KeohaneGerald F. McBreartyShawn P. MullenJessica MurilloJohnny M. Shieh
    • Susann KeohaneGerald F. McBreartyShawn P. MullenJessica MurilloJohnny M. Shieh
    • G06F17/00
    • H03G3/02G06F3/165
    • A scroll-based volume controller detects a user selection to scroll through a browser window loaded with data comprising at least one display element, wherein an audio element is associated with the display element and wherein the size of the displayable data is larger than the display area of the browser window. The scroll-based volume controller, responsive to detecting the user selection to scroll through the browser window, calculates a change in position of the display element relative to the browser window. The audio element may include an audio file that is downloaded or streamed to the browser. Next, the scroll-based volume controller automatically adjusts a volume of the associated audio element based on the calculated change in position of the display element relative to the browser window, such that the volume of the audio element, associated with said display element, is automatically adjusted as the position of the display element changes relative to the particular browser window when the user scrolls through the data in the browser window, without the user having to separately select to adjust the volume of the audio element using a separate volume control input.
    • 基于滚动的音量控制器检测用户选择以滚动加载有包括至少一个显示元件的数据的浏览器窗口,其中音频元素与显示元件相关联,并且其中可显示数据的大小大于显示区域 的浏览器窗口。 基于滚动的音量控制器响应于检测用户选择来滚动浏览器窗口,计算显示元件相对于浏览器窗口的位置的改变。 音频元件可以包括下载或流式传输到浏览器的音频文件。 接下来,基于滚动的音量控制器基于所计算的显示元件相对于浏览器窗口的位置的改变来自动调整相关音频元素的音量,使得与所述显示元件相关联的音频元素的音量为 当用户滚动浏览器窗口中的数据时,显示元素的位置相对于特定浏览器窗口的位置自动调整,而用户不必单独选择使用单独的音量控制输入来调整音频元素的音量。
    • 5. 发明申请
    • SECURE SHELL USED TO OPEN A USER'S ENCRYPTED FILE SYSTEM KEYSTORE
    • 安全壳用于打开用户的加密文件系统KEYSTORE
    • US20090279703A1
    • 2009-11-12
    • US12117448
    • 2008-05-08
    • Tommy L. McLaneShawn P. MullenJyoti B. Tenginakai
    • Tommy L. McLaneShawn P. MullenJyoti B. Tenginakai
    • H04L9/08
    • H04L9/0825H04L9/0844
    • The present invention provides a computer implemented method, apparatus, and data processing system for associating a private part of a keystore of a user with a user authentication process in an encrypting file system. A secure shell daemon server establishes the user authentication process with a secure shell client such that the user authentication process is associated with a user and the user is authenticated. The secure shell daemon server obtains an acknowledgment from the secure shell client. The secure shell daemon server accesses a user public key of the user from the keystore of the user, responsive to receiving the acknowledgment. The secure shell daemon obtains a public secure shell cookie associated with the user from the keystore of the user. The public secure shell cookie is an access key in encrypted form. The access key is based on the user's public key to form the public secure shell cookie. The secure shell daemon server obtains the access key from the secure shell client. The private part of the keystore is associated with the user authentication process, wherein the private part is accessed based on the access key.
    • 本发明提供了一种用于将用户的密钥库的私有部分与加密文件系统中的用户认证过程相关联的计算机实现的方法,装置和数据处理系统。 安全的shell守护进程服务器使用安全的shell客户端建立用户认证过程,以便用户认证过程与用户相关联,用户被认证。 安全Shell守护程序服务器从安全shell客户端获取确认。 响应于接收到确认,安全壳守护程序服务器从用户的密钥库访问用户的用户公钥。 安全Shell守护程序从用户的密钥库获取与用户关联的公共安全shell cookie。 公共安全shell cookie是加密形式的访问密钥。 访问密钥基于用户的公钥来形成公共安全Shell cookie。 安全shell守护程序服务器从安全shell客户端获取访问密钥。 密钥库的私有部分与用户认证过程相关联,其中基于访问密钥访问私有部分。
    • 6. 发明授权
    • Method, system and program product for associating threads within non-related processes based on memory paging behaviors
    • 方法,系统和程序产品,用于根据内存分页行为关联非相关进程中的线程
    • US07596668B2
    • 2009-09-29
    • US11676658
    • 2007-02-20
    • Gerald F. McBreartyShawn P. MullenJessica C. MurilloJohnny Meng-Han Shieh
    • Gerald F. McBreartyShawn P. MullenJessica C. MurilloJohnny Meng-Han Shieh
    • G06F12/00
    • G06F12/08G06F12/12G06F2212/1016
    • A method of tying related process threads within non-related applications together in terms of memory paging behavior. In a data processing system, a first process thread is related to one or more “partner” threads within separate high latency storage locations. The kernel analyzes the memory “page-in” patterns of multiple threads and identifies one or more partner threads of the first thread based on user input, observed memory page-in patterns, and/or pre-defined identification information within the thread data structures. The kernel marks the first thread and its corresponding related partner threads with a unique thread identifier. When the first thread is subsequently paged into a lower latency memory, the kernel also pages-in the related partner threads that are marked with the unique thread identifier in lockstep. Tying related threads from non-related applications together in terms of memory paging behavior thus eliminates memory management delays.
    • 在内存分页行为方面,将非相关应用程序中的相关进程线程绑定在一起的方法。 在数据处理系统中,第一进程线程与单独的高延迟存储位置内的一个或多个“伙伴”线程有关。 内核分析多个线程的内存“页面”模式,并基于用户输入,观察到的内存页面输入模式和/或线程数据结构内的预定义标识信息来识别第一个线程的一个或多个伙伴线程 。 内核使用唯一的线程标识符标记第一个线程及其相应的相关伙伴线程。 当第一个线程随后被分页到较低延迟的内存中时,内核也会在锁定步骤中以唯一的线程标识符标记的相关伙伴线程中寻找页面。 从存储器寻呼行为方面将非相关应用程序中的相关线程绑定在一起,从而消除了内存管理延迟。
    • 9. 发明申请
    • Encryption Apparatus and Method for Providing an Encrypted File System
    • 加密装置和提供加密文件系统的方法
    • US20080310624A1
    • 2008-12-18
    • US12194610
    • 2008-08-20
    • Ufuk CelikkanWilliam C. ConklinShawn P. MullenRavi A. Shankar
    • Ufuk CelikkanWilliam C. ConklinShawn P. MullenRavi A. Shankar
    • H04L9/06
    • G06F21/602G06F21/6218H04L9/0637
    • An encryption apparatus and method for providing an encrypted file system are provided. The encryption apparatus and method of the illustrative embodiments uses a combination of encryption methodologies so as to reduce the amount of decryption and re-encryption that is necessary to a file in the Encrypted File System in the event that the file needs to be modified. The encryption methodologies are interleaved, or alternated, with regard to each block of plaintext. In one illustrative embodiment, Plaintext Block Chaining (PBC) and Cipher Block Chaining (CBC) encryption methodologies are alternated for encrypting a sequence of blocks of data. The encryption of a block of plaintext is dependent upon the plaintext or a cipher generated for the plaintext of a previous block of data in the sequence of blocks of data so that the encryption is more secure than known Electronic Code Book encryption methodologies.
    • 提供了一种用于提供加密文件系统的加密装置和方法。 说明性实施例的加密装置和方法使用加密方法的组合,以便在需要修改文件的情况下减少加密文件系统中的文件所需的解密和重新加密的量。 关于每个明文块,加密方法被交织或交替。 在一个说明性实施例中,替代了明文块链接(PBC)和密码块链接(CBC)加密方法来加密数据块序列。 明文块的加密取决于明文或为数据块序列中的先前数据块的明文生成的密码,使得加密比已知的电子代码簿加密方法更安全。
    • 10. 发明申请
    • Disposable aspirator cassette
    • 一次性抽吸盒
    • US20080300533A1
    • 2008-12-04
    • US11809505
    • 2007-06-01
    • Christopher F. LumpkinShawn P. MullenJohn E. Richmond
    • Christopher F. LumpkinShawn P. MullenJohn E. Richmond
    • A61F9/007F01B19/02
    • A61M1/0058A61F9/00736A61M2205/12
    • An aspirator cassette includes a housing having first and second ends sealed off by first and second end caps, respectively. A partition mechanism is enclosed within the housing for dividing its internal volume into first and second regions. First and second fluid flow ports are mounted on the first and second end caps, respectively, to provide fluid flow paths into and from the first and second regions, respectively. When the first region is filled with liquid, its associated first port is connected to a vacuum source for sucking the liquid out of the region, whereby as the liquid is removed, the partition mechanism responds by decreasing the volume of the first region, and increasing the volume of the second region causing its second port to draw a vacuum for sucking fluid from an aspiration device connected to the second port.
    • 抽吸盒包括具有分别由第一和第二端盖密封的第一和第二端的壳体。 分隔机构封装在壳体内,用于将其内部体积分成第一和第二区域。 第一和第二流体流动口分别安装在第一和第二端盖上,以分别向第一和第二区域提供流体流动路径。 当第一区域充满液体时,其相关联的第一端口连接到用于将液体吸出区域的真空源,由此当液体被移除时,分隔机构通过减小第一区域的体积而增加,并且增加 所述第二区域的体积使其第二端口抽出用于从连接到所述第二端口的抽吸装置抽吸流体的真空。