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    • 42. 发明授权
    • Methods and systems for providing a data access layer
    • 用于提供数据访问层的方法和系统
    • US07680797B1
    • 2010-03-16
    • US10897744
    • 2004-07-23
    • Amit SinghTao YangFariborz EbrahimiAkash JainMohammad Azzam
    • Amit SinghTao YangFariborz EbrahimiAkash JainMohammad Azzam
    • G06F17/30
    • G06F17/3048
    • A preferred system for providing data access comprises an application program interface configured to delegate a request to at least one service providers also included in the system. The service providers may include a synchronization manager configured to maintain, based upon the request, data consistency between a first server containing the service providers and a second server and a cache manager configured to cache, based upon the request, a portion of a database query. In addition, the service providers may include a pre-fetch service configured to anticipate a database query, perform the anticipated query, and cache the results of the anticipated query, and a security manager configured to determine a restriction on the request based upon a role of a user associated with the request.
    • 用于提供数据访问的优选系统包括被配置为将请求委托给也包括在系统中的至少一个服务提供商的应用程序接口。 服务提供商可以包括配置为基于请求维护包含服务提供商的第一服务器与第二服务器之间的数据一致性的配置以及配置为基于该请求来缓存数据库查询的一部分的高速缓存管理器的同步管理器 。 另外,服务提供商可以包括配置为预测数据库查询,执行预期查询和缓存预期查询的结果的预取服务,以及被配置为基于角色来确定对请求的限制的安全管理器 与请求相关联的用户。
    • 43. 发明授权
    • Pin reordering during placement of circuit designs
    • 电路设计放置期间引脚重新排序
    • US07058915B1
    • 2006-06-06
    • US10676445
    • 2003-09-30
    • Amit SinghKamal Chaudhary
    • Amit SinghKamal Chaudhary
    • G06F17/50
    • G06F17/5054G06F17/5072
    • A method (400) of placing a circuit design can include the steps of identifying topological levels of a circuit design representation (415) and determining an arrival time for each input signal to a look up table within a circuit design representation (420). The propagation delay associated with each pin of the look up table can be identified (420) such that the input signals of the look up table can be ordered according to the arrival times of each input signal and the propagation delay of each pin of the look up table (435). The method can continue processing each look up table of an identified topological level (440) as well as each topological level of the circuit design representation (455).
    • 放置电路设计的方法(400)可以包括以下步骤:确定电路设计表示的拓扑水平(415)并且确定每个输入信号到电路设计表示(420)内的查找表的到达时间。 可以识别与查找表的每个引脚相关联的传播延迟(420),使得可以根据每个输入信号的到达时间和查看表的每个引脚的传播延迟来排序查找表的输入信号 (435)。 该方法可以继续处理所识别的拓扑级别(440)的每个查找表以及电路设计表示的每个拓扑级别(455)。
    • 44. 发明申请
    • Transparent optimization for transmission control protocol initial session establishment
    • 传输控制协议初始会话建立的透明优化
    • US20050135250A1
    • 2005-06-23
    • US10983131
    • 2004-11-04
    • Balraj SinghAmit SinghVern Paxson
    • Balraj SinghAmit SinghVern Paxson
    • G06F20060101H04L12/66
    • H04L69/16H04L69/163
    • A system and method that optimizes transmission control protocol (TCP) initial session establishment without intruding upon TCP's core algorithms. TCP's initially session establishment is accelerated by locally processing a source's initial TCP request within the source's local area network (LAN). A control module relatively near the source's local area network (LAN) and another control module relatively near a destination's LAN are utilized to complete the initial TCP session establishment within the source and the destination's respective LANs, thereby substantially eliminating the first round-trip time delay before the actual data flow begins. The first application-layer data packet thus can be transmitted at substantially the same time as the initial TCP request.
    • 一种优化传输控制协议(TCP)初始会话建立而不侵入TCP核心算法的系统和方法。 TCP的初始会话建立通过在源的局域网(LAN)内本地处理源的初始TCP请求来加速。 使用相对靠近源局域网(LAN)的控制模块和相对靠近目的地LAN的另一控制模块来完成源和目的地相应LAN内的初始TCP会话建立,从而基本上消除了第一往返时间延迟 在实际数据流开始之前。 因此,可以在与初始TCP请求基本相同的时间发送第一应用层数据分组。
    • 46. 发明授权
    • Determining frequency errors in a multi-carrier receiver
    • 确定多载波接收机中的频率误差
    • US09413579B2
    • 2016-08-09
    • US14110875
    • 2012-03-14
    • Thomas NilssonJianjun ChenAmit Singh
    • Thomas NilssonJianjun ChenAmit Singh
    • H04B1/10H04L27/26H04L25/02H04L27/00
    • H04L27/2657H04B1/1081H04L25/0222H04L27/0014H04L27/2672H04L27/2675H04L27/2695
    • Individual multipath components of digital data symbols sent from a transmitter on at least two carrier frequencies generated from a common clock signal, are received (401) with individual delays and processed by a receiver unit having at least two fingers. Successive channel estimates are determined (402) from received symbols for each finger and each carrier, and an estimated frequency error is determined (404) for each finger and each carrier. A linear equation system is constructed (405), in which each determined frequency error is expressed as a function of a first variable indicative of frequency drift and a second variable indicative of frequency error caused by Doppler effect. The equation system is solved (406) to provide a solution with estimates of the first and second variables for each finger, and an estimated frequency drift is determined (407) from the solution and utilized (408) as feedback signal for adjusting receiver clock frequency.
    • 在从公共时钟信号产生的至少两个载波频率上从发射机发送的数字数据符号的单个多径分量被接收(401)并具有单独的延迟,并由具有至少两个手指的接收机单元进行处理。 从每个手指和每个载体的接收符号确定连续信道估计(402),并且为每个手指和每个载波确定估计的频率误差(404)。 构造线性方程组(405),其中每个确定的频率误差被表示为指示频率漂移的第一变量的函数,以及指示由多普勒效应引起的频率误差的第二变量。 求解方程系统(406)以提供每个手指的第一和第二变量的估计的解,并且从解中确定估计的频率漂移(407),并将其用作用于调整接收机时钟频率的反馈信号(408) 。
    • 47. 发明申请
    • Managing Crossbar Oversubscription
    • 管理交叉栏超额订阅
    • US20140029627A1
    • 2014-01-30
    • US13561921
    • 2012-07-30
    • Lalit KumarDeepak MayyaAmit SinghRajesh L. G.
    • Lalit KumarDeepak MayyaAmit SinghRajesh L. G.
    • H04L29/02
    • H04L47/22H04L47/25H04L49/30
    • A number of ports are configured in a linecard in a network device as dedicated ports and a remaining number of ports as shared ports. A total bandwidth allocated to the dedicated ports is computed. It is determined that available bandwidth at a central crossbar is greater than the total bandwidth allocated to the dedicated ports. The total data sent the central crossbar is rate limited to less than the available bandwidth at the central crossbar. First data associated with the dedicated ports is scheduled to the central crossbar using a first priority. Second data associated with the shared ports is scheduled using a second priority. A shared port data is scheduled based on a ration of a bandwidth requirement for the shared port as a fraction of overall bandwidth requirement for the shared ports.
    • 多个端口在网络设备的线路卡中配置为专用端口,剩余端口数量作为共享端口配置。 计算分配给专用端口的总带宽。 确定中央交叉开关处的可用带宽大于分配给专用端口的总带宽。 发送中央交叉开关的总数据速率被限制为小于中央横梁上的可用带宽。 使用第一优先级将与专用端口相关联的第一数据调度到中央交叉开关。 使用第二优先级调度与共享端口相关联的第二数据。 共享端口数据根据共享端口的带宽要求的比例作为共享端口的总带宽需求的一小部分进行调度。
    • 48. 发明授权
    • Method and apparatus for enhancing the accuracy of the estimated covariance matrix in wideband-CDMA systems
    • 用于提高宽带CDMA系统中估计的协方差矩阵的精度的方法和装置
    • US08582624B2
    • 2013-11-12
    • US12976519
    • 2010-12-22
    • Elias JonssonYoshitaka MurataJaroslaw NiewczasAmit SinghKazuyoshi Uesaka
    • Elias JonssonYoshitaka MurataJaroslaw NiewczasAmit SinghKazuyoshi Uesaka
    • H04B1/10
    • H04B1/712
    • A set of channelization codes to be monitored is divided into two groups. The first group includes those codes for which an associated symbol modulation and transmit-diversity scheme is known. In the second group are those codes that are characterized by an unknown symbol modulation or unknown transmit-diversity scheme. The quality of the transmission of each code is then evaluated, using a metric. The metric in turn is used to determine whether the code should be used in estimating the covariance matrix by correlating the RAKE data corresponding to the code (i.e., by computing a correlation matrix for the code) or by first subtracting the channel estimates from the channel samples before correlation (i.e., by computing a covariance matrix for the code). An impairment covariance matrix is computed from the covariance matrices and correlation matrices so computed.
    • 要监视的一组信道化代码被分为两组。 第一组包括已知相关联的码元调制和发射分集方案的那些码。 在第二组中是以未知符号调制或未知传输分集方案为特征的代码。 然后使用度量来评估每个代码的传输质量。 该度量依次用于确定代码是否应该用于通过将与代码相对应的RAKE数据相关联来估计协方差矩阵(即,通过计算代码的相关矩阵),或者首先从信道中减去信道估计 相关前的样本(即通过计算代码的协方差矩阵)。 根据所计算的协方差矩阵和相关矩阵计算损伤协方差矩阵。
    • 49. 发明授权
    • Guiding calls via graphical user interface
    • 通过图形用户界面引导
    • US08520830B2
    • 2013-08-27
    • US13173265
    • 2011-06-30
    • Amit SinghPatrick SmithVijay ArumugamRoopa KothaFariborz Ebrahimi
    • Amit SinghPatrick SmithVijay ArumugamRoopa KothaFariborz Ebrahimi
    • H04M3/00
    • H04M3/5166H04M3/493H04M2203/252
    • A user device may display, via a graphical user interface, questions associated with a voice menu that is used by an interactive voice response (IVR) system to forward calls. The user device may obtain, via the graphical user interface, user responses to the questions. In addition, the user device may send information corresponding to the user responses to the questions to a remote device. The remote device may query the IVR system to identify a call agent, in a call center, whose profile matches the information, obtain contact information of the call agent from the IVR system, and send the contact information to the user device. Furthermore, the user device may receive the contact information from the remote device and display the contact information via the graphical user interface.
    • 用户设备可以经由图形用户界面显示与由交互式语音响应(IVR)系统用于转发呼叫的语音菜单相关联的问题。 用户设备可以经由图形用户界面获得用户对问题的响应。 此外,用户设备可以向远程设备发送与用户对问题的响应相对应的信息。 远程设备可以查询IVR系统来识别呼叫中心中的呼叫中心,其配置文件与信息匹配,从IVR系统获取呼叫代理的联系人信息,并将联系人信息发送给用户设备。 此外,用户设备可以从远程设备接收联系人信息,并经由图形用户界面显示联系人信息。