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    • 1. 发明授权
    • Apparatus and method for immediate non-sequential state transition in a PN code generator
    • PN码发生器中立即非顺序状态转换的装置和方法
    • US07124156B2
    • 2006-10-17
    • US10340001
    • 2003-01-10
    • Gang YangNing Zhang
    • Gang YangNing Zhang
    • G06F7/58
    • G06F7/584G06F2207/582H04J13/0022H04J13/10
    • A power of a square matrix is determined in a time approximately proportional to the upper integer of the base-2 logarithm of the order of the matrix. A preferred embodiment uses two types of look-up tables and two multipliers for a matrix of 15×15, and is applied to a pseudorandom noise (PN) sequence phase correlation or state jumping circuit. An exact state of a PN code can be determined or calculated from applying an appropriate offset value into a control circuit. The control circuit can produce a PN sequence state from the offset value and typically does so within one system clock period regardless of the amount of the offset. Once the exact state is determined, it is loaded into a state generator or linear sequence shift register (LSSR) for generating a subsequent stream of bits or symbols of the PN code. The PN generator system may include state computing logic, a maximum length PN generator, a zero insertion circuit and a zero insertion skipping circuit.
    • 在与矩阵的阶数的基数2对数的上整数大致成比例的时间内确定矩阵的幂。 优选实施例对于15×15的矩阵使用两种查找表和两个乘法器,并且被应用于伪随机噪声(PN)序列相位相关或状态跳变电路。 可以通过将适当的偏移值应用到控制电路中来确定或计算PN码的精确状态。 控制电路可以从偏移值产生PN序列状态,并且通常在一个系统时钟周期内这样做,而与偏移量无关。 一旦确定了确切的状态,它被加载到状态发生器或线性序列移位寄存器(LSSR)中,用于产生PN码的后续的比特流或符号。 PN发生器系统可以包括状态计算逻辑,最大长度PN发生器,零插入电路和零插入跳过电路。
    • 3. 发明授权
    • Application data syncing across multiple cellular mobile communication devices
    • 应用数据在多个蜂窝移动通信设备之间同步
    • US09467821B1
    • 2016-10-11
    • US13156788
    • 2011-06-09
    • Saeed SaatchiJesus RamosNing Zhang
    • Saeed SaatchiJesus RamosNing Zhang
    • G06F15/16H04W4/08
    • H04W4/08
    • An application data synchronization system may include a data storage system and a data synchronization module. The data storage system may store the identity of entities and, for each entity, the identity of a group of cellular communication devices used by the entity and at least one application that has been delivered to at least two of the cellular communication devices in the group. The data synchronization module may detect that an application has changed data while operating in one of the cellular communication devices. The data synchronization module may consult the data storage system to determine whether the application was also delivered to one or more other cellular communication devices within the same entity group and, if so, cause the changed data to be propagated to the one or more other cellular communication devices within the same entity group.
    • 应用数据同步系统可以包括数据存储系统和数据同步模块。 数据存储系统可以存储实体的身份,并且对于每个实体,该实体使用的一组蜂窝通信设备的标识和至少已经传送到该组中的至少两个蜂窝通信设备的应用 。 数据同步模块可以在蜂窝通信设备之一中操作时检测到应用已经改变了数据。 数据同步模块可以参考数据存储系统以确定应用程序是否也被递送到同一实体组内的一个或多个其他蜂窝通信设备,如果是,则使改变的数据传播到一个或多个其他蜂窝 同一实体组内的通信设备。
    • 4. 发明授权
    • Estimating timing and frequency information for multiple channel wireless communication systems
    • 估计多通道无线通信系统的时序和频率信息
    • US09344897B2
    • 2016-05-17
    • US12031634
    • 2008-02-14
    • Ning Zhang
    • Ning Zhang
    • H04B7/12H04W16/14H04L5/00H04L27/26H04L25/02
    • H04W16/14H04L5/0007H04L5/0048H04L25/0228H04L27/2613H04L27/2675
    • One method of estimating timing and frequency information of a payload transmitted through two or more frequency separated channels combines training fields from preambles from the two or more frequency separated channels to construct combined values that may be used to estimate the frequency and timing information. In one embodiment, the combined values may be determined by combining self-correlated training fields from the frequency separated channels. Another method of estimating the timing and frequency information selects the training fields from the preamble of one of the frequency separated channels based upon a signal quality metric. In another embodiment, the selection of the training fields based upon a signal quality metric may be biased to favor a particular channel.
    • 估计通过两个或多个频率分离的信道传输的有效负载的定时和频率信息的一种方法组合来自两个或更多个频率分离信道的前导码的训练场,以构建可用于估计频率和定时信息的组合值。 在一个实施例中,可以通过组合来自频率分离的信道的自相关训练场来确定组合值。 估计定时和频率信息的另一种方法是基于信号质量度量从频率分离信道之一的前同步码中选择训练场。 在另一个实施例中,基于信号质量度量的训练场的选择可能偏向于有利于特定频道。
    • 8. 发明申请
    • Intelligence Crawling Pad
    • 智力爬行垫
    • US20140093859A1
    • 2014-04-03
    • US13630761
    • 2012-09-28
    • Ning Zhang
    • Ning Zhang
    • G09B19/00
    • G09B19/00
    • The invention is a crawling pad for the babies with a replaceable intelligence patch. The characteristic lies in: The crawling pad is divided into several areas based on different colorful design with allocated pockets by suture. The LED lamination and sound chips formed an intelligence patch can be inserted into individual pocket on the pad. The inserted intelligence patch comprises of: printed circuit board, LED lamination, sound chip and a controller with the automatic time-delay switch. All these components are set inside a fully heat-sealed patch that is formed: a printed decorative vinyl cover; then a soft lining on top of the electronic components; and the bottom is a clear/solid color vinyl. The bright patterns and sound enhance the cause and effect development to the babies at their early age. The variety choices of changeable patch with different patterns and sound empower the babies gaining new knowledge over time.
    • 本发明是用于具有可更换智能补丁的婴儿爬行垫。 其特征在于:爬行垫根据不同的多彩设计分为几个区域,并通过缝合分配口袋。 LED贴片和声音芯片组成的智能补丁可以插入到单独的口袋上。 插入的智能补丁包括:印刷电路板,LED层压,声音芯片和带自动延时开关的控制器。 所有这些组件都设置在形成的完全热密封的贴片内:印刷的装饰性乙烯基盖; 然后在电子元件顶部的软衬里; 底部是透明/纯色的乙烯基。 明亮的图案和声音增强了幼儿在幼年时期的成因和发展。 不同图案和声音的可变补丁的多样化选择使宝宝随着时间的推移获得新的知识。
    • 9. 发明申请
    • CYCLIC SHIFT DELAY DETECTION USING AUTOCORRELATIONS
    • 使用自动化的循环移位延迟检测
    • US20140086369A1
    • 2014-03-27
    • US13624649
    • 2012-09-21
    • Xiaoxin ZhangNing Zhang
    • Xiaoxin ZhangNing Zhang
    • H04L27/06
    • G01S5/0205G01S5/14G01S13/878H04W64/00
    • Systems, apparatus and methods for determining a cyclic shift diversity (CSD) mode are presented. Examples use two different autocorrelations to determine a current CSD mode. Specifically, a delay-based autocorrelation and a cyclic shift-based autocorrelation are each computed then compared to each other, for example, by taking a difference of the two autocorrelations. A multipath signal leads to similar autocorrelations, where as a signal with a CSD mode enabled leads to dissimilar autocorrelations. By examining the number of peaks in the delay-based autocorrelation or the autocorrelation difference, a current CSD mode may be determined.
    • 提出了用于确定循环移位分集(CSD)模式的系统,装置和方法。 示例使用两种不同的自相关来确定当前的CSD模式。 具体地,例如,通过取两个自相关的差异,分别计算基于延迟的自相关和基于循环移位的自相关,然后彼此进行比较。 多径信号导致类似的自相关,其中当CSD模式使能的信号导致不相似的自相关时。 通过检查基于延迟的自相关或自相关差的峰值数目,可以确定当前的CSD模式。