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    • 1. 发明授权
    • Method and system for controlling the interconnecting of a plurality of
local data networks
    • 用于控制多个本地数据网络的互连的方法和系统
    • US4554656A
    • 1985-11-19
    • US407145
    • 1982-08-11
    • Zigmantas L. BudrikisArun N. Netravali
    • Zigmantas L. BudrikisArun N. Netravali
    • H04L12/28H04J3/02
    • H04L12/5692H04L12/2801
    • This disclosure relates to the instant method and system for controlling the interconnecting of a plurality of local communications networks. A source station and a destination station may respectively be adapted to be coupled to at least one communications channel of a communications path, which path includes a plurality of channels, each channel being assignable to at least one of a plurality of local data networks. The respective stations are adapted to determine the home network of the other respective stations with which the respective stations may communicate. Broadly, a source station, which has a message to transmit to a destination station, determines the home network of the destination and couples a first source receiver and a source transmitter to the home network of the destination for transmitting a packet from the source to the destination. A first packet may be transmitted when the source station acquires access to an idle channel of the destination home network. Further packets may be transmitted, not on the destination home network, but rather on the source home network. The source transmitter may be decoupled from the destination home network (if already so coupled) and may be coupled to the source home network for such further packet transmission.
    • 本公开涉及用于控制多个本地通信网络的互连的即时方法和系统。 源站和目的地站可以分别适于耦合到通信路径的至少一个通信信道,该路径包括多个信道,每个信道可分配给多个本地数据网络中的至少一个。 相应的站适于确定各个站可以与之通信的其他各个站的归属网络。 广义地说,具有向目的地站发送的消息的源站确定目的地的归属网络,并将第一源接收机和源发射机耦合到目的地的归属网络,以将分组从源发送到 目的地。 当源站获取对目的地家庭网络的空闲信道的接入时,可以发送第一分组。 可以在目的地家庭网络上而不是在源家庭网络上发送进一步的分组。 源发射机可以与目的家庭网络(如果已经如此耦合)去耦合,并且可以耦合到源家庭网络用于进一步的分组传输。
    • 3. 发明授权
    • Method and apparatus for drawing antialiased lines and polygons
    • 绘制抗锯齿线和多边形的方法和装置
    • US4796020A
    • 1989-01-03
    • US837886
    • 1986-03-10
    • Zigmantas L. BudrikisArun N. Netravali
    • Zigmantas L. BudrikisArun N. Netravali
    • G06F3/033G06F3/048G09G5/20G09G1/00
    • G06F3/04845G09G5/20
    • A method and apparatus that employ precomputed line profiles to draw lines on a raster scan terminal with mostly horizontal or vertical "brush strokes" that develop the desired line profiles. The precomputed line profiles relate mostly to the slope of the drawn lines and to the position of the drawn lines between adjacent pixels on the raster scan terminal in the direction of the "brush strokes". A relatively small number of precomputed values is required, permitting the apparatus to operate at the low resolution of the raster scan and be driven advantageously by a look-up table. This results in a very fast operation of the system while leading to pleasing results. The method also takes into account corners and end-of-line conditions to avoid very abrupt and unnatural looking end points.
    • 一种使用预先计算的线轮廓在光栅扫描终端上绘制线的方法和装置,其中主要是水平或垂直的“笔触”,其形成所需的线轮廓。 预先计算的线轮廓主要涉及在“画笔笔划”的方向上的绘制线的斜率和光栅扫描终端上的相邻像素之间的绘制线的位置。 需要相对较少数量的预计算值,允许设备以光栅扫描的低分辨率操作并且有利地由查找表驱动。 这导致系统的非常快速的操作,同时导致令人满意的结果。 该方法还考虑到角落和行尾条件,以避免非常突然和不自然的看法。
    • 4. 发明授权
    • Optical interconnect arrangement
    • 光互连装置
    • US5009477A
    • 1991-04-23
    • US350962
    • 1989-05-12
    • Rodney C. AlfernessZigmantas L. BudrikisDavid W. HagelbargerHerwig W. KogelnikArun N. Netravali
    • Rodney C. AlfernessZigmantas L. BudrikisDavid W. HagelbargerHerwig W. KogelnikArun N. Netravali
    • G02B6/30G02B6/12G02B6/28G02F1/313G06E3/00H04Q3/52H04Q11/00
    • G06E3/006G02B6/2804G02B6/2848H04Q11/0005H04Q2011/0049H04Q2011/0052
    • An arrangement for butt coupling of waveguide electrooptic plates to form a crossbar switch. The arrangement includes a stack of M splitter plates, each of which routes an injected optical signal to one of N outputs, and a stack of N combiner plates, each of which routes the signal of a selected one of M inputs to a common output. The stack of splitter plates is rotated with respect to the stack of combiner plates and the output signal ports of the splitter plates are coupled to the input signal ports of the combiner plates, so that each output of an splitter plate is connected to a different combiner plate. Within each splitter plate there is a fan-out network of waveguide electrooptic couplers and each coupler, under electric control, routes signals from one input to either one of two outputs. With j levels of such interconnected couplers 2.sup.j output are developed. The combiner plates have an identical architecture but with a signal flow in the reverse direction. Butt coupling of the splitter and combiner plates is achieved by employing splitter and combiner plates of a different crystal cut, by interposing polarization rotation means between two stacks, or by including polarization rotation means within the splitter plates, the combiner plates or both.
    • 用于对接波导电光板以形成交叉开关的布置。 该装置包括一组M个分离器板,每个分配板将注入的光信号路由到N个输出中的一个输出端,以及一组N个组合板,每个组合板将M个输入中选定的一个信号的信号路由到公共输出。 分离板的堆叠相对于组合板的堆叠旋转,并且分离板的输出信号端口耦合到组合板的输入信号端口,使得分离板的每个输出连接到不同的组合器 盘子。 在每个分离板内,有一个波导电光耦合器的扇出网络,每个耦合器在电气控制下,将信号从一个输入传送到两个输出中的任一个。 随着j级的这种互连耦合器2j的输出被开发出来。 组合板具有相同的结构,但具有相反方向的信号流。 分流器和组合板的对接耦合通过采用不同晶体切割的分离器和组合板,通过在两个叠层之间插入偏振旋转装置,或者通过在分离板,组合板或两者内包括偏振旋转装置来实现。
    • 5. 发明授权
    • Jitter control in digital communication links
    • 数字通信链路中的抖动控制
    • US5146477A
    • 1992-09-08
    • US644472
    • 1991-01-18
    • Antonio CantoniZigmantas L. BudrikisRobert M. NewmanJohn L. Hullett
    • Antonio CantoniZigmantas L. BudrikisRobert M. NewmanJohn L. Hullett
    • H04J3/07
    • H04J3/07
    • A method of transmitting digital signals (DI) in frames which include a stuffing field between nodes (N) in a network, each node having a buffer and a local clock for producing local clock signals (CLK2). The method includes the steps of extracting clock signals (CLK1) from the digital signals (DI), writing the digital signals into a buffer at the extracted clock signal (CLK1) rate, reading the digital signals from the buffer including reading the content of the stuffing field in order to add or substrate stuffing bits therein in order to compensate for differences in frequencies between the local and extracted clock signals (CLK1, CLK2), and controlling the adding or subtracting of stuffing bits so that the length of the stuffing field is within predetermined limits.
    • 一种在帧中发送数字信号(DI)的方法,其包括网络中的节点(N)之间的填充字段,每个节点具有缓冲器和用于产生本地时钟信号的本地时钟(CLK2)。 该方法包括以下步骤:从数字信号(DI)中提取时钟信号(CLK1),以提取的时钟信号(CLK1)速率将数字信号写入缓冲器,从缓冲器中读取数字信号, 为了补偿本地和所提取的时钟信号(CLK1,CLK2)之间的频率差异,并且控制填充位的加或减,使得填充字段的长度为 在预定限度内。
    • 6. 发明授权
    • Moment generator
    • 时刻发电机
    • US4745567A
    • 1988-05-17
    • US697244
    • 1985-02-01
    • Zigmantas L. BudrikisMehdi Hatamian
    • Zigmantas L. BudrikisMehdi Hatamian
    • G06T7/60G06F7/38
    • G06T7/606
    • The generation of individual moments of an image is advantageously achieved by generating a plurality of filtered signals in which each filtered signal is a linear combination of individual ones of the desired moments rather than the actual moment themselves. These filtered signals are obtained by passing the image signals through a series of single pole digital filters arranged as a matrix of filters. Each moment is formed at the end of an image frame by dematrixing the filtered signals. An illustrative embodiment uses repeating circuit patterns so that it can be easily integrated onto a circuit chip.
    • 图像的单个时刻的产生有利地通过生成多个滤波信号来实现,其中每个滤波信号是期望时刻中的个别时刻的线性组合,而不是实际时刻本身。 这些滤波信号是通过将图像信号通过布置为滤波器矩阵的一系列单极数字滤波器来获得的。 通过对滤波后的信号进行反矩阵分析,每一时刻都在图像帧的末尾形成。 示例性实施例使用重复电路图案,使得其可以容易地集成到电路芯片上。