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    • 1. 发明授权
    • Annotating graphs to allow quick loading and analysis of very large graphs
    • 注释图形,以便快速加载和分析非常大的图形
    • US07853930B2
    • 2010-12-14
    • US11029070
    • 2005-01-04
    • Nick M. MitchellGary S. SevitskyHerbert G. Derby
    • Nick M. MitchellGary S. SevitskyHerbert G. Derby
    • G06F9/44
    • G06F12/0253
    • A method, information processing system, and computer readable medium for annotating graphs to allow for subsequent quick loading and analysis of very large graphs is described. The present invention encompasses a way to order and annotate nodes of a graph into a data stream that allows for optimization of subsequent processing of nodes in later analysis. For example, a very large reference graph representing heap snapshots may be annotated to facilitate post-processing and visualization of the heap for memory leak analysis. In such an example, the present invention reduces the number of objects and references to be modeled in memory, while still capturing the essence of the non-modeled portions. In this example, the present invention may process reference graphs on the scale of one hundred million live objects per snapshot using a computer with one gigabyte of memory.
    • 描述了用于注释图形以允许随后快速加载和分析非常大的图形的方法,信息处理系统和计算机可读介质。 本发明包括将图的节点排序和注释到数据流中的方法,该数据流允许在稍后的分析中优化节点的后续处理。 例如,可以注释表示堆快照的非常大的参考图,以便于进行内存泄漏分析的堆的后处理和可视化。 在这样的示例中,本发明减少了在存储器中被建模的对象和引用的数量,同时仍然捕获非建模部分的本质。 在该示例中,本发明可以使用具有一千兆字节存储器的计算机来处理每个快照的一亿个活动对象的比例的参考图。
    • 2. 发明授权
    • Method and system for the acceleration of graphics images in a
multiprocessor or preemptive processing computer system
    • 用于在多处理器或抢占式处理计算机系统中加速图形图像的方法和系统
    • US5727190A
    • 1998-03-10
    • US537386
    • 1995-10-02
    • Herbert G. DerbyThomas E. Dowdy
    • Herbert G. DerbyThomas E. Dowdy
    • G06T1/20G09G5/393G09G5/42G06F15/16
    • G06T1/20G09G5/393G09G5/42
    • A method and system for accelerating graphics images in a computer system comprises encoding a first value information into an address signal from a CPU within the computer system and then encoding a second value information into the data signal from the CPU within the computer system. By encoding the information in this manner the location of the graphics data is unimportant. Hence, an address space of the memory can be utilized as the accelerator. In one aspect of the present invention, a span of a particular scan-line can be encoded in the address signal and the row and color information of the scan-line can be encoded in the data signal. In another embodiment, the span of a particular scan-line can be encoded in the address signal and the row, color information and intensity value information can be encoded into the data signal. The method and system uses to advantage that the main memory of the computer system has a large area which can be configured as an addressable space when rendering graphic images. Accordingly, graphics images can be rendered more quickly with minimal additional software and hardware overhead.
    • 一种用于在计算机系统中加速图形图像的方法和系统包括:将第一值信息编码成来自计算机系统内的CPU的地址信号,然后将第二值信息编码为来自计算机系统内的CPU的数据信号。 通过以这种方式编码信息,图形数据的位置是不重要的。 因此,存储器的地址空间可以用作加速器。 在本发明的一个方面,特定扫描线的跨度可以编码在地址信号中,扫描线的行和颜色信息可以被编码在数据信号中。 在另一个实施例中,特定扫描线的跨度可以编码在地址信号中,并且行,颜色信息和强度值信息可被编码到数据信号中。 该方法和系统有利于计算机系统的主存储器具有大的面积,可以在绘制图形图像时被配置为可寻址空间。 因此,可以以最小的附加软件和硬件开销更快地呈现图形图像。
    • 8. 发明授权
    • Method and system for improved arbitration of a display screen in a
computer system
    • 用于改进计算机系统中显示屏幕的仲裁的方法和系统
    • US5825359A
    • 1998-10-20
    • US539671
    • 1995-10-05
    • Herbert G. DerbyPaul Charlton
    • Herbert G. DerbyPaul Charlton
    • G09G5/14G06F7/00G06F3/14
    • G09G5/14
    • A method for arbitrating display output on a display device of a computer system comprises comparing a candidate display area with each rendering display area in a rendering collection and each waiting display area in a waiting collection, and determining whether at least one dependency exists for the candidate display area based on the comparing step, wherein the candidate display area is placed in the waiting queue when at least one dependency exists. The method further includes placing the candidate display area in the rendering collection when the at least one dependency does not exist. The method of arbitration includes releasing the current rendering display area. A method for scheduling display of data on a computer display device includes subdividing partitions of an output screen of the computer display device into display areas, determining whether at least one conflict exists between candidate display data, rendering display data in a rendering collection, and waiting display data in a waiting queue, and adding the candidate display data appropriately to either the rendering collection or the waiting queue based on at least one conflict existing.
    • 一种用于在计算机系统的显示装置上仲裁显示输出的方法包括将候选显示区域与呈现集合中的每个渲染显示区域和等待集合中的每个等待显示区域进行比较,以及确定是否存在针对候选者的至少一个依赖关系 显示区域,其中当存在至少一个依赖关系时,候选显示区域被放置在等待队列中。 所述方法还包括当所述至少一个依赖关系不存在时,将所述候选显示区域放置在所述呈现集合中。 仲裁方法包括释放当前渲染显示区域。 一种用于在计算机显示设备上调度数据显示的方法包括将计算机显示设备的输出屏幕的分区划分为显示区域,确定候选显示数据之间是否存在至少一个冲突,呈现收集中的渲染显示数据和等待 在等待队列中显示数据,并且基于存在的至少一个冲突将候选显示数据适当地添加到呈现集合或等待队列中。
    • 9. 发明授权
    • Method and system for finding evolving regions in graphs without persistent node identity
    • 用于在没有持久节点身份的图形中查找演进区域的方法和系统
    • US07233733B2
    • 2007-06-19
    • US11180445
    • 2005-07-13
    • Herbert G. DerbyNicholas M. MitchellIndrajit Poddar
    • Herbert G. DerbyNicholas M. MitchellIndrajit Poddar
    • G02B6/00G06F9/45
    • G06F11/3604
    • A system, method, and computer program for identifying evolving regions in a graph of interrelated nodes representing a computer system environment. The method includes generating a series of samples (302) of the environment. Each sample includes a plurality of interrelated nodes (502) and at least one edge (504) classified into a plurality of at least one of node type and edge type, respectively. A summary (900) of the plurality of at least one of node type (502) and edge type (504) is created for the series of samples (302). A summary instance (312) of the summary (900) is created for each sample. At least one summary instance (312) is compared to at least one subsequent summary instance (314) and at least one result (318) is stored in memory (106). A successive behavior is characterized for one or more of the at least one of the node type and the edge type.
    • 用于识别表示计算机系统环境的相关节点的图中的演进区域的系统,方法和计算机程序。 该方法包括生成环境的一系列样本(302)。 每个样本分别包括多个相关节点(502)和被分类为多个节点类型和边缘类型中的至少一个的至少一个边缘(504)。 为一系列样本(302)创建节点类型(502)和边缘类型(504)中的多个至少一个的概要(900)。 为每个样本创建摘要(900)的摘要实例(312)。 将至少一个概要实例(312)与至少一个后续摘要实例(314)进行比较,并且至少一个结果(318)被存储在存储器(106)中。 连续行为的特征在于节点类型和边缘类型中的至少一个中的一个或多个。