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    • 3. 发明申请
    • COMPRESSION AND DECOMPRESSION OF MEDICAL IMAGES
    • 医学图像的压缩和解压缩
    • US20080130967A1
    • 2008-06-05
    • US11565899
    • 2006-12-01
    • Gang WangBruce Jackson
    • Gang WangBruce Jackson
    • G06K9/00G06K9/36
    • H04N19/62G06F19/00G06F19/321
    • A medical image compression and decompression technique is presented which exploits the special characteristics of medical images so as to increase the achievable compression ratio over existing generic image compression techniques. In general, the presented technique categorizes medical images based on the type of images. Medical images within the same category will typically have a very high level of similarity to each other. For each category, a type of standard image is computed which represents the typical characteristics of images within a category. For each image being compressed, only the difference between the image and the standard image is compressed. Due to the high level of similarity between images in the same category, the aforementioned difference is typically small and therefore a high compression ratio can be achieved.
    • 提出了一种医学图像压缩和解压缩技术,它利用了医学图像的特殊特征,从而提高了现有通用图像压缩技术可实现的压缩比。 一般来说,所提出的技术基于图像的类型对医学图像进行分类。 相同类别内的医学图像通常具有相当高的相似度。 对于每个类别,计算一种类型的标准图像,其表示类别内的图像的典型特征。 对于被压缩的每个图像,仅压缩图像和标准图像之间的差异。 由于相同类别的图像之间的高度相似性,上述差异通常很小,因此可以实现高压缩比。
    • 4. 发明申请
    • Policy-based, cluster-application-defined quorum with generic support interface for cluster managers in a shared storage environment
    • 基于策略的集群应用程序定义的仲裁,具有用于共享存储环境中的集群管理器的通用支持接口
    • US20070016822A1
    • 2007-01-18
    • US11182469
    • 2005-07-15
    • Sudhir RaoBruce JacksonSoumitra Sarkar
    • Sudhir RaoBruce JacksonSoumitra Sarkar
    • G06F11/00
    • G06F9/5061G06F11/1425G06F2209/505H04L67/1002H04L67/1008H04L67/322
    • A system, method and computer program product for use in a server cluster having plural server nodes implementing a server tier in a client-server computing architecture in order to determine which of two or more partitioned server subgroups has a quorum. A determination is made of relative priorities of the subgroups and a quorum is awarded to the subgroup having a highest relative priority. The relative priorities are determined by policy rules that evaluate comparative server node application state information. The server node application state information may include one or more of client connectivity, application priority, resource connectivity, processing capability, memory availability, and input/output resource availability, etc. The policy rules evaluate the application state information for each subgroup and can assign different weights to different types of application state information. An interface may be provided for receiving policy rules specified by a cluster application.
    • 一种在服务器集群中使用的系统,方法和计算机程序产品,其具有在客户端 - 服务器计算架构中实现服务器层的多个服务器节点,以便确定两个或更多个分区服务器子组中的哪一个具有仲裁。 确定子组的相对优先级,并且向具有最高相对优先级的子组授予法定人数。 相对优先级由评估比较服务器节点应用状态信息的策略规则确定。 服务器节点应用状态信息可以包括客户端连接,应用优先级,资源连接性,处理能力,存储器可用性和输入/输出资源可用性等中的一个或多个。策略规则评估每个子组的应用状态信息并且可以分配 不同权重的不同类型的应用状态信息。 可以提供用于接收由集群应用指定的策略规则的接口。
    • 7. 发明申请
    • Flip-n-rip portable chainsaw mill
    • Flip-n-rip便携式锯木厂
    • US20120037276A1
    • 2012-02-16
    • US12806516
    • 2010-08-16
    • Erik GranbergBruce Jackson
    • Erik GranbergBruce Jackson
    • B27B1/00B27B17/00B27B15/00
    • B27B1/00B27B17/005B27B17/0058Y10T83/7101Y10T83/7264
    • The chainsaw apparatus of the present invention, comprising in part, a combination saw attachment and positioning assembly which in concert with a transverse guide rail assembly and a vertical level control assembly allows using a chain saw to alternatively make a cut or a series of cuts in either a vertical or horizontal plane, with said saw blade oriented in a longitudinal cutting direction, in a sawmill device; providing thus for making a cant without turning the log and for making dimensionally accurate cuts of lumber from a log or similar wood based substrate with a minimal number of cutting passes; a blade orientation fine tuning assembly allows of refining a true vertical or horizontal planar attitude of the blade. Two speed mechanical assist gantry travel and a double acting remote chain saw safety switch and throttle trigger control is also provided. No tools are needed to alter and maintain the planar arrangement of the chain saw or the position of the saw carriage section along the transverse guide rail assembly of the gantry of the sawmill. The apparatus is modular and can be assembled and used by one person and is transportable in a van or pickup.
    • 本发明的链锯装置部分地包括组合锯附接和定位组件,其与横向导轨组件和垂直水平控制组件相配合,允许使用链锯来交替地进行切割或一系列切割 在锯木厂装置中,所述锯片在纵向切割方向上定向的垂直或水平平面; 从而在不转动原木的情况下进行倾斜,并且以最少数量的切割道次从原木或类似的木基基板进行尺寸精确的木材切割; 刀片定向微调组件允许精炼刀片的真正的垂直或水平平面姿态。 还提供了双速机械辅助门架行程和双作用远程链锯安全开关和油门触发控制。 不需要工具来改变和维持链锯的平面布置或锯条滑架部分沿着锯木厂机架的横向导轨组件的位置。 该设备是模块化的,可以由一个人组装和使用,并且可以在货车或皮卡中运输。
    • 10. 发明授权
    • Compression and decompression of medical images
    • 医学图像的压缩和减压
    • US07697741B2
    • 2010-04-13
    • US11565899
    • 2006-12-01
    • Gang WangBruce Jackson
    • Gang WangBruce Jackson
    • G06K9/00A61B6/00
    • H04N19/62G06F19/00G06F19/321
    • A medical image compression and decompression technique is presented which exploits the special characteristics of medical images so as to increase the achievable compression ratio over existing generic image compression techniques. In general, the presented technique categorizes medical images based on the type of images. Medical images within the same category will typically have a very high level of similarity to each other. For each category, a type of standard image is computed which represents the typical characteristics of images within a category. For each image being compressed, only the difference between the image and the standard image is compressed. Due to the high level of similarity between images in the same category, the aforementioned difference is typically small and therefore a high compression ratio can be achieved.
    • 提出了一种医学图像压缩和解压缩技术,它利用了医学图像的特殊特征,从而提高了现有通用图像压缩技术可实现的压缩比。 一般来说,所提出的技术基于图像的类型对医学图像进行分类。 相同类别内的医学图像通常具有相当高的相似度。 对于每个类别,计算一种类型的标准图像,其表示类别内的图像的典型特征。 对于被压缩的每个图像,仅压缩图像和标准图像之间的差异。 由于相同类别的图像之间的高度相似性,上述差异通常很小,因此可以实现高压缩比。