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    • 6. 发明申请
    • 一种数据处理装置及数据处理方法
    • WO2017186142A1
    • 2017-11-02
    • PCT/CN2017/082175
    • 2017-04-27
    • 北京大学
    • 许进
    • G06N3/12G06F19/18
    • G06N3/12G16B20/00
    • 一种数据处理装置及方法,该装置包括处理指令输入模块(11)、控制器(12)、连接在第一容器(13)和第三容器(15)连通通路上的第一开关(17)、连接在第二容器(14)和第三容器(15)连通通路上的第二开关(18)、检测器(16)、第一容器(13)、第二容器(14)、第三容器(15);处理指令输入模块(11)连接控制器(12),控制器(12)连接上述两开关(17,18)和检测器(16)。控制器(12)根据处理指令输入模块(11)输入的处理指令向上述开关(17,18)发送第一和第二指令,使第一容器(13)中预存的第一反应物进入第三容器(15),第二容器(14)内预存的第二反应物进入第三容器(15)中与第一反应物在第三容器(15)中预存的反应介质作用下反应生成聚合体,并在发送第一或第二指令达到预设时间时,控制检测器(16)检测聚合体,根据检测结果确定聚合体是否为处理结果。
    • 7. 发明申请
    • ALIFE MACHINE LEARNING SYSTEM AND METHOD
    • ALIFE MACHINE学习系统和方法
    • WO2016207731A2
    • 2016-12-29
    • PCT/IB2016/001060
    • 2016-06-27
    • SENTIENT TECHNOLOGIES (BARBADOS) LIMITED
    • HODJAT, BabakSHAHRZAD, Hormoz
    • A63F13/45G06F17/30
    • G06N3/126A63F13/45G06F9/45516G06F15/18G06F17/30G06F17/30539G06F2216/03G06N3/12
    • Roughly described, a problem solving platform distributes the solving of the problem over a evolvable individuals, each of which also evolves its own pool of actors. The actors have the ability to contribute collaboratively to a solution at the level of the individual, instead of each actor being a candidate for the full solution. Populations evolve both at the level of the individual and at the level of actors within an individual. In an embodiment, an individual defines parameters according to which its population of actors can evolve. The individual is fixed prior to deployment to a production environment, but its actors can continue to evolve and adapt while operating in the production environment. Thus a goal of the evolutionary process at the level of individuals is to find populations of actors that can sustain themselves and survive, solving a dynamic problem for a given domain as a consequence.
    • 粗略地描述,问题解决平台将问题的解决方案分配给可演化的个体,每个人也演变出自己的参与者池。 演员有能力为个人层面的解决方案进行协作,而不是每个演员都是全面解决方案的候选人。 人口在个人层面和个人行为层面上演变。 在一个实施例中,个体定义了根据其参与者群体可以演变的参数。 个人在部署到生产环境之前是固定的,但是在生产环境中运行时,其角色可以继续发展和适应。 因此,个人层面的进化过程的目标是找到能够维持自己和生存的行为者,从而为特定领域解决动态问题。
    • 8. 发明申请
    • SYSTEMS AND METHODS FOR PROBLEM SOLVING, USEFUL FOR EXAMPLE IN QUANTUM COMPUTING
    • 用于问题解决的系统和方法,有用于量子计算中的示例
    • WO2016029172A1
    • 2016-02-25
    • PCT/US2015/046393
    • 2015-08-21
    • D-WAVE SYSTEMS INC.
    • HAMZE, FirasKING, Andrew, DouglasRAYMOND, JackROY, Aidan, PatrickISRAEL, RobertANDRIYASH, EvgenyMCGEOCH, CatherineRANJBAR, Mani
    • G06N99/00G06F17/10
    • G06N99/002G06F9/02G06F9/32G06F15/18G06F15/76G06F17/10G06N3/12
    • Computational systems implement problem solving using heuristic solvers or optimizers. Such may iteratively evaluate a result of processing, and modify the problem or representation thereof before repeating processing on the modified problem, until a termination condition is reached. Heuristic solvers or optimizers may execute on one or more digital processors and/or one or more quantum processors. The system may autonomously select between types of hardware devices and/or types of heuristic optimization algorithms. Such may coordinate or at least partially overlap post-processing operations with processing operations, for instance performing post-processing on an ith batch of samples while generating an (i+1)th batch of samples, e.g., so post-processing operation on the ith batch of samples does not extend in time beyond the generation of the (i+1)th batch of samples. Heuristic optimizers selection is based on pre-processing assessment of the problem, e.g., based on features extracted from the problem and for instance, on predicted success.
    • 计算系统使用启发式求解器或优化器来实现问题解决。 这样可以迭代地评估处理的结果,并且在对修改的问题重复处理之前修改其问题或表示,直到达到终止条件。 启发式求解器或优化器可以在一个或多个数字处理器和/或一个或多个量子处理器上执行。 系统可以在类型的硬件设备和/或启发式优化算法的类型之间自主选择。 这样可以将后处理操作与处理操作协调或至少部分地重叠,例如在生成第(i + 1)批样本时对第一批样本执行后处理,例如,对 第一批样品不超过第(i + 1)批次样品的产生时间。 启发式优化器选择基于对问题的预处理评估,例如,基于从问题提取的特征,并且例如基于预测的成功。
    • 10. 发明申请
    • VERTICAL CURVE SYSTEM FOR SURFACE GRADING
    • 用于表面分级的垂直曲线系统
    • WO2008130610A1
    • 2008-10-30
    • PCT/US2008/004988
    • 2008-04-18
    • WILLIAMS, MarkWILLIAMS, Alan
    • WILLIAMS, MarkWILLIAMS, Alan
    • E02F3/76
    • G06N3/12G06N3/126
    • A method is disclosed that generates design profiles and a surface therefrom that promote water drainage from soil in an area of interest. Topographical data describing an initial surface of the area of interest are used to form initial profiles. The method generates the design profiles using the initial profiles and desired design parameters such as minimum slope, maximum slope, optimal slope, maximum depth, optimal depth, starting elevation, ending elevation, rules of curvature, and rules of earth balancing. The method generates design surface profiles so that the cut volumes and fill volumes of the soil are at or near balance as much as possible from the available soil in the area of interest.
    • 公开了一种从感兴趣区域的土壤产生排水的设计简档和表面的方法。 描述描述感兴趣区域的初始表面的地形数据用于形成初始轮廓。 该方法使用初始轮廓和期望的设计参数(如最小坡度,最大坡度,最优坡度,最大深度,最佳深度,起始仰角,结束高程,曲率规则和土方平衡规则)生成设计轮廓。 该方法产生设计表面轮廓,使得土壤的切割体积和填充体积尽可能距离感兴趣区域中的可用土壤尽可能接近平衡。