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    • 1. 发明申请
    • REAL-TIME ADJUSTMENT OF APPLICATION-SPECIFIC OPERATING PARAMETERS FOR BACKWARDS COMPATIBILITY
    • 实时调整用于反向兼容性的应用特定操作参数
    • WO2017172475A1
    • 2017-10-05
    • PCT/US2017/023774
    • 2017-03-23
    • SONY INTERACTIVE ENTERTAINMENT INC.CERNY, Mark EvanSIMPSON, David
    • CERNY, Mark EvanSIMPSON, David
    • G06F1/08G06F9/44G06F9/45G06T15/50G09G5/397
    • Performance of a new system may be optimized to run a legacy application written for a legacy system. Performance information for the legacy application is recorded or derived while running the legacy application on the new system. Performance characteristics for the legacy application running on the new system are determined by analyzing the performance information. The performance characteristics include one or more key performance metrics and other performance information. The key performance metrics must be met when the legacy application is run on the new system. The other performance information is useful for adjusting one or more operating parameters of the new system when running the legacy application on the new system. The one or more operating parameters are adjusted so that the one or more key performance metrics are met.
    • 新系统的性能可以被优化以运行为遗留系统编写的遗留应用程序。 在新系统上运行遗留应用程序时记录或派生遗留应用程序的性能信息。 在新系统上运行的遗留应用程序的性能特征是通过分析性能信息来确定的。 性能特征包括一个或多个关键性能指标和其他性能信息。 当遗留应用程序在新系统上运行时,必须满足关键性能指标。 其他性能信息对于在新系统上运行遗留应用程序时调整新系统的一个或多个操作参数很有用。 一个或多个操作参数被调整以便满足一个或多个关键性能指标。
    • 6. 发明申请
    • A SINGLE PHOTON EMISSION SYSTEM
    • 单光子发射系统
    • WO2009105814A1
    • 2009-09-03
    • PCT/AU2009/000214
    • 2009-02-25
    • THE UNIVERSITY OF MELBOURNETRPKOVSKI, StevenSIMPSON, David AllanAMPEM-LASSEN, EricGIBSON, Brant Cameron
    • TRPKOVSKI, StevenSIMPSON, David AllanAMPEM-LASSEN, EricGIBSON, Brant Cameron
    • G02F1/39H04B10/12
    • H04B10/70
    • The present disclosure provides a method of forming a single photon emission system and a single photon emission system. The method comprises providing a single photon source arranged for single photon emission at a predetermined wavelength in response to a suitable excitation. The single photon source comprises a particle for generating the single photons. The method also comprises providing an optical pump source arranged to provide the suitable excitation in the form of suitable photons. In addition, the method comprises adjusting a pathway of the photons provided by the optical pump source and a position of the single photon source relative to each other so that the single photon source is located at a predetermined location relative to the pathway of the photons provided by the optical pump source and in use single photons are emitted by the single photon source. Providing the single photon source comprises identifying the particle for generating the single photons at a location that is remote from the predetermined location.
    • 本公开提供了形成单个光子发射系统和单个光子发射系统的方法。 该方法包括提供响应于合适的激发而被布置为以预定波长的单光子发射的单个光子源。 单个光子源包括用于产生单个光子的粒子。 该方法还包括提供光泵浦源,其布置成以合适的光子的形式提供合适的激发。 此外,该方法包括调整由光泵浦源提供的光子的路径和单个光子源相对于彼此的位置,使得单个光子源相对于所提供的光子的路径位于预定位置 通过光泵浦源并且在使用中,单个光子由单个光子源发射。 提供单个光子源包括识别用于在远离预定位置的位置处生成单个光子的粒子。