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    • 3. 发明授权
    • Efficient synthesis of complex, driven systems
    • 复杂驱动系统的高效合成
    • US6000833A
    • 1999-12-14
    • US785744
    • 1997-01-17
    • Neil GershenfeldBernd SchonerEric Metois
    • Neil GershenfeldBernd SchonerEric Metois
    • G10H7/00G05B13/02G05B13/04G06F17/50G10H3/12G10H5/00G10H7/08G06F17/00
    • G10H5/007G10H3/125
    • Efficient synthesis of complex, driven systems is accomplished using a probabilistic framework according to which the physics of system behavior are modeled in terms of the effective degrees of freedom relevant to observed behavior, instead of modeling the physical configuration or the output waveform. A replica of the system's behavior in response to external stimulus is developed computationally, and the model used to replace (or facilitate replacement) of the system with, for example, a physical representation programmed to behave in accordance with the model. The invention may be applied to develop a model capturing the behavior of a complex musical instrument such as a violin; the model then may be embodied in any physically appealing format (e.g., as a plastic replica of the original violin that would, absent the implemented model, produce no sound if bowed; or a keyboard or other musical instrument whose response to being "played" is to generate the sounds of the original violin).
    • 使用概率框架来实现复杂驱动系统的有效合成,根据该框架,系统行为的物理学根据与观察到的行为相关的有效自由度来建模,而不是建模物理配置或输出波形。 计算地开发系统响应于外部刺激的行为的复制品,并且用于用例如被编程为根据模型行为的物理表示来替换(或有助于替换)系统的模型。 本发明可以应用于开发捕捉诸如小提琴的复杂乐器的行为的模型; 该模型然后可以以任何物理上吸引人的格式体现(例如,作为原始小提琴的塑料副本,如果没有实现的模型,如果鞠躬没有产生声音;或者对于“播放”的响应的键盘或其他乐器, 是生成原始小提琴的声音)。
    • 6. 发明申请
    • Configurable, calibrated radio frequency identification tag system
    • 可配置的校准射频识别标签系统
    • US20070001851A1
    • 2007-01-04
    • US11171444
    • 2005-07-01
    • Matthew ReynoldsBernd Schoner
    • Matthew ReynoldsBernd Schoner
    • G08B13/14
    • G06K19/0723G06K7/0095
    • A simulated RFID tag may be combined with other such tags to form a population of simulated tags. A method of testing an RFID reader includes providing at least one population of simulated RFID tags; configuring tags in the at least one population of simulated RFID tags; and querying the at least one population of simulated RFID tags with the RFID reader. The simulated RFID tags may be configured by assigning arbitrary static IDs to at least some of the simulated RFID tags; assigning a sequence of tag IDs to at least some of the simulated RFID tags; assigning a sequence of time-varying IDs to at least some the population of simulated RFID tags; and assigning arbitrary timing/persistence to at least some of the simulated RFID tags.
    • 模拟RFID标签可以与其他这样的标签组合以形成一组模拟标签。 一种测试RFID读取器的方法包括提供至少一个模拟RFID标签群; 在至少一个模拟RFID标签群中配置标签; 并用RFID读取器查询至少一个模拟RFID标签的群体。 模拟RFID标签可以通过向至少一些模拟的RFID标签分配任意静态ID来配置; 向至少一些所述模拟RFID标签分配标签ID序列; 向至少一些模拟RFID标签的群体分配时变ID序列; 以及向所述模拟的RFID标签中的至少一些分配任意的定时/持续性。