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    • 1. 发明专利
    • ADVERTISEMENT FILTRATION METHOD AND SYSTEM
    • SG161094A1
    • 2010-05-27
    • SG2003037165
    • 2003-06-25
    • FOO CHUAN SHENGLEE YANG YANGMOH HENG PING NABIL CHRISTOPHERTAN CHUN GHEE
    • FOO CHUAN SHENGLEE YANG YANGMOH HENG PING NABIL CHRISTOPHERTAN CHUN GHEE
    • H04N5/445
    • Free-to-air television programmes are watched by a large number of viewers. The broadcast of these programmes are typically supported by television commercials. In fact, these commercials occupy a significant proportion of airtime. On an average, viewers can expect 2.4 minutes of commercials for every 10 minutes of broadcast time. This can vary with different broadcasters. This naturally translates into inconvenience for the consumers, who have to sit through these commercial breaks. The inconvenience is compounded for viewers who do not watch a show live, but rather, for individuals who store the television programmes for later viewing. One approach is to use a storage system, for example a videocassette recorder (VCR) to selectively record only regular programming and to suspend recording when during a commercial break. However, this requires a person to be physically present for discriminating the commercial portion from the regular programming. An embodiment of the invention uses the watermark shown with normal television programmes for discriminating between advertisement and non-advertisement period during screening of normal television programmes. Images, constituting a portion of a television programme which is screened during a non-advertisement period, are buffered for subsequent storage onto an image storage system for obtaining an advertisement free pre- recorded television programme.
    • 10. 发明申请
    • DYNAMIC-BASED VERIFICATION APPARATUS FOR VERIFICATION FROM ELECTRONIC SYSTEM LEVEL TO GATE LEVEL, AND VERIFICATION METHOD USING THE SAME
    • 用于从电子系统验证的动态基于验证装置的门级,以及使用该验证方法的验证方法
    • US20090150136A1
    • 2009-06-11
    • US12089665
    • 2006-10-10
    • Sei Yang Yang
    • Sei Yang Yang
    • G06F9/455G06F17/00
    • G06F17/5022
    • In this invention, the instrumentation circuit or instrumentation code is added to the original design by the verification software, which is executed in a computer. The simulation consists of a front-end simulation and a back-end simulation. The front-end simulation can use an equivalent model at different abstraction level, or a simulation model for the back-end simulation. The back-end simulation uses the simulation result of front-end simulation so that it can run one or more simulation runs sequentially or in parallel. Or models at lower level of abstraction are simulated together with a model at higher level of abstraction in parallel using two or more simulators.Also, the debugging method with high visibility and controllability for the verification using a physical prototype in the in-circuit or in-system environment is provided by simulation using a simulator or a virtual prototype, and the dynamic information collected from a physical prototype in real time.
    • 在本发明中,仪器电路或仪器代码由在计算机中执行的验证软件添加到原始设计中。 仿真包括前端仿真和后端仿真。 前端仿真可以使用不同抽象级别的等效模型或后端仿真的仿真模型。 后端仿真使用前端仿真的仿真结果,使其可以顺序或并行运行一个或多个仿真运行。 或者使用两个或更多个模拟器,在较低抽象级别的模型与较高抽象层次的模型一起模拟。 此外,通过使用模拟器或虚拟原型的仿真以及从实际原型采集的动态信息,提供了在线或系统环境中使用物理原型的验证具有高可视性和可控性的调试方法 时间。