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    • 2. 发明申请
    • Memory reliability detection system and method
    • 内存可靠性检测系统及方法
    • US20060206764A1
    • 2006-09-14
    • US11080865
    • 2005-03-11
    • Ying-Chih LuMeng-Hua ChengChun-Yi LeeChia-Hsing LeeChi-Tsung ChangLing-Hung Yu
    • Ying-Chih LuMeng-Hua ChengChun-Yi LeeChia-Hsing LeeChi-Tsung ChangLing-Hung Yu
    • G06F11/00
    • G11C29/26G11C5/04G11C2029/0407
    • A memory reliability detection system and a memory reliability detection method are applied in a computer device to perform a detection process on a motherboard according to a basic input/output system (BIOS) program during power-on of the computer device, so as to allow the computer device to successfully enter an operating system and steadily operate as well as perform an initialization procedure according to the BIOS program. The computer device is allowed to read a parameter of a dual in-line memory module (DIMM) on the motherboard to perform the detection process. If a detection result does not satisfy a predetermined requirement, the DIMM is problematic and recorded in a storage unit, such that the computer device can identify and ignore the problematic DIMM according to the record after power-on, thereby preventing an influence on operation stability of the computer device due to reading the problematic DIMM during operation.
    • 在计算机装置中应用存储器可靠性检测系统和存储器可靠性检测方法,以在计算机装置通电期间根据基本输入/输出系统(BIOS)程序在母板上执行检测处理,以允许 计算机设备成功进入操作系统并稳定运行,并根据BIOS程序执行初始化过程。 允许计算机设备读取主板上的双列直插式存储器模块(DIMM)的参数,以执行检测过程。 如果检测结果不满足规定的要求,则DIMM存在问题并记录在存储单元中,使得计算机装置可根据上电后的记录识别并忽略有问题的DIMM,从而防止对操作稳定性的影响 由于在操作期间读取有问题的DIMM,计算机设备。
    • 3. 发明申请
    • Heat dissipating method
    • 散热方式
    • US20060178785A1
    • 2006-08-10
    • US11053571
    • 2005-02-07
    • Chi-Tsung ChangYing-Chih LuMeng-Hua ChengChun-Yi LeeLing-Hung YuChia-Hsing Lee
    • Chi-Tsung ChangYing-Chih LuMeng-Hua ChengChun-Yi LeeLing-Hung YuChia-Hsing Lee
    • G05D23/00
    • G05D23/1917
    • A heat dissipating method is applied to a computer system having a timing signaling mechanism and a temperature sensing unit. Firstly, a process of setting a dissipating temperature operating mode is performed. Then, a periodic signal is regularly transmitted to a basic input output system by the timing signaling mechanism of the computer system, and a temperature of each of hardware devices is regularly sensed by the temperature sensing unit. Subsequently, a heat dissipating unit of each of the hardware devices is actuated to perform a heat dissipation process according to the temperature sensed by the temperature sensing unit and the dissipating temperature operating mode. Therefore, the present invention can control operating intensity of the heat dissipating units and achieve hardware monitoring without requiring additional software or hardware, such that heat dissipating and operation efficiencies of the hardware devices of the computer system can be improved.
    • 散热方法应用于具有定时信令机构和温度感测单元的计算机系统。 首先,进行设定耗散温度运转模式的处理。 然后,通过计算机系统的定时信令机制将周期性信号定期地发送到基本输入输出系统,并且由温度感测单元定期地感测每个硬件设备的温度。 随后,驱动每个硬件装置的散热单元,以根据由温度检测单元感测的温度和散热温度运行模式进行散热处理。 因此,本发明可以控制散热单元的操作强度,并且实现硬件监视而不需要额外的软件或硬件,从而可以提高计算机系统的硬件设备的散热和运行效率。
    • 8. 发明授权
    • Computer platform automatic testing method and system
    • 电脑平台自动测试方法及系统
    • US07308376B2
    • 2007-12-11
    • US11051898
    • 2005-02-05
    • Ying-Chih LuChin-Lung WuChun-Yi LeeChia-Hsing LeeChi-Tsung ChangLing-Hung Yu
    • Ying-Chih LuChin-Lung WuChun-Yi LeeChia-Hsing LeeChi-Tsung ChangLing-Hung Yu
    • G01R27/28
    • G06F11/263
    • A computer platform automatic testing method and system is proposed, which is designed for use in conjunction with a computer platform for performing an automatic testing procedure on a computer-dedicated circuit unit installed on the computer platform, and which is characterized by the capability of performing an automatic testing procedure on a computer-dedicated circuit unit based on a user-specified set of hardware specification data about the computer platform and circuit unit under test, and the capability of automatically generating a test report that lists related data about each faulted part of the circuit unit being tested. This feature allows hardware engineers to more conveniently and efficiently correct faulted parts in the circuit unit being tested.
    • 提出了一种计算机平台自动测试方法和系统,其设计用于与计算机平台结合使用,用于在安装在计算机平台上的计算机专用电路单元上执行自动测试程序,其特征在于执行能力 基于用户指定的关于被测试的计算机平台和电路单元的硬件规格数据集的计算机专用电路单元的自动测试程序,以及自动生成测试报告的能力,该测试报告列出关于每个故障部分的相关数据 电路单元被测试。 该功能允许硬件工程师更方便,更有效地纠正正在测试的电路单元中的故障部件。
    • 10. 发明授权
    • Optimized peripheral device configuration data sequential handling method and system for computer platform
    • 优化外围设备配置数据顺序处理方法和计算机平台系统
    • US07480743B2
    • 2009-01-20
    • US11378658
    • 2006-03-15
    • Ling-Hung YuYing-Chih LuChia-Hsing Lee
    • Ling-Hung YuYing-Chih LuChia-Hsing Lee
    • G06F3/00
    • G06F9/4411
    • An optimized peripheral device configuration data sequential handling method and system is proposed, which is designed for use with a computer platform for providing the computer platform an optimized configuration data sequential handling function, which is characterized by the capability of performing a runtime data amount computing procedure for each set of the OPROM-embedded original configuration data from each connected peripheral device, such that an optimal handling sequence can be determined based on the runtime data amount for the handling of the configuration data in shadow RAM during initialization. This feature allows a shadow RAM unit having a limited capacity to support more peripheral devices at the same time, and also allows the utilization of the storage space of a shadow RAM to be more flexible and efficient.
    • 提出了一种优化的外围设备配置数据顺序处理方法和系统,其被设计用于与计算机平台一起使用以向计算机平台提供优化的配置数据顺序处理功能,其特征在于执行运行时数据量计算过程 对于来自每个连接的外围设备的每组OPROM嵌入的原始配置数据,使得可以基于用于在初始化期间处理影子RAM中的配置数据的运行时数据量来确定最佳处理顺序。 该特征允许具有有限容量的影子RAM单元同时支持更多外围设备,并且还允许利用影子RAM的存储空间更灵活和高效。