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    • 2. 发明授权
    • Secure exchange of information in electronic design automation
    • 在电子设计自动化中安全交换信息
    • US08302039B2
    • 2012-10-30
    • US12758640
    • 2010-04-12
    • John G. FergusonFedor G. PikusKyohei SakajiriLaurence W. Grodd
    • John G. FergusonFedor G. PikusKyohei SakajiriLaurence W. Grodd
    • G06F17/50G06F21/00G06F12/14H04L29/06
    • G06Q40/04H04L9/0838H04L2209/16
    • Described herein are methods and systems for secure exchange of information related to electronic design automation. Information deemed sensitive and otherwise worthy of protection may be secured by methods such as encryption, obfuscation and other security measures. The secured information may be provided to an electronic design automation tool for processing without revealing at least some of the secured information. For instance, rule files related to integrated circuit manufacturability may be selectively annotated to indicate portions thereof deserving of protection. An encryption tool may be used to secure the information so indicated and generate a file comprising secured information related to electronic design automation. An electronic design automation tool may then unlock and use the secured information without revealing the same. For instance, the tool may be a physical verification tool capable of verifying whether any of the one or more integrated circuit layouts may violate one or more of the secured rules. An error report may be generated without revealing the secured rules.
    • 这里描述了用于安全地交换与电子设计自动化相关的信息的方法和系统。 被视为敏感而其他值得保护的信息可以通过加密,混淆和其他安全措施等方法来保护。 可以将安全信息提供给电子设计自动化工具用于处理,而不暴露至少一些安全信息。 例如,可以选择性地注释与集成电路可制造性相关的规则文件,以指示其应得到保护的部分。 可以使用加密工具来保护所指示的信息,并生成包括与电子设计自动化有关的安全信息的文件。 然后,电子设计自动化工具可以解锁和使用安全信息,而不会泄露它们。 例如,该工具可以是能够验证一个或多个集成电路布局中的任一个是否可能违反一个或多个安全规则的物理验证工具。 可能会生成错误报告,而不会泄露安全规则。
    • 4. 发明申请
    • SECURE EXCHANGE OF INFORMATION IN ELECTRONIC DESIGN AUTOMATION
    • 电子设计自动化信息安全交换
    • US20080148348A1
    • 2008-06-19
    • US12036816
    • 2008-02-25
    • John G. FergusonFedor G. PikusKyohei SakajiriLaurence W. Grodd
    • John G. FergusonFedor G. PikusKyohei SakajiriLaurence W. Grodd
    • G06F21/00G06F21/24
    • G06F21/6209G06F2221/2137
    • Information related to electronic design automation may be exchanged in a secure manner. Information deemed sensitive and otherwise worthy of protection may be secured by methods such as encryption, obfuscation and other security measures. The secured information may be processed without revealing at least some of the secured information. For instance, rule files related to integrated circuit manufacturability may be selectively annotated to indicate portions thereof deserving of protection. An encryption tool may be used to secure the information related to electronic design automation. An electronic design automation tool may then unlock and use the secured information without revealing the same. In one aspect, such access or secure use of the information may depend on one or more conditions being met (e.g., a time period or a number of uses or accesses). For instance, the tool may be a physical verification tool capable of verifying whether any of the one or more integrated circuit layouts may violate one or more of the secured rules.
    • 与电子设计自动化相关的信息可以以安全的方式交换。 被视为敏感而其他值得保护的信息可以通过加密,混淆和其他安全措施等方法来保护。 可以处理安全信息,而不泄露至少一些安全信息。 例如,可以选择性地注释与集成电路可制造性相关的规则文件,以指示其应得到保护的部分。 可以使用加密工具来保护与电子设计自动化有关的信息。 然后,电子设计自动化工具可以解锁和使用安全信息,而不会泄露它们。 在一个方面,信息的这种访问或安全使用可以取决于满足的一个或多个条件(例如,一个时间段或多个使用或访问)。 例如,该工具可以是能够验证一个或多个集成电路布局中的任一个是否可能违反一个或多个安全规则的物理验证工具。
    • 5. 发明授权
    • Secure exchange of information in electronic design automation
    • 在电子设计自动化中安全交换信息
    • US07222312B2
    • 2007-05-22
    • US10895485
    • 2004-07-20
    • John G. FergusonFedor G. PikusKyohei SakajiriLaurence W. Grodd
    • John G. FergusonFedor G. PikusKyohei SakajiriLaurence W. Grodd
    • G06F17/50G04Q99/00H04L9/00H04L9/3213
    • G06Q40/04H04L9/0838H04L2209/16
    • Described herein are methods and systems for secure exchange of information related to electronic design automation. Information deemed sensitive and otherwise worthy of protection may be secured by methods such as encryption, obfuscation and other security measures. The secured information may be provided to an electronic design automation tool for processing without revealing at least some of the secured information. For instance, rule files related to integrated circuit manufacturability may be selectively annotated to indicate portions thereof deserving of protection. An encryption tool may be used to secure the information so indicated and generate a file comprising secured information related to electronic design automation. An electronic design automation tool may then unlock and use the secured information without revealing the same. For instance, the tool may be a physical verification tool capable of verifying whether any of the one or more integrated circuit layouts may violate one or more of the secured rules. An error report may be generated without revealing the secured rules.
    • 这里描述了用于安全地交换与电子设计自动化相关的信息的方法和系统。 被视为敏感而其他值得保护的信息可以通过加密,混淆和其他安全措施等方法来保护。 可以将安全信息提供给电子设计自动化工具用于处理,而不暴露至少一些安全信息。 例如,可以选择性地注释与集成电路可制造性相关的规则文件,以指示其应得到保护的部分。 可以使用加密工具来保护所指示的信息,并生成包括与电子设计自动化有关的安全信息的文件。 然后,电子设计自动化工具可以解锁和使用安全信息,而不会泄露它们。 例如,该工具可以是能够验证一个或多个集成电路布局中的任一个是否可能违反一个或多个安全规则的物理验证工具。 可能会生成错误报告,而不会泄露安全规则。
    • 9. 发明申请
    • Secure exchange of information in electronic design automation
    • 在电子设计自动化中安全交换信息
    • US20050071659A1
    • 2005-03-31
    • US10895485
    • 2004-07-20
    • John FergusonFedor PikusKyohei SakajiriLaurence Grodd
    • John FergusonFedor PikusKyohei SakajiriLaurence Grodd
    • H04L9/08H04L9/30H04L9/00
    • G06Q40/04H04L9/0838H04L2209/16
    • Described herein are methods and systems for secure exchange of information related to electronic design automation. Information deemed sensitive and otherwise worthy of protection may be secured by methods such as encryption, obfuscation and other security measures. The secured information may be provided to an electronic design automation tool for processing without revealing at least some of the secured information. For instance, rule files related to integrated circuit manufacturability may be selectively annotated to indicate portions thereof deserving of protection. An encryption tool may be used to secure the information so indicated and generate a file comprising secured information related to electronic design automation. An electronic design automation tool may then unlock and use the secured information without revealing the same. For instance, the tool may be a physical verification tool capable of verifying whether any of the one or more integrated circuit layouts may violate one or more of the secured rules. An error report may be generated without revealing the secured rules.
    • 这里描述了用于安全地交换与电子设计自动化相关的信息的方法和系统。 被视为敏感而其他值得保护的信息可以通过加密,混淆和其他安全措施等方法来保护。 可以将安全信息提供给电子设计自动化工具用于处理,而不暴露至少一些安全信息。 例如,可以选择性地注释与集成电路可制造性相关的规则文件,以指示其应得到保护的部分。 可以使用加密工具来保护所指示的信息,并生成包括与电子设计自动化有关的安全信息的文件。 然后,电子设计自动化工具可以解锁和使用安全信息,而不会泄露它们。 例如,该工具可以是能够验证一个或多个集成电路布局中的任一个是否可能违反一个或多个安全规则的物理验证工具。 可能会生成错误报告,而不会泄露安全规则。
    • 10. 发明授权
    • Method and apparatus for determining phase shifts and trim masks for an integrated circuit
    • 用于确定集成电路的相移和修剪掩模的方法和装置
    • US06455205B1
    • 2002-09-24
    • US10017357
    • 2001-12-13
    • Nicolas Bailey CobbKyohei Sakajiri
    • Nicolas Bailey CobbKyohei Sakajiri
    • G03H104
    • G03F1/26G03F1/70G03F7/2026
    • A method and apparatus for deep sub-micron layout optimization is described. Components of an integrated circuit (IC) design (e.g., gates) can be identified and manufactured using a phase shifting process to improve circuit density and/or performance as compared to a circuit manufactured without using phase shifting processes. In one embodiment, a first mask (e.g., a phase shift mask) is generated that includes the component to be manufactured using the phase shifting process. A second mask (e.g., a trim mask) is also generated to further process the structure created using the first mask. Both masks are defined based on a region (e.g., a diffusion region) in a different layer of the integrated circuit layout than the structure (e.g., the gate) being created with the phase shifting process.
    • 描述了深亚微米布局优化的方法和装置。 与不使用相移处理而制造的电路相比,可以使用相移过程来识别和制造集成电路(IC)设计(例如,门)的组件以改善电路密度和/或性能。 在一个实施例中,产生包括使用相移处理来制造的部件的第一掩模(例如,相移掩模)。 还产生第二掩模(例如,修剪掩模)以进一步处理使用第一掩模产生的结构。 基于集成电路布局的不同层中的区域(例如,扩散区域)来定义两个掩模,而不是通过相移过程创建的结构(例如,栅极)。