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    • 1. 发明申请
    • Constructing Petri Nets from traces for diagnostics
    • 从痕迹构建Petri网络进行诊断
    • US20080320437A1
    • 2008-12-25
    • US11820594
    • 2007-06-20
    • Hartmut Maennel
    • Hartmut Maennel
    • G06F11/36G06F9/44G06F9/45
    • G06F11/3604G06F11/366
    • Various technologies and techniques are disclosed for using Petri Nets for diagnostics of concurrent programs. One or more initial traces are obtained from a concurrent program that executed properly. The initial trace is used to create a Petri Net. To generate the Petri Net, unique task identifiers and places of interest are generated, and transitions are added. The resulting Petri Net is stored for later use in differential debugging. A trace is obtained from a later execution of the concurrent program that did not execute properly. The later trace is run against the Petri Net to identify at least one difference. A Petri Net can also be used for model checking of concurrent programs. A model checking process is performed to analyze possible executions in the Petri Net to look for one or more problems. A result of the model checking process is output.
    • 披露了使用Petri网进行并行程序诊断的各种技术和技术。 从正确执行的并发程序获得一个或多个初始跟踪。 初始跟踪用于创建Petri网。 为了生成Petri网,生成唯一的任务标识符和兴趣点,并添加转换。 所得到的Petri Net存储在稍后用于差分调试中。 从未执行的并发程序的稍后执行获得跟踪。 后来的跟踪是针对Petri网,以确定至少一个差异。 Petri网也可用于并发程序的模型检查。 执行模型检查过程以分析Petri网中的可能执行以寻找一个或多个问题。 输出模型检查过程的结果。
    • 2. 发明授权
    • Constructing petri nets from traces for diagnostics
    • 从踪迹构建Petri网进行诊断
    • US08276124B2
    • 2012-09-25
    • US11820594
    • 2007-06-20
    • Hartmut Maennel
    • Hartmut Maennel
    • G06F9/44
    • G06F11/3604G06F11/366
    • Various technologies and techniques are disclosed for using Petri Nets for diagnostics of concurrent programs. One or more initial traces are obtained from a concurrent program that executed properly. The initial trace is used to create a Petri Net. To generate the Petri Net, unique task identifiers and places of interest are generated, and transitions are added. The resulting Petri Net is stored for later use in differential debugging. A trace is obtained from a later execution of the concurrent program that did not execute properly. The later trace is run against the Petri Net to identify at least one difference. A Petri Net can also be used for model checking of concurrent programs. A model checking process is performed to analyze possible executions in the Petri Net to look for one or more problems. A result of the model checking process is output.
    • 披露了使用Petri网进行并行程序诊断的各种技术和技术。 从正确执行的并发程序获得一个或多个初始跟踪。 初始跟踪用于创建Petri网。 为了生成Petri网,生成唯一的任务标识符和兴趣点,并添加转换。 所得到的Petri Net存储在稍后用于差分调试中。 从未执行的并发程序的稍后执行获得跟踪。 后来的跟踪是针对Petri网,以确定至少一个差异。 Petri网也可用于并发程序的模型检查。 执行模型检查过程以分析Petri网中的可能执行以寻找一个或多个问题。 输出模型检查过程的结果。
    • 3. 发明授权
    • Classifying documents using multiple classifiers
    • 使用多个分类器分类文档
    • US08713007B1
    • 2014-04-29
    • US12404089
    • 2009-03-13
    • Dmitry KorolevHartmut Maennel
    • Dmitry KorolevHartmut Maennel
    • G06F17/30
    • G06N5/048G06F17/30707G06N99/005
    • Methods, systems, and apparatus, including computer programs encoded on computer storage media, for classifying resources using scores from multiple classifiers. In general, one aspect of the subject matter described in this specification can be embodied in methods that include the actions of receiving identifying a collection of documents to classify; receiving a plurality of classifiers for scoring a document with respect to a specified property; for each document in the collection, applying each of the plurality of classifiers, each classifier generating a score associated with a likelihood that the document has the specified property, combining the scores from each classifier including applying a multiple classifier model that uses monotonic regression to combine the plurality of classifiers, and classifying the document as having the specified property based on the combined score.
    • 方法,系统和装置,包括在计算机存储介质上编码的计算机程序,用于使用来自多个分类器的分数来分类资源。 通常,本说明书中描述的主题的一个方面可以体现在包括接收标识要归类的文档集合的动作的方法中; 接收多个分类器,用于相对于指定属性对文档进行评分; 对于集合中的每个文档,应用多个分类器中的每一个,每个分类器生成与文档具有指定属性的可能性相关联的分数,组合来自每个分类器的分数,包括应用使用单调回归的多个分类器模型来组合 多个分类器,并且基于组合分数将文档分类为具有指定的属性。
    • 6. 发明授权
    • Locating source code when stopping in a debugger
    • 在调试器中停止时查找源代码
    • US07516445B2
    • 2009-04-07
    • US11171811
    • 2005-06-30
    • Hartmut MaennelHabib HeydarianStephen W. Provine
    • Hartmut MaennelHabib HeydarianStephen W. Provine
    • G06F9/44
    • G06F11/3664
    • A method for automatically retrieving source code during software debugging sessions using a development system includes stopping in an object with compiled code where the compiled code is associated with corresponding source code via a debugging support file. The compiled code can be run on different hosts. During a debugging session, a local debugger portion of the software in the development system requests a unique resource locator for the source code. A remote software debugger portion on a host responds by providing a hosttype, which specifies the host specific search algorithm, and the original path for the source code. A development system host access component requests a file with matching name and original path from the host. An original source file checksum is compared with a retrieved checksum. Upon a match, the retrieved source code is stored in the development system and accessed for user display.
    • 在使用开发系统的软件调试会话期间自动检索源代码的方法包括通过调试支持文件在已编译的代码与对应的源代码相关联的编译代码中停止对象。 编译代码可以在不同的主机上运行。 在调试会话期间,开发系统中的软件的本地调试器部分为源代码请求唯一的资源定位符。 主机上的远程软件调试器部分通过提供指定主机特定搜索算法的主机类型和源代码的原始路径来进行响应。 开发系统主机访问组件从主机请求具有匹配名称和原始路径的文件。 将原始源文件校验和与检索的校验和进行比较。 在匹配时,检索到的源代码存储在开发系统中,并被访问以供用户显示。
    • 9. 发明申请
    • Locating source code when stopping in a debugger
    • 在调试器中停止时查找源代码
    • US20070006155A1
    • 2007-01-04
    • US11171811
    • 2005-06-30
    • Hartmut MaennelHabib HeydarianStephen Provine
    • Hartmut MaennelHabib HeydarianStephen Provine
    • G06F9/44
    • G06F11/3664
    • A method for automatically retrieving source code during software debugging sessions using a development system includes stopping in an object with compiled code where the compiled code is associated with corresponding source code via a debugging support file. The compiled code can be run on different hosts. During a debugging session, a local debugger portion of the software in the development system requests a unique resource locator for the source code. A remote software debugger portion on a host responds by providing a hosttype, which specifies the host specific search algorithm, and the original path for the source code. A development system host access component requests a file with matching name and original path from the host. An original source file checksum is compared with a retrieved checksum. Upon a match, the retrieved source code is stored in the development system and accessed for user display.
    • 在使用开发系统的软件调试会话期间自动检索源代码的方法包括通过调试支持文件在已编译的代码与对应的源代码相关联的编译代码中停止对象。 编译代码可以在不同的主机上运行。 在调试会话期间,开发系统中的软件的本地调试器部分为源代码请求唯一的资源定位符。 主机上的远程软件调试器部分通过提供指定主机特定搜索算法的主机类型和源代码的原始路径来进行响应。 开发系统主机访问组件从主机请求具有匹配名称和原始路径的文件。 将原始源文件校验和与检索的校验和进行比较。 在匹配时,检索到的源代码存储在开发系统中,并被访问以供用户显示。