Oracle International Corporation

Siebel Systems, Inc.

Ebay, Incorporated

Yahoo! Inc.

Jon Degenhardt

Rahim Mohamed Yaseen

Min Lu

Sanjin Tulac

Peter Thorson

Sudhakar Kaki

Kanchan Shringi

Maria Elisabeth Kaval

Atul Suklikar

Issac Stephen Levin

Alvin H To

Yu Sui

Kaushik Roy

Abdelhalim Abbas

Christopher Scott Nash

Michael Mathieson

Vipul Shroff

Jingzhou Hua

Dejia Wang

Parashuram Kulkarni

Ramakrishnan Natarajan

Sean Kevin Frogner

Xiaopei (Joyce) Zhang

Yee Wah Lee

Siemel Naran

Tamas Sarlos

Arjun Chandrasekar Iyer

Sinfan Tang

Various embodiments include systems and methods for search result ranking using machine learning. A goal model can be created using machine learning. Responsive to a search query, a plurality of data factors can be inputted into the goal model to create a model output. Search results can be presented to a user based on the model output.

Search result ranking using machine learning

In one embodiment, a method includes accessing a mapping that represents a correspondence between a column in a source database and a column in a temporary storage table, in response to receiving a data operation request to execute a data operation on a column of the source database. The method further includes changing the temporary storage table by executing the data operation on the temporary storage table and performing a reconstruction operation using data from the temporary storage table and the source database.

Long-lived data transactions

In one embodiment, a method for providing a debugging functionality embedded in an application supporting an n-tiered architecture includes determining that the debugging functionality embedded in the application is requested, and causing current state information to be presented to a user at each break point in the production environment.

Debugging functionality embedded in an application

A method and apparatus for an integrated process modeler is described. The modeler comprises a non-technical interface to permit design of a business process by a non-technical use and a technical interface to implement substeps of the process to automate technical aspects of the process by a technical user, using the same process modeler. The resulting process designed to be used by non-technical employees, to automatically lead the non-technical employees through the business process.

Method and apparatus to present an integrated process modeler

Disclosed are apparatus and methods for compressing a set of numerical values for a set of feature values, which can be utilized by a rule based or decision tree system. In certain embodiments, the numerical values are transformed into a subset of integer values based on how they are to be analyzed by conditional processes of the rule based or decision tree system that compare such numerical values to one or more threshold values. This transformation is accomplished such that if the rule based or decision tree system is applied after transformation, identical results are produced as compared to the original numerical values being used by the rule based or decision tree system. Other compression techniques may also be applied to the transformed values. An altered rule based or decision tree system, in which threshold values are also transformed to integer values, may be applied to the transformed values. Alternatively, the rule based or decision tree system may be applied to a set of decoded numerical values.

Apparatus and methods for lossless compression of numerical attributes in rule based systems

In one embodiment, a method for handling subtasks within a business task includes providing a plurality of user interfaces (UIs) pertaining to the business task having at least one subtask step. The subtask step has a subtask defined within the business task by an intermediate user to reuse a portion of another business task. The method further includes allowing an end user to navigate back and forth through the plurality of UIs.

Sub-task mechanism for development of task-based user interfaces

A method for building wizard-style user interfaces (UIs) for a business task is disclosed. The method includes receiving metadata at a computer system, where the metadata comprises information regarding the business task, generating an analysis by analyzing the metadata, generating user guidance information, and executing flow and business logic of the business task. The user guidance information is with regard to the business task, and the user guidance information is based on the analysis.

Declarative task-based user interfaces

In one embodiment, a method for facilitating long-lived data transactions includes starting a data transaction during a first user session, storing data associated with the data transaction in a temporary storage table, and ending the data transaction during a second user session using contents of the temporary storage table.

In one embodiment, a method for providing a transient data facility for database applications includes creating a definition of transient data that corresponds to a unit of work to be performed by an application, and mapping the definition of transient data to a temporary storage table. The method further includes storing the transient data in the temporary storage table while the application performs the unit of work spanning one or more user sessions, and deleting the transient data after the application completes the unit of work.

Transient data facility for database applications

An embodiment of the present invention describes a method and system for using related data from external systems employing incompatible character sets to affect a business process. For one embodiment, a first external system uses a first character set. A first data set is received from the first external system, the first data set using the first character set. A second external system uses a second character set. A second data set is received from the second external system, the second data set using the second character set. The first data set and the second data set are converted to use a third character set, the third character set a superset of the first character set and the second character set. The first data set and the second data set, as converted and integrated, are then used to effect one or more business processes. For one embodiment, the third character set is Unicode.

Integrating related data from incompatible systems for enhanced business functionality

In one embodiment, a method for building wizard-style user interfaces (UIs) for a business task includes identifying a collection of metadata associated with the business task, and processing the collection of metadata to provide a set of wizard-style UIs pertaining to the business task.

An end-to-end process modeler comprising a vertically integrated process modeler to provide a design aspect for a non-technical user and an implementation aspect for a technical user, the vertically integrated process modeler designed to create a complete executable process.

Method and apparatus for an integrated process modeller

An embodiment of the present invention describes a method for controlling character set conversion. A request for data from a first computing system using a first character set is received by a second computing system using a second character set. The first character set is a subset of the second character set. Prior to transmitting the requested data, the second computing system performs a simulated conversion of the data from the second character set to the first character set. The simulated conversion identifies the prospective character set conversion failures and error-handling response of the first computing system's character conversion routine. The second computing system identifies and stores prospective character conversion failures and uses this information to determine responsive action including preempting the data transmission.

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Mountain View, CA, United States of America

Jon Degenhardt