Abstract: A method for processing a game control instruction and an extension device of a game controller are provided. The extension device is connected with the game controller and a controlled game console, and the method for processing a game control instruction includes: acquiring a control instruction received by the extension device through a controller interface, the controller interface being connected with a console connection interface of the game controller; parsing the control instruction to obtain a first key instruction according to an instruction encoding rule of the game controller; acquiring a second key instruction generated by triggering a key of the extension device; recoding the first key instruction and the second key instruction according to an instruction encoding rule of the controlled game console to obtain a compatible instruction; and sending the compatible instruction to the controlled game console through the console connection interface of the extension device.

Abstract: Novel event-processing operators are provided. These novel operators can be advantageously utilized in implementing event processors and event-processing systems. The novel event-processing operators include operators for event filtering by clustering, operators for event partitioning by classification, operators for event abstraction by hypothesis testing, and operators for event filtering by point estimation.

Abstract: Novel techniques for implementing applications, such as event processors (“EPs”), designed in CQL are provided. Event processors, created as a network of CQL operators, can be implemented in SQL. Implementing an event processor in SQL allows the leveraging of significant industry knowledge and experience in research and development of SQL engines. A user can interact with an EP-generator application to design an event processor in CQL. The EP-generator application can implement the event processor by translating the CQL into SQL statements. Event-processing systems can execute the SQL implementation of the event processor in a first computing environment, such as an SQL database. In this manner, systems described herein can execute event processors defined as a network of CQL operators with high performance and scalability.

Abstract: Novel event-processing operators are provided. These novel operators can be advantageously utilized in implementing event processors and event-processing systems. The novel event-processing operators include operators for event filtering by clustering, operators for event partitioning by classification, operators for event abstraction by hypothesis testing, and operators for event filtering by point estimation.

Abstract: Novel techniques for implementing applications, such as event processors (“EPs”), designed in CQL are provided. Event processors, created as a network of CQL operators, can be implemented in SQL. Implementing an event processor in SQL allows the leveraging of significant industry knowledge and experience in research and development of SQL engines. A user can interact with an EP-generator application to design an event processor in CQL. The EP-generator application can implement the event processor by translating the CQL into SQL statements. Event-processing systems can execute the SQL implementation of the event processor in a first computing environment, such as an SQL database. In this manner, systems described herein can execute event processors defined as a network of CQL operators with high performance and scalability.

Abstract: Systems and techniques for using a Web-service based business process to interact with a Web browser as if the Web browser were a Web service server. In one exemplary implementation, an interface module with a HTTP server is provided to convert data from the Web browser into an XML document from a Web service server and to convert data from the business process engine in an XML document to a Web service server into a Web page for the Web browser. The business process engine may be programmed in the Business Process Execution Language for Web Services (BPEL) or other suitable business process execution languages.

Abstract: This application describes systems and techniques for using a Web-service based business process to interact with a Web browser as if the Web browser were a Web service server. In one exemplary implementation, an interface module with a HTTP server is provided to convert data from the Web browser into an XML document from a Web service server and to convert data from the business process engine in an XML document to a Web service server into a Web page for the Web browser. The business process engine may be programmed in the Business Process Execution Language for Web Services (BPEL) or other suitable business process execution languages. Mechanisms for supporting the back button function in the Web browser are described for interaction between the business process engine and the Web browser.

Abstract: This application describes systems and techniques for using a Web-service based business process to interact with a Web browser as if the Web browser were a Web service server. In one exemplary implementation, an interface module with a HTTP server is provided to convert data from the Web browser into an XML document from a Web service server and to convert data from the business process engine in an XML document to a Web service server into a Web page for the Web browser. The business process engine may be programmed in the Business Process Execution Language for Web Services (BPEL) or other suitable business process execution languages. Mechanisms for supporting the back button function in the Web browser are described for interaction between the business process engine and the Web browser.

Abstract: Systems and techniques for operating a Web browser as if the Web browser were a Web service server with and without a business process engine. In one exemplary implementation with a business process engine, an interface module with a HTTP server is provided to convert data from the Web browser into an XML document from a Web service server and to convert data from the business process engine in an XML document to a Web service server into a Web page for the Web browser. The business process engine may be programmed in the Business Process Execution Language for Web Services (BPEL) or other suitable business process execution languages.

Abstract: Systems and techniques for using a Web-service based business process to interact with a Web browser as if the Web browser were a Web service server. In one exemplary implementation, an interface module with a HTTP server is provided to convert data from the Web browser into an XML document from a Web service server and to convert data from the business process engine in an XML document to a Web service server into a Web page for the Web browser. The business process engine may be programmed in the Business Process Execution Language for Web Services (BPEL) or other suitable business process execution languages.