Abstract: A processing method in a system including first and second computer devices, the second device receiving batches of data to be sorted into N categories is provided. According to the method, an algorithm for sorting into N categories, which is stored in the second device, is executed in the second device and determines a respective category from among the N categories for each batch of data; and an action is selectively triggered according to the category determined for the received data batches, respectively. The sorting algorithm may previously be obtained according to the following steps: i/ a data sample is generated for each of the N categories; ii/ according to the data received by the first device for the data samples, an algorithm for sorting into N categories is determined by the first device according to consecutive iterations of a definition algorithm executed in the first device.

Abstract: A method and system for running multiple instances of a computer application into a virtual environment on a host server, and more specifically for running multiple instances of an operating system such as a mobile devices operating system, on the internet cloud. The method includes launching a global service manager, and having this service manager querying a binder driver which handles interprocess communications, so that the global service manager becomes a binder context manager for managing the running of multiple instances of the computer application into a virtual running environment. The method also includes launching, when launching any instance of the application after launch of the global service manager, a local service manager for handling service management for the instance of the application into a pseudo-virtual environment, the local service manager being registered by the binder context manager as local service manager for the instance of the application.

Abstract: A mobile phone (12) includes a first buffer memory (32) for storing a data file, the data file being in a first format and including a plurality of data packets, a converter (34) for converting the file stored in the first buffer memory, from the first format into a second format, the converter (34) being connected as output of the first buffer memory (32), a second buffer memory (36) connected as output of the converter (34) and adapted to store the transformed file in the second format, and a streaming server (18) for streaming data to a remote client equipment (14) according to a predetermined network protocol. The streaming server (18) is adapted to be connected to the remote client equipment (14) via a data link (16) and to receive a data streaming request from the remote client equipment (14).

Abstract: A mobile phone of the type including a connection, able to allow the connection to a webpage with a particular URL, the connection to said webpage requiring the entry of a particular identifier specific to said webpage, a first storage able to store, in a database, the particular identifiers, each associated with a corresponding webpage. The mobile phone also includes a trigger able to systematically and automatically trigger, after the entry of a particular identifier, the implementation of a selector for choosing a primary identifier shared by all webpages requiring that a particular identifier be entered, if no primary identifier has been chosen yet, and a second storage able to store a security datum depending on the primary identifier after the entry of the primary identifier.

Abstract: A method and system for running multiple instances of a computer application into a virtual environment on a host server, and more specifically for running multiple instances of an operating system such as a mobile devices operating system, on the internet cloud. The method includes launching a global service manager, and having this service manager querying a binder driver which handles interprocess communications, so that the global service manager becomes a binder context manager for managing the running of multiple instances of the computer application into a virtual running environment. The method also includes launching, when launching any instance of the application after launch of the global service manager, a local service manager for handling service management for the instance of the application into a pseudo-virtual environment, the local service manager being registered by the binder context manager as local service manager for the instance of the application.

Abstract: A computer system which includes a plurality of threads and a garbage collector that traces memory objects and identifies memory objects according to a three-color abstraction. The computer system also includes two methods of deleting compiled code in a self-modifying multi-threaded computer system. The computer system also utilizes a method of handling links between fragments of code in a self-modifying multi-threaded computer system. The computer system also handles patches between two pieces of code.

Abstract: The mobile telephone includes a data storage divided into a plurality of storage volumes. Each storage volume includes at least one partition, each partition of each storage volume being adapted to store content. The mobile telephone also includes a supply chain for content stored in the storage volumes with the user, the chain including: a detector for detecting storage volumes; a reader for reading storage volumes; a content supply device for supplying content to applications of the telephone; and at least one content presentation application. The reader for reading the storage volumes includes a plurality of volume scanners, the content supply devicer includes a plurality of content suppliers, and the storage volume detector includes a single daemon and a single program for listening to the daemon.

Abstract: A mobile phone is provided. The mobile phone includes a first buffer memory, a downloader for downloading a data file from a web server in the first buffer memory, the file being accessible at a web address on the web server, the downloader being connected to the first buffer memory, and a streaming server for streaming data to a remote client equipment according to a predetermined network protocol, the streaming server being connected to the first buffer memory. The streaming server is adapted to be connected to the remote client equipment via a data link and is adapted to receive, from the remote client equipment, a data streaming request. The streaming server includes an activater for activating the downloader, the activater being adapted to activate the downloading of the data file.

Abstract: This electronic system, comprises: a first electronic device comprising means for reproducing audio and/or video data; a second electronic device comprising means for transmitting data to be reproduced to the first device; and a third electronic device, connected to the second device and comprising a memory to store personal information associated with a user of the third device. The third device comprises means for computing personalization parameters of the data to be reproduced, based on the personal information, and means for transmitting the computed personalization parameters to the second device, without any transmission of the personalization parameters via the Internet network. The second device comprises means for selecting data to be reproduced in relation to the received personalization parameters, the selecting means being connected to the transmission means.

Abstract: The present invention teaches a variety of systems, platforms, applications, and methods, and relates to mobile platforms, embedded native applications, Java virtual machines, user interfaces, and the like. The present invention discloses a mobile platform which unifies the worlds of the Java virtual machine and native applications to provide a unified and consistent environment for multitasking both Java and native applications within a mobile device.

Abstract: A method for retrieving a representation of an annotated Web document, the annotated Web document being a Web document having at least one added annotation, the annotated Web document including an upper Web element including at least one annotation and at least one lower Web element arranged below the upper Web element, is implemented by an electronic device comprising a viewer, an Internet browser application, and an annotation application. The method includes displaying the annotated Web document by (i) detecting a touch or mouse event associated with the upper Web element, (ii) hiding the upper Web element after the detection of said event, (iii) determining a target Web element corresponding to the lower Web element situated directly below said event, and (iv) sending the event to the target Web element.

Abstract: A computer system which includes a plurality of threads and a garbage collector that traces memory objects and identifies memory objects according to a three-color abstraction. The computer system also includes two methods of deleting compiled code in a self-modifying multi-threaded computer system. The computer system also utilizes a method of handling links between fragments of code in a self-modifying multi-threaded computer system. The computer system also handles patches between two pieces of code.

Abstract: A mobile telephone, including: selector (36) for selecting sound track content and at least one attribute specific to the sound track from a file, a sound playback device (35, 22) for the sound track contained in the selected file, a man/machine interface (40, 42) making it possible to implement a question/answer game application (37) on the telephone. The game application (37) includes a parameter whereof the value defines the subject-matter of the questions; and it includes an implementor for implementing the game application (37) during the playback of each sound track with, for value of the parameter, an attribute of the sound track being played back.

Abstract: A mobile phone of the type including a connection, able to allow the connection to a webpage with a particular URL, the connection to said webpage requiring the entry of a particular identifier specific to said webpage, a first storage able to store, in a database, the particular identifiers, each associated with a corresponding webpage. The mobile phone also includes a trigger able to systematically and automatically trigger, after the entry of a particular identifier, the implementation of a selector for choosing a primary identifier shared by all webpages requiring that a particular identifier be entered, if no primary identifier has been chosen yet, and a second storage able to store a security datum depending on the primary identifier after the entry of the primary identifier.

Abstract: The mobile phone a first buffer memory for storing a data file in a first format and including a plurality of data packets, a converter for converting the file from the first format into a second format, the converter being connected as output of the first buffer memory, a second buffer memory connected as output of the converter and adapted to store the transformed file in the second format, and a streaming server for streaming data to a remote client equipment, the streaming server being adapted to be connected to the remote client equipment via a data link and to receive a data streaming request from the remote client equipment. The streaming server includes a controller for controlling the converter, the controller being adapted to send the converter a control signal for controlling the conversion of a respective data packet of the file.

Abstract: The mobile phone (12) includes a display screen (24), a display generator (26) for displaying an image on the screen, a capturer (28) for capturing an image displayed on the screen, the capturer (28) being adapted to capture the image passing between the display means (26) and the screen (24), and a streaming server (18) for streaming data to a remote client equipment (14) according to a predetermined network protocol. The streaming server (18) is adapted to be connected to the remote client equipment (14) via a data link (16) and is adapted to receive, from the remote client equipment (14), a data streaming request. The streaming server (18) includes an activator (44) for activating the capturer (28), the streaming server (18) being adapted to transmit the captured image to the remote client equipment (14).

Abstract: The mobile telephone includes a data storage divided into a plurality of storage volumes. Each storage volume includes at least one partition, each partition of each storage volume being adapted to store content. The mobile telephone also includes a supply chain for content stored in the storage volumes with the user, the chain including: a detector for detecting storage volumes; a reader for reading storage volumes; a content supply device for supplying content to applications of the telephone; and at least one content presentation application. The reader for reading the storage volumes includes a plurality of volume scanners, the content supply devicer includes a plurality of content suppliers, and the storage volume detector includes a single daemon and a single program for listening to the daemon.

Abstract: A method for establishing, on a platform using the LINUX operating system, a connection between a server of an MMSIM card and an application (18) of the user space (16), the connection to the MMSIM card being ensured by a USB-IC interface of the core space (14), by creating an Ethernet-type interface (30) between a CDC/EEM communication module (32) of the core space (14) and the application (18) ensuring the communication from TCP/IP commands of the CDC-EEM class. The method includes the implementation of a daemon (40) in the user space (16), ensuring as a background task the detection of events from the core space (14), and controlling the following steps: loading a host USB stack in the core space (14) for later communication with the MMSIM card, and creating and configuring the network interface (30) when the daemon (40) detects the physical connection of an MMSIM card.

Abstract: The mobile phone (12) comprises comprises a first buffer memory (32), a downloading means (52) for downloading a data file from a web server (24) in the first buffer memory (32), the file being accessible at a web address on the web server (24), the downloading means (52) being connected to the first buffer memory (32), and a streaming server (18) for streaming data to a remote client equipment (14) according to a predetermined network protocol, the streaming server (18) being connected to the first buffer memory (32). The streaming server (18) is adapted to be connected to the remote client equipment (14) via a data link (16) and is adapted to receive, from the remote client equipment (14), a data streaming request. The streaming server (18) includes an activation means (44) for activating the download means (52), said activation means (44) being adapted to activate the downloading of said data file.

Abstract: A computer system which includes a plurality of threads and a garbage collector that traces memory objects and identifies memory objects according to a three-color abstraction. The computer system also includes two methods of deleting compiled code in a self-modifying multi-threaded computer system. The computer system also utilizes a method of handling links between fragments of code in a self-modifying multi-threaded computer system. The computer system also handles patches between two pieces of code.