Abstract:
PROBLEM TO BE SOLVED: To provide a server operating system enabling a user to begin a session and later dynamically reconnect to that session even if the user uses two different client computers. SOLUTION: When a user connects to the server via a first client, the stack protocol manager assigns a first protocol stack to this first client-server connection and the session manager creates a first session for the user. When the user subsequently reconnects to the server using a second client that is different from the first client, the stack manager assigns a second protocol stack to a second client-server connection. During this latter process, however, the session manager recognizes that the user is affiliated with the first session. The session manager then reassociates the second protocol stack with the reconfigured first session so that the user is returned to his/her original session, even though they logged on from a different client. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a server operating system such that even when a user uses two different computers, the user starts one session and then can reconnect with the session thereafter.SOLUTION: When the user connects with a server through a first client, a session manager of a server generates a first session for the user. When the user reconnects with the server using a second client, the session manager starts generating a second session. Once it is recognized that the user has relation with the first session, the first session is adapted to a system configuration of the second client. Then even when the user logs on from the different client by re-relating the second session to the reconfigured first session, a return to the original session of the user is made.
Abstract:
PROBLEM TO BE SOLVED: To allow a user to effectively filter the set of optional data by intuition by providing a standard user interface allowing the user to interact with a provider he does not know much by intuition. SOLUTION: This method is provided with the standard user interface(SUI) allowing the user to interact with a provider he does not know much by intuition. This SUI includes a header controller expressing a label concerning each attribute of the set of data, a filter and a pull down menu. This header controller gives information on the change of the controller with respect to the filter to the data provider. At a computer system, e.g. SUI 220 can access an optional data provider designed by an application programming interface. Namely, SUI 220 can be used for accessing a file directory tool 212, a spread sheet 216 or the like through a file manager 202, e.g.
Abstract:
PROBLEM TO BE SOLVED: To provide a server operating system that allows dynamic reconnection to sessions even when a user uses two different client computers.SOLUTION: An operating system includes a multiuser session manager and a multiuser stack protocol manager. When a user connects with a server through a first client, the stack protocol manager allocates a first protocol stack for the connection and the session manager generates a first session. When the user reconnects with the server using a second client that is different from the first client, the stack manager allocates a second protocol stack for the connection and starts generating a second session. The session manager recognizes that the user has relation with the first session; and adapts the first session to a system configuration of the second client.
Abstract:
PROBLEM TO BE SOLVED: To enable a user to begin one session and later dynamically reconnect to the session even if the user uses two different client computers. SOLUTION: An operating system has a multi-user session manager to enable multiple client-server sessions on the server and a multi-user stack protocol manager to manage one or more protocol stacks used in communicating with the clients. When the user connects to the server via a first client, a first session for the user is created. When the user subsequently reconnects to the server using a second client that is different from the first client, the first session is adapted to conform to the system configuration of the second client. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
A method of offloading compilation includes transmitting compilation information from a first subsystem to a second subsystem. The method also includes compiling computer program code into machine-executable code on the second subsystem based on the compilation information received from the first subsystem. The method further includes receiving the machine-executable code from the second subsystem into the first subsystem.
Abstract:
A server operating system supports multiple client-server sessions and enables a user to begin a session and later dynamically reconnect to that session even if the user uses two different client computers. The operating system has a multi-user session manager to enable multiple client-server sessions on the server and a multi-user stack protocol manager to manage one or more protocol stacks used in communicating with the clients. When a user connects to the server via a first client, the stack protocol manager assigns a first protocol stack to this first client-server connection and the session manager creates a first session for the user. When the user subsequently reconnects to the server using a second client that is different from the first client, the stack manager assigns a second protocol stack to a second client-server connection and the session begins creating a second session for the user. During this latter process, however, the session manager recognizes that the user is affiliated with the first session. The session manager adapts the first session to conform to the system configuration of the second client. The session manager then reassociates the second protocol stack with the reconfigured first session so that the user is returned to his/her original session, even though they logged on from a different client.
Abstract:
A method of setting the refresh rate of a computer system which is set up to display a new set of results every time a key is pressed is disclosed. An input timer is set to a batch duration that balances the display response speed and the application speed. The application is typically a database search, with the refresh bring up a new set of search results. The user inputs filter details into a batch until either the timer expires or the user instructs the batch to be sent, at which point the batch is operated on and the results displayed. The timer can be reset when the batched user input is sent to the application or when an input is accepted from a user. Also the timer duration could be set by a parameter sent by the application eg the database.
Abstract:
The present invention allows arbitrary actions to be performed when grafting the namespace of one device into the namespace of the same or another device. Grafting of the namespace of one device into the namespace of the same or another device creates a logical namespace that can be presented to the user to allow the user to access information in a logically consistent manner. Active mount points are created by adding an active mount point attribute to a file or directory. When an I/O request processed by an I/O system encounters an active mount point, it turns control for processing the active mount point over to an active mount point driver. The active mount point driver assumes responsibility for processing the I/O request. In processing the I/O request, the active mount point driver decides what action should be taken to further processing of the I/O request. To further processing of the I/O request, the active mount point driver may utilize information from a variety of sources as well as make requests to other processes, drivers, systems, subsystems, devices, and so forth. Such actions may include those normally associated with an I/O request such as retrieving and mounting appropriate media as well as actions not normally associated with an I/O request.
Abstract:
A server operating system supports multiple client-server sessions and enables a user to begin a session and later dynamically reconnect to that session even if the user uses two different client computers. The operating system has a multi-user session manager to enable multiple client-server sessions on the server and a multi-user stack protocol manager to manage one or more protocol stacks used in communicating with the clients. When a user connects to the server via a first client, the stack protocol manager assigns a first protocol stack to this first client-server connection and the session manager creates a first session for the user. When the user subsequently reconnects to the server using a second client that is different from the first client, the stack manager assigns a second protocol stack to a second client-server connection and the session beings creating a second session for the user. During this latter process, however, the session manager recognizes that the user is affiliated with the first session. The session manager adapts the first session to conform to the system configuration of the second client. The session manager then reassociates the second protocol stack with the reconfigured first session so that the user is returned to his/her original session, even though they logged on from a different client.