Abstract: A personal scheduler is proposed. The scheduler is used to define tasks, each one consisting of an activity to be performed by a defined deadline at a specific location, and appointments, each one consisting of an activity to be performed at a precise time at a specific location. The scheduler warns the user whenever s/he passes close to the location of each task. Moreover, at the morning the scheduler reminds all the tasks that might be performed during the day, according to an expected traveling path of the user based on the appointments to be attended.

Abstract: A method and system are provided for debugging a software application in a data processing system that includes a server entity and client entities. For at least one of the client entities, a server component of the application running on the server entity is accessed, and a client component of the application is downloaded from the server entity. The client component is executed. Client log information relating to the execution of the client component is saved by invoking a log function provided by the client component; the client log information is saved into a non-persistent memory structure of the client component. The client log information is transmitted for use in the debugging of the application.

Abstract: The WMI architecture includes a framework, known as CIM Object Manager (or CIMOM), which exploits WMI providers of dynamic services for the managed objects; in the WMI architecture, the CIM providers must be implemented as Common Object Model (COM) objects and must comply with a specific WMI provider interface (named “IWbemServices”). The invention discloses integrating non-compliant providers, for example written in the Java language, into the WMI infrastructure. For this purpose, a bridge provider is associated with each managed object that is supported by the Java providers. The bridge provider identifies the Java provider that must be invoked to fulfill a particular request (based on a specific CIM qualifier); the parameters of the request are converted into Java types, and a corresponding method is called on an intermediate Java object. The intermediate Java object then routes the request to the appropriate Java provider.

Abstract: A method (200) for delivering information (for example, monitoring data) is proposed. The information is collected (235) on a central server (110) from remote sources (105), in order to be provided to multiple clients (120) in response to corresponding requests. In the method of the invention, an interest index is calculated (280) according to the number of preceding requests of the information that have been submitted in the past (so as to estimate the interest of the clients for the information); moreover, a significance index is calculated (220) according to a probability of a current value of the information that is uploaded onto the server by the corresponding source (so as to estimate its importance for the clients). A frequency for refreshing the information on the server can then be determined (245) according to both the interest index and the significance index. In this way, the refresh frequency self-adapts to the expected behavior of the clients.

Abstract: A method (200) for delivering information (for example, monitoring data) is proposed. The information is collected (235) on a central server (110) from remote sources (105), in order to be provided to multiple clients (120) in response to corresponding requests. In the method of the invention, an interest index is calculated (280) according to the number of preceding requests of the information that have been submitted in the past (so as to estimate the interest of the clients for the information); moreover, a significance index is calculated (220) according to a probability of a current value of the information that is uploaded onto the server by the corresponding source (so as to estimate its importance for the clients). A frequency for refreshing the information on the server can then be determined (245) according to both the interest index and the significance index. In this way, the refresh frequency self-adapts to the expected behavior of the clients.

Abstract: A method and system are provided for debugging a software application in a data processing system that includes a server entity and client entities. For at least one of the client entities, a server component of the application running on the server entity is accessed, and a client component of the application is downloaded from the server entity. The client component is executed. Client log information relating to the execution of the client component is saved by invoking a log function provided by the client component; the client log information is saved into a non-persistent memory structure of the client component. The client log information is transmitted for use in the debugging of the application.

Abstract: A method (200) for delivering information (for example, monitoring data) is proposed. The information is collected (235) on a central server (110) from remote sources (105), in order to be provided to multiple clients (120) in response to corresponding requests. In the method of the invention, an interest index is calculated (280) according to the number of preceding requests of the information that have been submitted in the past (so as to estimate the interest of the clients for the information); moreover, a significance index is calculated (220) according to a probability of a current value of the information that is uploaded onto the server by the corresponding source (so as to estimate its importance for the clients). A frequency for refreshing the information on the server can then be determined (245) according to both the interest index and the significance index. In this way, the refresh frequency self-adapts to the expected behavior of the clients.

Abstract: A method and a corresponding system for use in a resource management infrastructure conforming to the WMI architecture are proposed. The WMI architecture includes a framework, known as CIM Object Manager (or CIMOM), which exploits WMI providers of dynamic services for the managed objects; in the WMI architecture, the CIM providers must be implemented as Common Object Model (COM) objects and must comply with a specific WMI provider interface (named “IWbemServices”). The invention discloses a method for integrating non-compliant providers, for example written in the Java language, into the WMI infrastructure. For this purpose, a bridge provider is associated with each managed object that is supported by the Java providers. The bridge provider identifies the Java provider that must be invoked to fulfill a particular request (based on a specific CIM qualifier); the parameters of the request are converted into Java types, and a corresponding method is called on an intermediate Java object.

Abstract: A personal scheduler (103) is proposed. The scheduler is used to define tasks (210), each one consisting of an activity to be performed by a defined deadline at a specific location, and appointments (215), each one consisting of an activity to be performed at a precise time at a specific location. The scheduler warns (265,285) the user whenever s/he passes (245) close to the location of each task. Moreover, at the morning (270) the scheduler reminds (265,285) all the tasks that might be performed during the day, according to an expected traveling path of the user (275) based on the appointments to be attended.

Abstract: A method (200) for delivering information (for example, monitoring data) is proposed. The information is collected (235) on a central server (110) from remote sources (105), in order to be provided to multiple clients (120) in response to corresponding requests. In the method of the invention, an interest index is calculated (280) according to the number of preceding requests of the information that have been submitted in the past (so as to estimate the interest of the clients for the information); moreover, a significance index is calculated (220) according to a probability of a current value of the information that is uploaded onto the server by the corresponding source (so as to estimate its importance for the clients). A frequency for refreshing the information on the server can then be determined (245) according to both the interest index and the significance index. In this way, the refresh frequency self-adapts to the expected behavior of the clients.

Abstract: Discloses is a method and a corresponding apparatus for monitoring operation of electrical household appliances (such as a freezer). The method includes checking the temperature inside the freezer on a periodical basis and comparing with a de-frosting temperature. A critical condition is detected and recorded when the temperature inside the freezer stays over the de-frosting temperature for a period longer than a threshold value. In this way, when a user returns home after several days of absence, he or she is informed whether the food has been de-frozen and then frozen again because of a outage in the power supply network.

Abstract: Discloses is a method and a corresponding apparatus for monitoring operation of electrical household appliances (such as a freezer). The method includes checking the temperature inside the freezer on a periodical basis and comparing with a de-frosting temperature. A critical condition is detected and recorded when the temperature inside the freezer stays over the de-frosting temperature for a period longer than a threshold value. In this way, when a user returns home after several days of absence, he or she is informed whether the food has been de-frozen and then frozen again because of a outage in the power supply network.

Abstract: The present invention proposes a non-visual output device for providing a non-visual representation of objects comprising means for providing a first non-visual indication consisting of a three-dimensional representation of an object, and means for providing a second non-visual indication representative of a non-shape related attribute (e.g. the presence of a hyperlink) of the object. The devised solution allows more visual information to be conveyed to the user. Therefore, the interaction human/machine is greatly enhanced. Moreover, the device according to the invention gives the user a quick feedback of the visual information; therefore, the user may immediately identify information of particular importance or meaning. The proposed solution is extremely advantageous for the blind people, especially when they are surfing the INTERNET. In fact, the emphasised hyperlinks (or hotspots) give the user an immediate feeling of the links available.

Abstract: The exhaust system is suitable for both gasoline and diesel engines, whether used for vehicle propulsion or in permanently installed power transmissions, and controls emission by trapping the solid matter and unburned hydrocarbons that escape with the exhaust gases using serviceable filters accommodated in an elongated hollow outer case (6,61) sealed at either end by removable caps (7) with axial fittings (10) that connect with the front and rear sections of the exhaust pipe (2,4); the space encompassed by the case (6) is split into two chambers (13,14) of different volume by a baffle (15), one side of which supports a housing (16) designed to contain one or more removable filter elements (19), and at the same time, to combine with the inside wall of the case (6) in creating a void (20) that communicates with the smaller chamber (13) by way of openings formed in the baffle (15).

Abstract: A device is disclosed for use in conjunction with the carburetor of an internal combustion engine for economizing fuel consumption and reducing emission levels. The device includes a mixer element in the form of a spiralling cone frustum, seated in a mounting plate which is provided with a radial bore designed to admit air or other liquid or gas into the inlet manifold.

Abstract: New and improved fuel economization and pollution reductions means for use with carbureted, internal combustion engines are disclosed, and comprise frusto-conical, spiral mixing means which are disposed in the fuel-air mixture passage of the engine to result in more complete fuel combustion, with resultant increase in fuel efficiency and reduction in exhaust gas pollutants.