Customized upgrading of internet-enabled devices based on user-profile

#The invention relates to a method of providing an Internet service to an end-user, in particular to an end-user of consumer electronics equipment.

#The Internet has given rise to several key market trends. These include the phenomenal, continued growth rates in Internet usage, with 30% of the US population online in 1998, a 75% increase over the year before. As more users emerge, their profiles are changing significantly. Today's average user has lower income and education levels than the average user of 2 years ago. Access devices are also changing, with International Data Corporation (IDC) projecting that the number of non-PC Internet enabled devices are likely to outnumber PC's inside of 7 years. Dataquest also projects that the growth rates for every class of non-PC Internet enabled device will outstrip growth rates in PC sales between now and 2001. Further, Internet enabled devices have come to rely on networks for new and exciting services.

#Web-TV of Philips Magnavox is an example of a device that supports such an exciting synergy between the conventional TV on the one hand and the Internet on the other. The Philips Magnavox WebTV Plus Receiver offers a WebPIP (picture in picture) feature. Users can watch a television program simultaneously while maintaining a connection to the Web, even if their television set does not have PIP capability. This enables, for example, watching a TV show and being able to retrieve your E-mail at the same time without ever having to leave the living room couch. The receiver comes with an Electronic Program Guide (EPG) that allows users to receive text and video information about all the programs available on their TV system. The EPG is updated daily from the Web. The EPG is continuously available to the user while offline. Further expanding users' online capabilities, the integrated WebTV Crossover Links feature provides instant access to Web sites when users click on embedded links in television programs or commercials. For example, one could watch a TV documentary on the space program and simultaneously link up to the NASA Web site for additional information on a specific topic. Or, consumers shopping for a new car could click on the Web site link in an advertiser's TV commercial and instantly get more information on availability, options, and local dealers. Flash memory storage permits on-touch field upgradability of the on-board software and the downloading of new applications from the Internet in order to ensure constant compatibility with the ever-evolving technology.

#The invention is explained by way of example and with reference to the accompanying drawings, wherein:

#FIG. 1 is a diagram of a system in the invention; and

#FIG. 2 is a flow diagram of a method in the invention.

#Throughout the figures, same reference numerals indicate similar or corresponding features.

#FIG. 1 is a block diagram of an information processing system 100 of the invention. System 100 comprises multiple CE devices of an end-user, such as a set-top box 102 (e.g., the WebTV of Philips Electronics), a TV receiver 104, a home entertainment sub-system 106 (e.g., the DVX8000 of Philips Electronics), and a PDA 108 (e.g., the Nino of Philips Electronics that has a wireless transceiver). Set-top box 102 comprises a device that enables television set 104 to become a user interface to the Internet. Set-top box 102 contains a Web browser (i.e., a Hypertext Transfer Protocol client) and the Internet's main program, TCP/IP. Set-top box 102 is connected to a service 110, e.g., through a telephone line as, for example, with WebTV. TV receiver 104 is connected to a data and video delivery service 112 such as contemplated by, e.g., the company TiVo. This start-up company has developed a data and video delivery service for a VCR that allows digital recording from TV scan for programs based on user preferences and enables customized ad delivery. The DVX8000 sub-system 106 is connected to an ISP or ISDN network 114. PDA 108 communicates via a wireless network 116 with other PDA's (not shown), with laptops (not shown), etc. Each of devices 102-108 is enabled to communicate via the Internet 118.

#System 100 further comprises as a back-end architecture a registration server 120, a user-profile data base 122, a feature data base 124 and a feature management server 126. Server 120 registers user preferences of devices 102-108. Preferences may be explicitly supplied by the end-user in order to be registered at server 120 and/or implicitly derived from, e.g., a user-profile gradually built-up through relations with the hardware and/or service provider. User-preferences relate to, for example, context of use (e.g., profession, hobbies, home, office, hotel, school, college, airport, shopping mall), device characteristics, user-needs. Registration server 120 passes on to user-profile data base 122 the information about each particular end-user registered. Feature data base 124 contains information about new features, services and devices and is being kept up-to-date by the service provider, e.g., the manufacturer(s) of devices 102-108. For each particular end-user registered, feature management server 126 associates the user-profile as stored in data base 122 with features, devices and services, information about which is made available through feature data base 124 in order to notify the end-user of new features, devices or services, items on-sale, etc., that are likely to be of interest to the end-user given his/her profile. For example, server 126 notifies the end-user of new releases of software included in one of more of devices 102-108 in order to have these devices upgraded if and when desired and via, e.g., the Internet. The information about end-user's equipment 102-108 and their configuration is available through user-profile data base 122. As another example, server 126 notifies the end-user of new functionalities in terms of software applications and/or hardware components that can be added to one or more of devices 102-108 by way of upgrade. For example, assume that a new voice recognition software program and a voice input/output module have become available for one or more of devices 102-108. Since this end-user has been registered as owning devices 102-108, server 126 notifies this end-user of the possibility to have his/her equipment upgraded. The user may order the software and hardware modules through the Internet. He/she gets the software downloaded automatically if and when desired via the Internet. The hardware module is being shipped to the end-user together with clear instructions how to add this module to his/her equipment 102-108. Alternatively, or subsidiarily, server 126 also provides an online help desk for assisting the end-user with installing the new components. In this manner, an end-user's device has become a flexible repository into which the consumer/end-user can place new and exciting features over time. Since the notification is user-profile controlled, the end-user is enabled to customize his/her equipment in a guided manner. As another example, the end-user has specified a certain log-in shield when turning on a particular device or service, e.g., PDA 108. See for example, U.S. application Ser. No. 09/151,578 (Attorney docket PHA 23,496) “CONTEXT SENSITIVE LOG-IN SHIELD” of Bart de Greef, filed Sept. 11, 1998, and incorporated herein by reference. This reference relates to a login shield that controls access to a computer, a network system or another information processing system. The login shield provides for the selection of context and application options. At login, the user has the option to identify a context, from which the login shield identifies an initial workspace or set of workspaces. The login shield prompts the user for identification information and compares the identification information to a set of authorized users. If a match is found, the login shield establishes the initial workspace and launches the selected applications. The user is also provided a means to create and define alternative contexts for selection at login. By allowing the user to define and select among alternative contexts at the start of the login process, the overhead associated with the login process can be minimized to that required for each particular user context. Once this login shield has been specified for device 108, the user can specify that other devices 104-106 be set via server 126 to also provide a similar login shield. Thus, and in general, user-preferences can be transferred to other network-enabled devices of the end-user, and to future network-enabled devices when the user has connected them to the network.