Abstract:
A method of creating a link in a web page viewed in a browser is disclosed, said link at any time leading to one of a number of possible end points (5a-5e; 105, 106), the method comprising the steps of: providing an address table (9; 109) in or in connection to the host (7; 107) from which the web page is retrieved, said address table providing the addresses of the possible end points (5a-5e; 105, 106) at which the link may point, and when a user clicks on the link, selecting one of the possible end points (5a-5e; 105, 106) from the table (9; 109) and setting up a connection to said end point (5a-5e; 105, 106). An address table (9; 109) and a web server (7; 107) for use with the invention are also disclosed.
Abstract:
The present invention relates to a method and an apparatus for making multi-party connections in an Internet Protocol (IP) network. A web page comprises a program, for example a Java applet, connecting the web page to a multi-party conference unit, MCU, in such a way that visitors to the web page will become members of a group meeting handled by the MCU. A voice gateway is used to connect ordinary telephones to the MCU.
Abstract:
Java technology is combined with Bluetooth technology by enabling an access point (11) associated with a Java application (15) to use Bluetooth technology to access data which is stored in a portable Bluetooth communication device (13) and from which a Java object can be produced. The Java application (15) receives a Java object produced from the data, and can then perform a desired function using the Java object.
Abstract:
The present invention relates to a method and an apparatus for making multi-party connections in an Internet Protocol (IP) network. A web page comprises a program, for example a Java applet, connecting the web page to a multi-party conference unit, MCU, in such a way that visitors to the web page will become members of a group meeting handled by the MCU. A voice gateway is used to connect ordinary telephones to the MCU.
Abstract:
The invention relates to a system of at least two physical state-blocks (2), wherein each state-block comprises an identification stored in a state-block memory (18), a processing unit (16), one communication port (22) for communicating identification and state-information to and from said state-block. The state-block also comprises a state port (20) for applying and/or for indicating state changes. The identification for all state-blocks in said system belongs to the same identification family and that the identifications of the other state-blocks in the family are stored in the state-block memory of each state-block. A state change applied at the state port of one state-block in the system is communicated via said communication port to all other state-blocks in the family and is indicated at the state port of said other state-blocks.