Abstract: A method for enhancing functionality of a payment webpage, the method including, in a browser application configured to display the payment webpage on a client device: obtaining payment webpage code corresponding to the payments payment webpage to be displayed; obtaining executable code; using the executable code to: identify payment elements corresponding to at least one existing payment option forming part of the payment webpage; determine at least one additional available payment option; generate additional payment elements corresponding to the at least one additional available payment option; using the payment webpage code and the additional payment elements to display the payment webpage, the payment webpage including the at least one additional available payment option to thereby enhance the functionality of the payment webpage; and, during user interaction with the payment webpage: determining user interaction with at least one of the additional payment elements in accordance with user input commands;

Abstract: An unknown RF power is converted to a voltage by a detector (11). The voltage is converted to a number by a digitiser (12). A separate and fixed RF power reference (14) drives a second detector (15), whose voltage output is also converted to a number by the digitiser (12). The RF detectors are thermally coupled. Temperature variations in the RF power to voltage characteristic of the detector (11) are corrected by measuring the RF power reference (14) via the detector (15).

Abstract: Power sensors to measure both the radio frequency (RF) power transmitted by radio equipment under test, and the RF power received the radio equipment under test, are mounted in a separate assembly (2) remote from the main means of power measurement and generation (1). The RF power sensors and other components in the remote assembly (2) are interconnected so as to allow measurement of both received and transmitted RF power at the Rf connector or connectors of the radio equipment under test (4). The main assembly and the remote assembly are connected by a flexible link (3).

Abstract: A map builder system is implemented in a topological management system in a computer system to enable generic interfacing of an application with a display map generation process. The topological management system tracks a topology of objects. The map builder system includes a map builder and a topology data repository that implements a schema. The schema comprises a series of tables containing updated topological data representing particular attributes and relationships of the objects to be depicted. The map builder interfaces the topological data within these tables with a management system application programmatic interface (API), which interfaces with applications. The map builder constructs a series of mappings from the data, and the management system API is capable of using these mappings to construct a topology representing the relevant objects. The user can view the topology from the management system API and can change the topological representation, if desired.