Abstract: The invention relates to a connecting module (3) for connecting at least one sensor (2), effector, or actuator to a service-oriented-architecture, called SOA, network (4), wherein a functionality of the at least one sensor (2) is mapped as a service in the SOA network (4). In order to enable the integration of sensors (2) that are not SOA-capable in themselves into an SOA environment, the connecting module (3) has at least one first interface (3.2) for connecting the at least one sensor (2), effector, or actuator, at least one second interface (3.4) for connecting the SOA network (4), and a computing device (7) for executing a computer program, wherein a part (8.1) of the computer program to be executed is specified by default and another part (8.2) of the computer program is freely programmable by a manufacturer of the at least one sensor (2) in order to adapt firmware on the at least one sensor (2) to the SOA environment.
Type:
Grant
Filed:
December 18, 2010
Date of Patent:
June 10, 2014
Assignee:
Thales Defence Deutschland GmbH
Inventors:
Egon Moench, Rainer Klotz, Jeremy Michel, Christoph Prasse, Wolfgang Schmidt
Abstract: The invention relates to a connecting module (3) for connecting at least one sensor (2), effector, or actuator to a service-oriented-architecture, called SOA, network (4), wherein a functionality of the at least one sensor (2) is mapped as a service in the SOA network (4). In order to enable the integration of sensors (2) that are not SOA-capable in themselves into an SOA environment, the connecting module (3) has at least one first interface (3.2) for connecting the at least one sensor (2), effector, or actuator, at least one second interface (3.4) for connecting the SOA network (4), and a computing device (7) for executing a computer program, wherein a part (8.1) of the computer program to be executed is specified by default and another part (8.2) of the computer program is freely programmable by a manufacturer of the at least one sensor (2) in order to adapt firmware on the at least one sensor (2) to the SOA environment.
Type:
Application
Filed:
December 18, 2010
Publication date:
November 15, 2012
Applicant:
THALES DEFENCE DEUTSCHLAND GMBH
Inventors:
Egon Moench, Rainer Klotz, Jeremy Michel, Christoph Prasse, Wolfgang Schmidt
Abstract: The invention relates to a method and a simulator (1) for identifying and/or tapping a mobile terminal (7) in a digital cellular mobile radio network, in which data is transmitted according to a code multiplex method. The aim of the invention is to enable a terminal (7) to be identified in a mobile radio network, in which data is transmitted according to a code multiplex method and if required to enable the tapping of conversations that are conducted via the mobile telephone.
Abstract: The invention relates to a method and a simulator (1) for identifying and/or tapping a mobile terminal (7) in a digital cellular mobile radio network, in which data is transmitted according to a code multiplex method. The aim of the invention is to enable a terminal (7) to be identified in a mobile radio network, in which data is transmitted according to a code multiplex method and if required to enable the tapping of conversations that are conducted via the mobile telephone.