Abstract: A system (2) for monitoring a plurality of objects (6) in a predefined detection area (8), includes: a plurality of radiofrequency identification tags (4), each tag (4) being suitable for being attached onto an object (6), at least one radiofrequency reader (10) for reading radiofrequency identification tags (4), the or each reader (10) being connected to an antenna (12), and all of the readers (10) defining the predefined detection area (8), an element (16) for processing information transmitted by the or each radiofrequency reader (10), the information including an identifier specific to each tag (4) to be monitored in the predefined detection area (8), and an alarm element (18) connected to the processing element, the monitoring system being characterized in that it includes a casing (14) that is impervious to the radiofrequency signals transmitted by the radiofrequency identification tags (4) located inside the casing (14).

Abstract: A system (2) for monitoring a plurality of objects (6) in a predefined detection area (8), includes: a plurality of radiofrequency identification tags (4), each tag (4) being suitable for being attached onto an object (6), at least one radiofrequency reader (10) for reading radiofrequency identification tags (4), the or each reader (10) being connected to an antenna (12), and all of the readers (10) defining the predefined detection area (8), an element (16) for processing information transmitted by the or each radiofrequency reader (10), the information including an identifier specific to each tag (4) to be monitored in the predefined detection area (8), and an alarm element (18) connected to the processing element, the monitoring system being characterized in that it includes a casing (14) that is impervious to the radiofrequency signals transmitted by the radiofrequency identification tags (4) located inside the casing (14).

Abstract: A method for reconfiguring a set (4) of components of an electronic circuit (2) provided with memory resources (6), the circuit (2) being connected to a network (8), is characterized in that it includes a step of downloading configuration data for the set (4) to the memory resources (6) of the electronic circuit (2) from a server (10) connected to the network (8).

Abstract: A router in which each of the input/output ports is associated with identifiers enabling each of the other input/output ports to locate it according to a code specific to each of them, comprising means for identifying in an incident packet a routing instruction indicating a forward identifier of the desired output port; and means for sending back the packet where the forward identifier is suppressed from the routing instruction and a return identifier is inserted therein.

Abstract: A formalized method for part of the design decisions, related to memory, involved while designing an essentially digital device is presented. The method shows how to traverse through and how to limit the search space being examined while solving these memory related design decisions. The method focuses on power consumption of said essentially digital device. A method for determining an optimized memory organization of an essentially digital device, wherein data reuse possibilities are explored, is described.