Abstract: Systems, methods, circuits and computer-readable mediums for message authentication with secure code verification are provided. In one aspect, a system includes a client device storing a code and a security device coupled to the client device. The security device is configured to receive a property of the code generated by the client device, verify correctness of the property of the code based on information associated with an authorized code to determine that the code is authorized, the information being stored within the security device. In response to determining that the code is authorized, the security device enables to access data stored within the security device and generate a property of a message based on the data.

Abstract: Systems, methods, circuits and computer-readable mediums for message authentication with secure code verification are provided. In one aspect, a system includes a client device storing a code and a security device coupled to the client device. The security device is configured to receive a property of the code generated by the client device, verify correctness of the property of the code based on information associated with an authorized code to determine that the code is authorized, the information being stored within the security device. In response to determining that the code is authorized, the security device enables to access data stored within the security device and generate a property of a message based on the data.

Abstract: Systems, methods, circuits and computer-readable mediums for message authentication with secure code verification are provided. In one aspect, a system includes a client device storing a code and a security device coupled to the client device. The security device is configured to receive a property of the code generated by the client device, verify correctness of the property of the code based on information associated with the code to determine that the code is an authorized code, the information being stored within the security device. In response to determining that the code is the authorized code, the security device enables to access data stored within the security device and generate a property of a message based on the data.

Abstract: Systems, methods, circuits and computer-readable mediums for a network message translator are disclosed. In an embodiment, a device includes a host processor and a translator. The host processor is configured to process messages and the translator is operable to: receive a first message from the host processor, the first message having a first frame format that is associated with a data time window; translate the first message into a first translated message having a second frame format such that the first translated message includes additional bits based on the second frame format; and sending the first translated message on a bus based on the second frame format such that the first translated message is sent on the bus during the data time window.

Abstract: Systems, methods, circuits and computer-readable mediums for message authentication with secure code verification are provided. In one aspect, a system includes a client device storing a code and a security device coupled to the client device. The security device is configured to receive a property of the code generated by the client device, verify correctness of the property of the code based on information associated with the code to determine that the code is an authorized code, the information being stored within the security device. In response to determining that the code is the authorized code, the security device enables to access data stored within the security device and generate a property of a message based on the data.

Abstract: Systems, methods, circuits and computer-readable mediums for a network message translator are disclosed. In an embodiment, a device includes a host processor and a translator. The host processor is configured to process messages and the translator is operable to: receive a first message from the host processor, the first message having a first frame format that is associated with a data time window; translate the first message into a first translated message having a second frame format such that the first translated message includes additional bits based on the second frame format; and sending the first translated message on a bus based on the second frame format such that the first translated message is sent on the bus during the data time window.

Abstract: A coil arrangement for radio-frequency identification devices, process and an apparatus for making such a coil arrangement are described herein. The coil arrangement includes first and second terminals having a geometry different from one another and from the active coil winding of the arrangement. The apparatus is in the form of a spindle having three axially adjacent portions defining cross-sectional profiles.

Abstract: Disclosed is a modular antenna panel including an antenna wire disposed in a panel substrate, and also including one or more electrical connectors and one or more mechanical connectors disposed at one or more edges of the modular antenna panel. The electrical connectors are configured for electrical connectivity with adjacent modular antenna panels and the mechanical connectors are configured to enable mechanical connections with adjacent modular antenna panels. Two or more modular antenna panels can be arranged to form an antenna assembly for a radio frequency identification system. Adjacent modular antenna panels are electrically connected to one another by engaging one or more of the electrical connectors disposed at one or more edges of the adjacent modular antenna panels, and are mechanically connected to one another by engaging one or more of the mechanical connectors disposed at one or more edges of the adjacent modular antenna panels.

Abstract: An antenna terminal positioning structure for a radio-frequency identification device having terminal pads mounted to one of its surface is obtained providing a wall assembly mounted to the device surface, the wall assembly having at least one wall surface extending from the device surface so as to be aligned with a target area on the electrical pad. The target is sufficiently large to receive the antenna terminal. An appropriate positioning of the antenna terminal on the pad is obtained by abutting the antenna terminal against the at least one wall surface. A mechanical attachment is activated between the antenna terminal and the positioning structure using a well-known process such as thermo-compression, ultra-violet (UV) or Laser soldering, mono or bi-components gluing etc., depending of the material of the positioning structure. The present positioning structure and attachment process are also applicable in other micro-electronic fields such as micro-sensors and micro-electronic machines (MEMs).

Abstract: A coil arrangement for radio-frequency identification devices, process and an apparatus for making such a coil arrangement are described herein. The coil arrangement includes first and second terminals having a geometry different from one another and from the active coil winding of the arrangement. The apparatus is in the form of a spindle having three axially adjacent portions defining cross-sectional profiles.