Content model for the entity CONNECTOR-MAPPING. Source destination of the referencing mapping. Target destination of the referencing mapping. Definition of NM synchronization between source and target connector. Top level element of all frame mappings of a connector mapping. Uni diectional mapping of frames and signals of a channel mapping. Reserved space providing schema extendibility to enable manufacturers to use FIBEX for their proper needs without affecting the FIBEX standard. See the derived example schema fibex4sulzer.xsd for a manufacturer speicifc extension enabling the manufacturer to validate the extended content against a proper specification. Extended content model for the entity EXPANSIVE-MAPPING (a specialiced OPTIMISED-MAPPING). Source of an expansive mapping may either be a certain bit or a fixed value. Target destination of expansive mapping. Content model for the entity FRAME-MAPPING. Source destination of the referencing mapping. Value which specifies the maximum interval between two subsequently received frames. After Timeout the default value of the frame will be transmitted if available. Target destination of the referencing mapping. Minimum interval between two susequent target frames Cycle time of gateway functionality Describes the trigger condition for the send cycle. Parameters: STANDARD specifies a sending cycle that runs independently from the timing of the received frame(s) with the typical cycle time of a target frame. BACKUP: In this case the sending is triggered by one or more source frames. Only in case of the absence of that triggering the Gateway ensures that the send operation is performed at leased after the maximum cycle time of the target frame. Describes the buffer method for the target frame. Parameters: NONE: no buffer is used. STANDARD: The target frame is buffered in a queue. HISTORY: The target frame (of opType Status) on MOST is buffered for notification with history. The entire source frame is mapped as it is onto the target frame (what in general is only possible inside of a common platform). In this case source and target frame should be the identical object. Top level element of all PDU mappings of a frame mapping. Uni directional mapping of PDUs of a specific frame mapping. Reserved space providing schema extendibility to enable manufacturers to use FIBEX for their proper needs without affecting the FIBEX standard. See the derived example schema fibex4sulzer.xsd for a manufacturer speicifc extension enabling the manufacturer to validate the extended content against a proper specification. Content model for the entity GATEWAY. Platform-specific extensions are not possible, to maintain the capability to describe multi-platform networks. Top level element of all connector mappings of a gateway. Uni diectional mapping of frames and signals from source connector to target connector. Top level element of all diagnosis mapping data of a gateway. Content model for the entity DIAGNOSIS-MAPPING. Target destination of the referencing mapping. Gateway specific diagnosis data Diagnostic target address Time behavior of a diagnosis mapping in a sequence of exact timing types. Exact time behavior of a diagnosis mapping into a guarnateed time slot e.g. on a FlexRay connector. Reserved space providing schema extendibility to enable manufacturers to use FIBEX for their proper needs without affecting the FIBEX standard. See the derived example schema fibex4sulzer.xsd for a manufacturer speicifc extension enabling the manufacturer to validate the extended content against a proper specification. Content model for the abstract entity OPTIMISED-MAPPING. Copy type of the optimised mapping. Sequence in which the mapping functions are performed. The mapping functions of all source frames are numbered independently starting at zero. referencing those signal mappings that are optimized by the receiver. referencing a signal mapping that is optimized by the receiver. Reserved space providing schema extendibility to enable manufacturers to use FIBEX for their proper needs without affecting the FIBEX standard. See the derived example schema fibex4sulzer.xsd for a manufacturer speicifc extension enabling the manufacturer to validate the extended content against a proper specification. For reusability the content model for an optional connector referencence is specified using a type definition. For reusability the content model for an optional frame triggering referencence is specified using a type definition. Value which will be distributed if no frame has been received since last sending; if no value is specified the old value will be sent. Byte values which will be distributed if no frame has been received since last sending; if no value is specified the old value will be sent For reusability the content model for an optional PDU triggering referencence is specified using a type definition. Value which will be distributed if no PDU has been received since last sending; if no value is specified the old value will be sent. Byte values which will be distributed if no PDU has been received since last sending; if no value is specified the old value will be sent For reusability the content model for an optional signal instance reference is specified using a type definition. Content model for the entity PDU-MAPPING. The entire source frame is mapped as it is onto the target PDU (what in general is only possible inside of a common platform). In this case source and target PDU should be the identical object. Top level element of all signal mappings of a PDU mapping. Uni directional mapping of signals of a specific PDU mapping. Top level element of all optimised mappings of a PDU mapping. Top level element of all snippet mappings of a PDU mapping. Uni directional mapping between data areas of a specific PDU mapping. Top level element of all expansive mappings of a PDU mapping. Mapping of a fixed or runtime value into the payload of the target PDU. This is needed to optimize a signal mapping where the targets BIT-LENGTH exceeds the source. Source destination of the referencing mapping. Value which specifies the maximum interval between two subsequently received PDUs. After Timeout the default value of the PDU will be transmitted if available. Target destination of the referencing mapping. Minimum interval between two susequent target PDUs Cycle time of gateway functionality Describes the trigger condition for the send cycle. Parameters: STANDARD specifies a sending cycle that runs independently from the timing of the received PDU(s) with the typical cycle time of a target PDU. BACKUP: In this case the sending is triggered by one or more source PDUs. Only in case of the absence of that triggering the Gateway ensures that the send operation is performed at leased after the maximum cycle time of the target PDU. Describes the buffer method for the target PDU. Parameters: NONE: no buffer is used. STANDARD: The target frame is buffered in a queue. HISTORY: The target frame (of opType Status) on MOST is buffered for notification with history. Content model for the entity SIGNAL-MAPPING. Source destination of the referencing mapping. Target destination of the referencing mapping. Reserved space providing schema extendibility to enable manufacturers to use FIBEX for their proper needs without affecting the FIBEX standard. See the derived example schema fibex4sulzer.xsd for a manufacturer speicifc extension enabling the manufacturer to validate the extended content against a proper specification. Extended content model for the entity SNIPPET-MAPPING (a specialiced OPTIMISED-MAPPING). Source destination of optimised mapping. Target destination of optimised mapping. For reusability the content model for bit snippets (used for optimised mapping adressing) is specified using a type definition. A flag indicating that the source resp. target of a GW-MAPPING is internaly inside of the gateway application. Gateway specific trigger condition of target destination Common attributes for all mapping entities. Containing a (gateway) mappings change history Describing a (gateway) mappings state Routing ID of a gateway mapping.