BLANK CARDS INTEGRATED CIRCUITS

Brand	Owner	Address	Description
IVPI	ALSTOM TRANSPORT TECHNOLOGIES	48 Rue Albert Dhalenne Saint-Ouen-Sur-Seine F-93400 France	BLANK CARDS FOR INTEGRATED CIRCUITS OR MICROPROCESSORS; CENTRAL PROCESSING UNITS; SOFTWARE-PROGRAMMABLE MICROPROCESSORS; APPLICATION SOFTWARE, NAMELY, FOR APPLICATION AND DATABASE INTEGRATION; COMPUTER SOFTWARE DEVELOPMENT TOOLS; COMPUTER SOFTWARE FOR COMPUTER-ASSISTED SOFTWARE ENGINEERING, NAMELY, FOR SETTING UP AND CONFIGURING SIDE AREA NETWORKS; ALL OF THE FOREGOING IN THE FIELD OF RAIL SYSTEMS;USER AND INSTRUCTION MANUALS FOR COMPUTER HARDWARE AND SOFTWARE IN THE FIELD OF RAIL SYSTEMS;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

In a system having independently-clocked job-performing circuits (e.g., payload processors) and independently-clocked job-ordering circuits (e.g., request and payload suppliers), coordinating mechanisms are provided for coordinating exchanges between the independently-clocked circuits. The coordinating mechanisms include those that use transmitted time-stamps for scheduling contention-free performances within the job-performing circuits of requested jobs. The coordinating mechanisms additionally or alternatively include static and dynamic rate constraining means that are configured to prevent a faster-clocked one of the independently-clocked circuits from overwhelming a more slowly-clocked other of the independently-clocked circuits. In one implementation, independently-clocked telecommunication-shelves house a distributed set of line cards and switch cards. An asynchronous interconnect is provided between the independently-clocked shelves for carrying job requests and payload data between the distributed line cards and the distributed switch cards. The multi-shelf system is scalable and robust because additional or replacement line and switch cards may be inserted into one or another of the independently-clocked shelves as desired and because a unified clock-tree is not needed for synchronizing activities within the interconnected, but independently clocked shelves.