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This paper presents signal synchronization aspects in a large, distributed, multichannel RPC Muon Trigger system in the CMS experiment. The paper is an introduction to normalized structure analysis methods of such systems. The method introduces a general model of the system, presented in a form of a network of distributed, synchronous, pipeline processes. The model is based on a definition of a synchronous data stream and its formal, fundamental properties. Theoretical considerations are supported by a practical application of synchronous streams and processes management. The following processes were modeled and implemented in hardware: window synchronization, de-randomization, data concentration and generation of test pulses. There are presented chosen results of the model application in the CMS experiment at the LHC accelerator

Modeling of Synchronous Data Streams Processing in the RPC Muon Trigger System of the CMS Experiment