By Tim Kogel
Built-in System-Level Modeling of Network-on-Chip Enabled Multi-Processor systems first provides a accomplished replace on fresh advancements within the quarter of SoC structures and ESL layout methodologies. the most contribution is the rigorous definition of a framework for modeling on the timing approximate point of abstraction. for that reason this e-book offers a suite of instruments for the production and exploration of timing approximate SoC platform versions.
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Additional info for Integrated System-Level Modeling of Network-on-Chip enabled Multi-Processor Platforms
38 Integrated System-Level Modeling The Timing model captures the temporal properties of the system. Here the degree of abstraction ranges from causality of events to physical timing of transistors and wires. The Data representation in the model can also effectively subjected to abstraction in order to hide implementation details. Higher level data resolution is reduced to tokens and Abstract Data Types (ADT), whereas lower levels employ word or bit representations. The Component granularity describes the ﬁnest resolution of the subblocks, which are hierarchically composed to the complete system model.
Thus, virtualization of the MP-SoC communication and processing resources is considered the most promising approach to enable the mapping of arbitrarily complex applications to heterogeneous MP-SoC platforms : However, 32 Integrated System-Level Modeling this divide-and-conquer approach enables the individual conﬁguration of communication and processing resource requirements for each of the application tasks. On the other hand, virtualization of the shared resources foster global optimization of performance and utilization.
In case the next hob is blocked, the packet tail is stored in a local buffer. Queuing: Buffering strategies can be distinguished by the location of the buffers inside the router. 4). In the following, N denotes the number of bi-directional router ports. 4. Queuing Schemes – – – input queuing: In input queuing a router has a single input queue for every incoming link. e. the router utilization saturates at about 59% , resulting in weak link utilization. output queuing: In output queuing there are N output queues for every outgoing link resulting in N 2 queues.