By Burali-Forti C., Marcolongo R.
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The mathematical idea of touch mechanics is a turning out to be box in engineering and medical computing. This publication is meant as a unified and with no trouble obtainable resource for mathematicians, utilized mathematicians, mechanicians, engineers and scientists, in addition to complicated scholars. the 1st half describes versions of the approaches concerned like friction, warmth iteration and thermal results, put on, adhesion and harm.
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Extra resources for Analyse vectorielle generale: Applications a la mecanique et a la physique
High-level power estimation flow using power macromodeling: (a) macromodel construction, and (b) power estimation ARCHITECTURE-LEVEL POWER ESTIMATION 45 training sequences used during the characterization process. Since characterization is done upfront with possibly little infonnation about the environment in which the components are going to be used, the training sequences may not very well represent real-life input sequences. In addition to the above problem, macromodels may introduce inaccuracies since the results of the characterization experiments are fit into a pre-detennined function template or model, resulting in some errors due to interpolation or extrapolation.
Scheduling techniques for data-flow intensive designs focus on extracting and exploiting the inherent parallelism or concurrency in the algorithm, while scheduling techniques for control-flow intensive designs must consider mutual exclusion of operations in the algorithm that arises due to the abundance of conditional constructs. Mutually exclusive operations on different branches of a conditional construct can never be simultaneously executed. 1. LEVEL OF ABSTRACTION BEHAVIORAL 35 Characteristics of data-flow and control-flow intensive applications DATA-FLOW INTENSIVE CONTROL-FLOW INTENSIVE Data flow dominates Control flow dominates Arithmetic operations Data transfer.
Data-flow and control-flow intensive designs have significantly differing power, area, timing, and testability characteristics, which are elaborated on later in this section. The behavior of the HDL description is validated through the use of simulation and/or formal verification techniques before proceeding with synthesis. High-level synthesis tools typically compile a behavioral description into a suitable intermediate format. Depending on the application domain, commonly used intermediate representation formats are the data flow graph (DFG) and the control flow graph (CFG) .