文件名称:00258213
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This paper presents a generalized nonlinear (Markov)
analysis technique for evaluation of the statistical
performance of uniformly sampled digital phase-locked
loops (DPLL). Recently proposed synchronization
algorithms use more discrete time signal processing due
to the advances in integrated circuit fabrication (i.e., gate
arrays and ROMs).-This paper presents a generalized nonlinear (Markov)
analysis technique for evaluation of the statistical
performance of uniformly sampled digital phase-locked
loops (DPLL). Recently proposed synchronization
algorithms use more discrete time signal processing due
to the advances in integrated circuit fabrication (i.e., gate
arrays and ROMs).
analysis technique for evaluation of the statistical
performance of uniformly sampled digital phase-locked
loops (DPLL). Recently proposed synchronization
algorithms use more discrete time signal processing due
to the advances in integrated circuit fabrication (i.e., gate
arrays and ROMs).-This paper presents a generalized nonlinear (Markov)
analysis technique for evaluation of the statistical
performance of uniformly sampled digital phase-locked
loops (DPLL). Recently proposed synchronization
algorithms use more discrete time signal processing due
to the advances in integrated circuit fabrication (i.e., gate
arrays and ROMs).
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