'Bandwidth limited signals' diaporamas de présentation

The Physical Layer

The Physical Layer. Chapter 2. The Theoretical Basis for Data Communication. Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel. Bandwidth-Limited Signals. A binary signal and its root-mean-square Fourier amplitudes.

727 views • 62 slides

The Physical Layer

The Physical Layer. Chapter 2. The Theoretical Basis for Data Communication. Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel. Bandwidth-Limited Signals. A binary signal and its root-mean-square Fourier amplitudes.

746 views • 62 slides

The Physical Layer

The Physical Layer. Chapter 2. The Theoretical Basis for Data Communication. Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel. Bandwidth-Limited Signals. A binary signal and its root-mean-square Fourier amplitudes.

626 views • 62 slides

The Physical Layer

628 views • 62 slides

The Physical Layer

The Physical Layer. Chapter 2. The Theoretical Basis for Data Communication. Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel. Bandwidth-Limited Signals. A binary signal and its root-mean-square Fourier amplitudes.

627 views • 62 slides

Computer Networks

Computer Networks. NYUS FCSIT Spring 2008 Igor TRAJKOVSKI, Ph.D. Associate Professor trajkovski@unys.edu.mk. The Physical Layer. Chapter 2. The Theoretical Basis for Data Communication. Fourier Analysis Bandwidth-Limited Signals Maximum Data Rate of a Channel. Bandwidth-Limited Signals.

661 views • 55 slides

Computer Networks Applications Supplement

Computer Networks Applications Supplement. Andrew Tanenbaum. The Wireless Web. The Wireless Application Protocol stack. WAP (2). The WAP architecture. I-Mode. Structure of the i-mode data network showing the transport protocols. I-Mode (2). Structure of the i-mode software.

497 views • 40 slides