'Link control protocol' presentation slideshows

819 views • 68 slides

Remote Access

901 views • 64 slides

Midterm Results

Midterm Results. Note 5: Peer-to-Peer Protocols and Data Link Control. Flow Control. buffer fill. Information frame. Transmitter. Receiver. Control frame. Flow Control. Receiver has limited buffering to store arriving frames Several situations cause buffer overflow

735 views • 61 slides

Ch. 3 - PPP

Ch. 3 - PPP. CCNA 4 version 3.0 Rick Graziani Cabrillo College. Overview. Explain serial communication Describe and give an example of TDM Identify the demarcation point in a WAN Describe the functions of the DTE and DCE Discuss the development of HDLC encapsulation

631 views • 56 slides

Note 5: Peer-to-Peer Protocols and Data Link Control

Note 5: Peer-to-Peer Protocols and Data Link Control. Flow Control. buffer fill. Information frame. Transmitter. Receiver. Control frame. Flow Control. Receiver has limited buffering to store arriving frames Several situations cause buffer overflow

426 views • 41 slides

Introduction to PPP

Introduction to PPP . Sharon Katz. Early 80`s: PC users begin to communicate through file transfer protocols: X-Modem Y-Modem Z-Modem. Asymetric protocols. History. Dial-up file transfer protocol. Dial-up networking. In the unix world TCP/IP vs. file transfer protocols

473 views • 28 slides

Data Communications

Data Communications. Point-to-Point Protocol (PPP). Basics of PPP. Used on point-to-point links such as modem dialup, DSL, and cable modem SLIP (serial line Internet protocol) was first but could only support IP and only static IP address assignment PPP solves both above problems. PPP States.

372 views • 25 slides

Chapter Objectives

Chapter Objectives. At the end of this chapter you will be able to: Describe the following technologies: ISDN, PPP, Modem, XDSL and ATM. Leased Line and Dial-Up. Leased Line

358 views • 23 slides