If you have: SIFS = 20 μSec., DIFS = 400 μSec., Propagation Speed = 2 x 108 (m/sec.), Find the maximum packet delay to transfer a data length of (1000 Byte) from C1 to C2. Mux-DMux delay = 30 μSec C1 Access Point 50 m C2 11 Mbps WLAN : IEEE 802.11b Fast Ethernet Solution: Max. delay = WLAN delay + Ethernet delay Source Destination WLAN delay = DIFS delay + 3 SIFS delay + RTS_delay + CTS_Delay + Data transmission delay + ACK_delay 마 DIFS RTS RTS delay = (RTS Packet length(bit)/ 1 Mbps)+ Propagation delay SIFS CTS SIFS Data SIFS ACK Time Time
If you have: SIFS = 20 μSec., DIFS = 400 μSec., Propagation Speed = 2 x 108 (m/sec.), Find the maximum packet delay to transfer a data length of (1000 Byte) from C1 to C2. Mux-DMux delay = 30 μSec C1 Access Point 50 m C2 11 Mbps WLAN : IEEE 802.11b Fast Ethernet Solution: Max. delay = WLAN delay + Ethernet delay Source Destination WLAN delay = DIFS delay + 3 SIFS delay + RTS_delay + CTS_Delay + Data transmission delay + ACK_delay 마 DIFS RTS RTS delay = (RTS Packet length(bit)/ 1 Mbps)+ Propagation delay SIFS CTS SIFS Data SIFS ACK Time Time
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
Question
![If you have: SIFS = 20 μSec., DIFS = 400 μSec., Propagation Speed = 2 x 108
(m/sec.), Find the maximum packet delay to transfer a data length of (1000 Byte)
from C1 to C2.
Mux-DMux
delay = 30 μSec
C1
Access
Point
50 m
C2
11 Mbps WLAN : IEEE 802.11b
Fast Ethernet
Solution:
Max. delay = WLAN delay + Ethernet delay
Source
Destination
WLAN delay = DIFS delay + 3 SIFS delay + RTS_delay +
CTS_Delay + Data transmission delay + ACK_delay
마
DIFS
RTS
RTS delay = (RTS Packet length(bit)/ 1 Mbps)+ Propagation
delay
SIFS
CTS
SIFS
Data
SIFS
ACK
Time
Time](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4403ffcd-9bfd-415c-bc52-6273066ff721%2F558fcb63-a4e7-4110-90e0-9ecb4e09be34%2Fpmfxia_processed.jpeg&w=3840&q=75)
Transcribed Image Text:If you have: SIFS = 20 μSec., DIFS = 400 μSec., Propagation Speed = 2 x 108
(m/sec.), Find the maximum packet delay to transfer a data length of (1000 Byte)
from C1 to C2.
Mux-DMux
delay = 30 μSec
C1
Access
Point
50 m
C2
11 Mbps WLAN : IEEE 802.11b
Fast Ethernet
Solution:
Max. delay = WLAN delay + Ethernet delay
Source
Destination
WLAN delay = DIFS delay + 3 SIFS delay + RTS_delay +
CTS_Delay + Data transmission delay + ACK_delay
마
DIFS
RTS
RTS delay = (RTS Packet length(bit)/ 1 Mbps)+ Propagation
delay
SIFS
CTS
SIFS
Data
SIFS
ACK
Time
Time
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