1 / 12

2005 Spring CS492 Lab #3

2005 Spring CS492 Lab #3. 2005.10.13. Thu 8:30pm-10:30pm Building E3-1, Classroom #3 Kim, Dong-Wook Lee, Dooyoung Kim, Taehee Sue Moon Dept of EECS, Div. of CS. Goals and Overview of Lab #3. Goals To introduce students to wireless ad-hod networking

leo-valdez
Download Presentation

2005 Spring CS492 Lab #3

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. 2005 Spring CS492 Lab #3 2005.10.13. Thu8:30pm-10:30pm Building E3-1, Classroom #3 Kim, Dong-Wook Lee, Dooyoung Kim, Taehee Sue Moon Dept of EECS, Div. of CS

  2. Goals and Overview of Lab #3 • Goals • To introduce students to wireless ad-hod networking • To introduce students MANET routing protocols • To measure and compare TCP/UDP performance in ad-hoc mode • Overview • TCP/UDP throughput measurement under Ad-hoc mode

  3. Lab #3: Step 1 and 2 preparation • Setting up your Linux laptop as an AP • Download host AP driver from web site http://hostap.epitest.fi/ • Install iperf software on your Linux • Download iperf of linux version from our FTP server server ftp://143.248.134.182

  4. Lab #3: Step 1 and 2 Setting team team team team team # # # # # 2 1 9 5 6 team # 7 team # 8 team # 4 team # 3 Host AP Host AP & DHCP server 802 . 11 g network ( 54 Mbps ) access point access point ( IPv 4 _ KAIST or # channel : ( IPv 4 _ KAIST or IPv 6 _ KAIST ) IPv 6 _ KAIST ) # channel : 1 # channel : 6

  5. Lab #3: Step 1 • TCP throughput measurement • Team #1: Run host AP and iperf program on your Laptop • server : Iperf –s • Other team : connect to the host AP of team #1 and run iperf • Client : iperf –c 192.168.11.x –n • Repeat each team as host AP • At the end, upload your log at “192.168.11.x” • server : tcp_server_[team number].txt • Client : tcp_cient_[connected server number]_[team number].txt

  6. Lab #3: Step 1 • UDP throughput measurement • Team #1: Run host AP and iperf program on your Laptop • server : Iperf –s –u –p 5001 • Other team : connect to the host AP of team #1 and run iperf • Client : iperf –c 192.168.11.x –u –p 5001 -b Repeat each team as host AP • At the end, upload your log at “192.168.11.x” • server : udp_server_[team number].txt • Client : udp_cient_ [connected server number]_[team number].txt

  7. Lab #3: Step 2 • TCP throughput measurement • Team #1: Run “iperf –c 192.168.11.x –n ” • Team #1 and #2: • Team #1 to #4: • All teams: • At the end, upload your log at “192.xxx” • tcp_[step number]_[team number].txt

  8. Lab #3: Step 2 • UDP throughput measurement • Team #1: Run “iperf –c 192.168.11.x –b ” • Team #1 and #2: • Team #1 to #4: • All teams: • At the end, upload your log at “192.xxx” • udp_[step number]_[team number].txt

  9. Lab #3: Step 3 preparation • Install AODV Routing Protocol in your host AP

  10. Lab #3: Step 3 setting team # 9 team # 1 team # 7 Host AP team # 5 Host AP & DHCP server team # 8 team # 6 team # 2 team # 3 team # 4

  11. Lab #3: Step 3

  12. Lab #3: Wrap Up • Questions to ask yourself

More Related