| 41 | | == 5. Wireless Networking == |
| | 41 | == 5. Wireless == |
| | 42 | |
| | 43 | || '''Exercise''' || '''Objective''' || '''Type''' || '''Duration''' || '''Resources''' || '''Link to Exercise''' || '''Contact''' || |
| | 44 | || Adaptive modulation and coding in cellular networks || Shows how adaptive modulation and coding profiles are assigned to wireless clients in a (WiMAX) cellular network || Self-guided tutorial || 2 hours || WITest || [http://witestlab.poly.edu/blog/adaptive-modulation-and-coding-in-cellular-networks/ Link] || For instructors: [mailto:ffund@nyu.edu Fraida Fund], for students: [mailto:witest-group@nyu.edu WITest help] || |
| | 45 | || Channel access delay of wireless networks under different loads || Highlights the difference in channel access delay between a contention-based WiFi network and a scheduled WiMAX network. || Self-guided tutorial || 2 hours || WITest || [http://witestlab.poly.edu/blog/channel-access-delay-of-802-11-network-under-different-loads/ Link] || For instructors: [mailto:ffund@nyu.edu Fraida Fund], for students: [mailto:witest-group@nyu.edu WITest help] || |
| | 46 | || TCP congestion control in lossy wireless networks || Shows some of the basic issues affecting TCP congestion control in lossy wireless networks. || 1 hour || ORBIT grid || [http://witestlab.poly.edu/blog/tcp-congestion-control-in-lossy-wireless-networks/ Link] || For instructors: [mailto:ffund@nyu.edu Fraida Fund], for students: [mailto:witest-group@nyu.edu WITest help] || |
| | 47 | || Capture and decode FM radio || Teaches the basics of FM signal processing using software-defined radio. || Self-guided tutorial || 2 hours || WITest || [http://witestlab.poly.edu/blog/capture-and-decode-fm-radio/ Link] || For instructors: [mailto:ffund@nyu.edu Fraida Fund], for students: [mailto:witest-group@nyu.edu WITest help] || |
| | 48 | |
