Cisco Press - Wi-Fi Fundamentals LiveLessons

1. 1.Wi-Fi Fundamentals LiveLessons- Introduction.mp441.1MB
2. 2.Learning Objectives.mp410.85MB
3. 3.1.1 Understanding WPAN, WLAN, WMAN, and WWAN.mp46.07MB
4. 4.1.2 Using Ad Hoc Networks and Infrastructure Mode.mp44.27MB
5. 5.1.3 SSID and Roaming.mp410.15MB
6. 6.1.4 Specialized Wi-Fi Devices - WGBs, Repeaters, Bridges, and Mesh.mp45.12MB
7. 7.1.5 The Roles of the IEEE and the Wi-Fi Alliance.mp45.44MB
8. 8.Learning Objectives.mp411.76MB
9. 9.2.1 Why Power Matters.mp42MB
10. 10.2.2 Understanding dB and dbm.mp419.82MB
11. 11.2.3 Using dBi and dBd.mp49.63MB
12. 12.2.4 Understanding EIRP.mp413.5MB
13. 13.Learning Objectives.mp415.38MB
14. 14.3.1 Exploring Antenna Principles.mp414.53MB
15. 15.3.2 Understanding Radiation Patterns.mp419.67MB
16. 16.3.3 Why Use Directional Antennas-.mp44.51MB
17. 17.3.4 Understanding Common Omnidirectional Types of Antennas and Polarization .mp412.62MB
18. 18.3.5 Using Connectors.mp44.01MB
19. 19.3.6 Examining Attenuators, Amplifiers, Lightning Arrestors, and Splitters.mp47.48MB
20. 20.Learning Objectives.mp417.29MB
21. 21.4.1 Understanding RF Terms and Concepts - Frequency, Wavelength, and Amplitude.mp412.12MB
22. 22.4.2 Going through Obstacles - Absorption, Reflection, Multipath, Scattering, and Refraction.mp415.36MB
23. 23.4.3 Losing or Gaining Signal in Free Space - Line of Sight, Free Path Loss Model, and Fresnel Zone.mp412.23MB
24. 24.4.4 Understanding RSSI and SNR.mp47.06MB
25. 25.4.5 Exploring the RF Spectrum.mp48.92MB
26. 26.4.6 Competing with non-802.11 Transmissions - Bluetooth, DECT, ZigBee, WiMAX, Radars, and Others.mp428.3MB
27. 27.Learning Objectives.mp418.34MB
28. 28.5.1 Understanding the Spread Spectrum Technology.mp414.12MB
29. 29.5.2 Exploring DSSS Basic Modulations - DBPSK and QBPSK.mp411.43MB
30. 30.5.3 Exploring DSSS Advanced Modulation - CCK.mp47.61MB
31. 31.5.4 Exploring OFDM Basic Modulations - BPSK and QPSK.mp415.32MB
32. 32.5.5 Exploring OFDM Advanced Modulation - QAM.mp413.24MB
33. 33.5.6 Issues Linked to Channel Overlaps and Channel Reuse.mp420.01MB
34. 34.Learning Objectives.mp424.38MB
35. 35.6.1 Understanding the Original 802.11.mp411.99MB
36. 36.6.2 Understanding 802.11b.mp416.7MB
37. 37.6.3 Understanding 802.11a and 802.11g.mp433.33MB
38. 38.6.4 Going Faster - 802.11n Channel Aggregation and Blocks.mp411.41MB
39. 39.6.5 Going Faster - 802.11n MIMO (MRC, TxBF, and Spatial Multiplexing).mp433.38MB
40. 40.6.6 Going Even Faster - 802.11ac.mp433.22MB
41. 41.6.7 Other Ways of Making the Spectrum More Efficient.mp40B
42. 42.Learning Objectives.mp419.15MB
43. 43.7.1 Understanding Wi-Fi Security Components.mp43.29MB
44. 44.7.2 Securing Authentication.mp418.97MB
45. 45.7.3 Encrypting Traffic.mp417.7MB
46. 46.7.4 Distributing and Managing the Keys.mp412.54MB
47. 47.7.5 Understanding Wi-Fi Security History.mp47.81MB
48. 48.7.6 Exploring Wi-Fi Security Exchanges.mp415.81MB
49. 49.Learning Objectives.mp424.48MB
50. 50.8.1 How Frames Are Sent.mp423.29MB
51. 51.8.2 Frame Format and Speeds.mp417.77MB
52. 52.8.3 The Management Frames That Are Used to Discover the Network.mp410.77MB
53. 53.8.4 The Management Frames That Are Used to Connect to the Network.mp46.42MB
54. 54.8.5 The Control Frames That Are Used to Improve Communication.mp46.82MB
55. 55.8.6 Frame Speeds.mp428.72MB
56. 56.8.7 Wireless QoS.mp425.87MB
57. 57.8.8 The Power Save Configuration.mp414.72MB