Question 1
Compare the applications of Bluetooth with those of IEEE 802.11?

Question 2
What are the benefits on Bluetooth compared with 802.11?

Question 3
How are IEEE 802.11 standards changing to meet the competition from standards like Bluetooth?

Question 4
What are the advantages and disadvantages of Bluetooth security compared with IEEE 802.11?

Question 5
How is the Bluetooth standard evolving to meet new requirements?
Question 6 
Discuss the methods to tackle and mitigate RF multipath that impact to WLAN throughput.

Question 7
Describe the purposes of POE in WLAN design. Provide at least 3 scenarios of POE being used as the prime element in WLAN design to address the project's cost and management objectives.

Note: Student can use implemented cases: Camera System of Sydney City Rail or NSW Police surveillance system or NSW RTA traffic control (camera and WLAN devices) or other industries such as large University campus or clubs or Hospitals in Australia.

Question 8
Describe at least 3 types of spread spectrum technology that evolve the speed and throughput for WLAN's crunch wireless applications.

Question 9
Provide a most implementable WLAN design solution for an office with 20 wireless employees, using WLAN capable laptops to access email, Internet, small accounting applications, printing service and other office requited applications and services for day-to-day activity. The new design should include (but not limit to):
• Addition assume may need where appropriate;
• Objectives and/or reasons for the core WLAN elements/devices for user-roaming, throughput, voice and stream services.
• Type of antennas, Access Point, Switches, and other required hardware in design solution;
• Security method(s) to be implementing to maximise the protection of the network;
• Also provide the best possible network and user policy for WLAN.