1. AP Management: Channel Arrangement Joseph Foglietta Nishant Divecha

2. Algorithm Determine RSSI threshold experimentally Determine interfering Access Points Assign channels based on this information, and on channel quality measurements

3. Data Management Determine interfering APs Measure all RSSI values with respect to the other APs Arrange in a 10x10 array to organize the values for the future Using a predetermined threshold, the RSSI values will be compared to see which APs are conflicting and which are not

4. Data Implementation (1/3) Using the 10x10 matrix, find the column with the most number of RSSI values above the threshold and pull out the column into a smaller 10x2 matrix consisting of the RSSI data and an identifier of which RSSI value belongs to which AP

5. Data Implementation (2/3) Next, a channel is randomly assigned to the AP in which the 10x2 array After sorting through the 10x2 array and finding the AP with the highest RSSI value, a channel quality measurement is completed to find the best available channel The channel decided upon, is then assigned to the AP with the highest RSSI value

6. Data Implementation (3/3) A channel quality scan is then performed Next, the next largest array is assigned the channel with the highest quality The process is then repeated for this array

7. Visual Demonstration One 1 2 3 4 6 7 8 10 5 9

8. Visual Example 12345678910 4111248758 332333989 254665 598 6

9. Visual Demonstration Two 8 7 1 4 3 9 5 10 2 6

10. Visual Example 12345678910 81594 8745 24531156 4 3 983 719

11. Projected Timeline April 15Algorithm Presented April 22Programming Presented April 25Code Integration