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AP Management: Channel Arrangement

AP Management: Channel Arrangement . Joseph Foglietta Nishant Divecha. Algorithm. Determine RSSI threshold experimentally Determine interfering Access Points Assign channels based on this information, and on channel quality measurements. Data Management. Determine interfering APs

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AP Management: Channel Arrangement

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  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 7 4 1 8 6 3 10 2 9 5

  8. Visual Example

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

  10. Visual Example

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

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