1

EmosEvaluation

Cedric Roux edited this page 2016-01-17 19:13:39 +01:00

---++ Processing

The Processing is done in two passes 1 Read all Metadata at once and calculate the normalization factor 1 Read the data in small chunks and do the capacity calculation

• Top_eval_data_quick $ Calls: load_estimates_no_channel $ Produces: metadata_termX.mat, X=1:NUser
• Top_eval_data_quick_MU $ Calls: load_estimates_no_channel $ Produces: metadata_MU.mat
• Top_eval_data $ Needs: eval_data
• Top_eval_data_MU $ Needs: metadata_MU.mat $ Calls: eval_data_MU
• Eval_data $ Calls: load_estimates, DProfile, capacityEMOS, $ Produces: Figures for PDP, Capacity, …
• Eval_data_MU $ Calls: load_estimates_MU_lm $ Produces: results_idx_X.mat

---++ Visualization

• Top_eval_data_quick_plot $ Needs: metadata_termX.mat, X=1:NUser $ Calls: plot_gps_coordinates_sophia $ Produces: rx_rssi_termX.jpg, rx_snr_termX.jpg, rx_fer_termX.jpg
• Top_eval_data_MU_quick_plot $ Needs: metadata_MU.mat $ Calls: plot_gps_coordinates_sophia $ Produces: rx_rssi_termX.jpg, rx_snr_termX.jpg, rx_fer_termX.jpg, fer_time.eps, rx_rssi_time.eps
• Top_eval_data_MU_plot $ Needs: metadata_MU.mat $ Calls: Eval_data_MU_plot
• Eval_data_MU_plot $ Needs: results_idx_X.mat $ Produces: idxX_rx_rssi.eps, idxX_map_rx_rssi.jpg, idxX_capacity.eps, idxX_Dprofile.eps

---++ Report Generation

-- User.FlorianKaltenberger - 12 Jun 2008