update query
This commit is contained in:
adekurniawan
parent
94b5a360e7
commit
3125947393
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with master as (select m.date
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, r.kota_kabupaten
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, sum(tch_traffic_erlang) as tch_traffic_erlang
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, sum(sdcch_traffic_erlang) as sdcch_traffic_erlang
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, sum(edge_payload_dl_mbyte) as edge_payload_dl_mbyte
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, sum(edge_payload_ul_mbyte) as edge_payload_ul_mbyte
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, sum(gprs_payload_mbyte) as gprs_payload_mbyte
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, sum(num_tch_availability) as num_tch_availability
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, sum(denum_tch_availability) as denum_tch_availability
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, ndp(sum(num_tch_availability), sum(denum_tch_availability)) as tch_availability
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, sum(num_sdsr) as num_sdsr
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, sum(denum_sdsr) as denum_sdsr
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, ndp(sum(num_sdsr), sum(denum_sdsr)) as sdsr
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, sum(num_hosr) as num_hosr
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, sum(denum_hosr) as denum_hosr
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, ndp(sum(num_hosr), sum(denum_hosr)) as hosr
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, sum(num_tch_drop) as num_tch_drop
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, sum(denum_tch_drop) as denum_tch_drop
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, case
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when ndp(sum(num_tch_drop), sum(denum_tch_drop)) < 0 then 0
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else ndp(sum(num_tch_drop), sum(denum_tch_drop)) end as tch_drop
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, sum(num_tbf_dl_est_sr) as num_tbf_dl_est_sr
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, sum(denum_tbf_dl_est_sr) as denum_tbf_dl_est_sr
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, ndp(sum(num_tbf_dl_est_sr), sum(denum_tbf_dl_est_sr)) as tbf_dl_est_sr
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, sum(num_tbf_ul_est_sr) as num_tbf_ul_est_sr
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, sum(denum_tbf_ul_est_sr) as denum_tbf_ul_est_sr
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, ndp(sum(num_tbf_ul_est_sr), sum(denum_tbf_ul_est_sr)) as tbf_ul_est_sr
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, sum(num_tbf_comp_sr) as num_tbf_comp_sr
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, sum(denum_tbf_comp_sr) as denum_tbf_comp_sr
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, ndp(sum(num_tbf_comp_sr), sum(denum_tbf_comp_sr)) as tbf_comp_sr
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, sum(num_tch_block) as num_tch_block
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, sum(denum_tch_blok) as denum_tch_blok
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, ndp(sum(num_tch_block), sum(denum_tch_blok)) as tch_block
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, sum(num_sdcch_block) as num_sdcch_block
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, sum(denum_sdcch_block) as denum_sdcch_block
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, ndp(sum(num_sdcch_block), sum(denum_sdcch_block)) as sdcch_block
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, avg(edge_dl_throughput_kbps) as edge_dl_throughput_kbps
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, avg(gprs_dl_throughput_kbps) as gprs_dl_throughput_kbps
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, ndp(sum(radio_utilization_num), sum(radio_utilization_denum)) as radio_utilization
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, sum(number_of_trxs) as number_of_trxs
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, sum(num_dl_qual_0_5) as num_dl_qual_0_5
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, sum(denum_dl_qual_0_5) as denum_dl_qual_0_5
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, ndp(sum(num_dl_qual_0_5), sum(denum_dl_qual_0_5)) as dl_qual_0_5
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, sum(num_ul_qual_0_5) as num_ul_qual_0_5
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, sum(denum_ul_qual_0_5) as denum_ul_qual_0_5
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, ndp(sum(num_ul_qual_0_5), sum(denum_ul_qual_0_5)) as ul_qual_0_5
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, sum(num_icm_interference) as num_icm_interference
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, sum(denum_icm_interference) as denum_icm_interference
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, sum(number_of_abis_delete_ind_messages) as number_of_abis_delete_ind_messages
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, sum(number_of_abis_ps_paging_messages) as number_of_abis_ps_paging_messages
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, sum(number_of_abis_interface_paging_command_messages) as number_of_abis_interface_paging_command_messages
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, sum(tch_half_busy_time_s) as tch_half_busy_time_s
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, sum(tch_full_busy_time_s) as tch_full_busy_time_s
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, avg(data_integrity) as data_integrity
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, sum(payload_mbyte) as payload_mbyte
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from r11.meas_2g_daily m
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join network_cell n on m.network_cell_id = n.id
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join ref_site r on n.site_id = r.site_id
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where m.date between date_int(1) and date_int(1)
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-- and n.region = 'PUMA'
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-- and n.site_id in ('AMB002')
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group by m.date
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, r.kota_kabupaten)
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select *
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from master
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order by kota_kabupaten, date
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;
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with master as (select m.date
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, n.site_id
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, nds(sum(num_rrc_setup_sr), sum(denum_rrc_setup_sr)) as rrc_setup_sr
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, sum(num_rrc_setup_sr) as num_rrc_setup_sr
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, sum(denum_rrc_setup_sr) as denum_rrc_setup_sr
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, nds(sum(num_rrc_setup_sr) * sum(num_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_num),
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sum(denum_rrc_setup_sr) * sum(denum_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_denum)) as cssr
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, sum(num_rrc_setup_sr) * sum(num_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_num) as num_cssr
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, sum(denum_rrc_setup_sr) * sum(denum_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_denum) as denum_cssr
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, nds(sum(num_e_rab_setup_sr), sum(denum_e_rab_setup_sr)) as e_rab_setup_sr
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, sum(num_e_rab_setup_sr) as num_e_rab_setup_sr
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, sum(denum_e_rab_setup_sr) as denum_e_rab_setup_sr
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, nds(sum(num_e_rab_drop_rate_percent), sum(denum_e_rab_drop_rate_percent)) as e_rab_drop_rate
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, sum(num_e_rab_drop_rate_percent) as num_e_rab_drop_rate
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, sum(denum_e_rab_drop_rate_percent) as denum_e_rab_drop_rate
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, nds(sum(ratio_of_rrc_re_establishment_monitor_num), sum(ratio_of_rrc_re_establishment_monitor_denum)) as ratio_of_rrc_re_establishment
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, nds(sum(num_ifho_sr), sum(denum_ifho_sr)) as ifho_sr
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, sum(num_ifho_sr) as num_ifho_sr
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, sum(denum_ifho_sr) as denum_ifho_sr
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, nds(sum(num_csfb_sr), sum(denum_csfb_sr)) as csfb_sr
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, sum(num_csfb_sr) as num_csfb_sr
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, sum(denum_csfb_sr) as denum_csfb_sr
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, sum(number_of_rrc_connection_releases_triggered_by_csfb_times) as number_of_rrc_connection_releases_triggered_by_csfb_times
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, sum(number_of_redirection_requests_from_lte_to_utran_csfb_times) as lte_number_of_redirection_requests_from_lte_to_utran_csfb_ranq
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, sum(number_of_redirection_requests_from_lte_to_gsm_csfb_times) as lte_number_of_redirection_requests_from_lte_to_gsm_csfb_ranq
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, nds(sum(s1_signal_connection_est_sr_num), sum(s1_signal_connection_est_sr_denum)) as s1_signaling_sr
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, sum(dl_traffic_volume_mbyte) as dl_traffic_volume_mbyte
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, sum(ul_traffic_volume_mbyte) as ul_traffic_volume_mbyte
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, sum(payload_mbyte) as payload_mbyte
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, sum(maximum_number_of_rrc_connection_user_unit) as maximum_number_of_rrc_connection_user
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, sum(license_number_of_rrc_connection_user_cell_unit) as license_number_of_rrc_connection_user
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, nds(sum(num_dl_prb_utilization_percent), sum(denum_dl_prb_utilization_percent)) as dl_prb_utilization
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, nds(sum(num_ul_prb_utilization_percent), sum(denum_ul_prb_utilization_percent)) as ul_prb_utilization
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, nds(sum(cell_availability_num), sum(cell_availability_denum)) as cell_availability
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-- , nds(sum(cell_availability_num), (count(*) * (60 * 60))::double precision) as cell_availability
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, avg(user_dl_throughput_kbps) as user_dl_throughput_kbps
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, avg(user_ul_throughput_kbps) as user_ul_throughput_kbps
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, avg(cell_dl_throughput_kbps) as cell_dl_throughput_kbps
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, avg(cell_ul_throughput_kbps) as cell_ul_throughput_kbps
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, nds(sum(dl_64qam_modulation_scheme_usage_num), sum(dl_64qam_modulation_scheme_usage_denum)) as dl_64qam_modulation_scheme_usage
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, nds(sum(ul_16qam_modulation_scheme_usage_num), sum(ul_16qam_modulation_scheme_usage_denum)) as ul_16qam_modulation_scheme_usage
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, nds(sum(the_ratio_of_cqi_ge_7_monitor_num), sum(the_ratio_of_cqi_ge_7_monitor_denum)) as the_ratio_of_cqi_ge_7_monitor
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, nds(sum(prb_number_used_on_downlink_channel_unit), sum(prb_number_available_on_downlink_channel_unit)) as dl_resource_block_utilizing_rate
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, nds(sum(prb_number_used_on_uplink_channel_unit), sum(prb_number_available_on_uplink_channel_unit)) as ul_resource_block_utilizing_rate
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, nds(sum(cce_number_used_on_pdcch_channel_unit), sum(cce_number_available_on_pdcch_channel_unit)) as pdcch_cce_utilization_rate
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, nds(sum(prb_number_used_on_pusch_channel_unit), sum(prb_number_available_on_pusch_channel_unit)) as pusch_prb_utilization_rate
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, nds((sum(number_of_successful_access_using_group_a_preamble_unit) +
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sum(number_of_successful_access_using_group_b_preamble_unit) +
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sum(number_of_successful_access_using_dedicated_preamble_unit)),
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sum(number_of_available_preamble_unit)) as prach_usage
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, nds(sum(dl_qpsk_modulation_scheme_usage_num), sum(dl_qpsk_modulation_scheme_usage_denum)) as dl_qpsk_modulation_scheme_usage
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, nds(sum(dl_16qam_modulation_scheme_usage_num), sum(dl_16qam_modulation_scheme_usage_denum)) as dl_16qam_modulation_scheme_usage
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, nds(sum(dl_qpsk_modulation_scheme_usage_num), sum(ul_qpsk_modulation_scheme_usage_denum)) as ul_qpsk_modulation_scheme_usage
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, nds(sum(ul_64qam_modulation_scheme_usage_num), sum(ul_64qam_modulation_scheme_usage_denum)) as ul_64qam_modulation_scheme_usage
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, sum(number_of_paging_records_received_by_the_enodeb_unit) as paging_number_from_s1
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, nds(sum(number_of_paging_records_congested_at_the_enodeb_unit),
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sum(number_of_paging_records_received_by_the_enodeb_unit) + sum(number_of_paging_records_congested_at_the_enodeb_unit)) as paging_congestion_rate
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, nds(sum(number_of_paging_records_received_by_the_enodeb_unit),
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sum(number_of_paging_records_send_from_enodeb_unit)) as paging_success_rate
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, avg(active_users_rnp) as active_users_rnp
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, nds(
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sum(dl_256qam_modulation_scheme_usage_num),
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sum(dl_256qam_modulation_scheme_usage_denum)) as dl_256qam_modulation_scheme_usage
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, avg(average_cqi) as average_cqi
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, avg(cqi_ge_10) as cqi_ge_10
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, avg(spectral_efficiency) as spectral_efficiency
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, nds(sum(inter_freq_lte_ho_num), sum(inter_freq_lte_ho_denum)) as inter_freq_lte_ho
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, sum(inter_freq_lte_ho_denum) as inter_freq_lte_ho_denum
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, sum(inter_freq_lte_ho_num) as inter_freq_lte_ho_num
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, sum(num_ifho_sr) as num_ifho_sr_
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, sum(denum_ifho_sr) as denum_ifho_sr_
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, avg(cell_dl_tcp_packets_average_rtt_ms) as cell_dl_tcp_packets_average_rtt
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, avg(kpi_average_dl_pdcp_sdu_delay_ms) as average_dl_pdcp_sdu_delay
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, avg(kpi_average_dl_ip_packet_delay_ms) as average_dl_ip_packet_delay
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, avg(avgerage_delay_of_tcp_three_way_handshake_syn_to_synack_ms) as average_delay_of_tcp_three_way_handshake_syn_to_synack
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, avg(avgerage_delay_of_tcp_three_way_handshake_synack_to_ack_ms) as average_delay_of_tcp_three_way_handshake_synack_to_ack
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, avg(avgerage_delay_of_tcp_three_way_handshake_ack_to_firstdata_ms) as average_delay_of_tcp_three_way_handshake_ack_to_firstdata
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, avg(average_ni_of_carrier_dbm) as average_ni_of_carrier_dbm
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--
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, nds(sum(rrc_establishment_volte_num) * sum(e_rab_setup_volte_qci5_num),
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sum(rrc_establishment_volte_denum) * sum(e_rab_setup_volte_qci5_denum)) as call_setup_sr_qci_1_qci_5
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, sum(rrc_establishment_volte_num) * sum(e_rab_setup_volte_qci5_num) as call_setup_sr_qci_1_qci_5_num
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, sum(rrc_establishment_volte_denum) * sum(e_rab_setup_volte_qci5_denum) as call_setup_sr_qci_1_qci_5_denum
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, nds(sum(e_rab_setup_volte_qci1_num) + sum(e_rab_setup_volte_qci5_num),
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sum(e_rab_setup_volte_qci1_denum) + sum(e_rab_setup_volte_qci5_denum)) as e_rab_setup_sr_qci_1_qci_5
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, sum(e_rab_setup_volte_qci1_num) + sum(e_rab_setup_volte_qci5_num) as e_rab_setup_sr_qci_1_qci_5_num
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, sum(e_rab_setup_volte_qci1_denum) + sum(e_rab_setup_volte_qci5_denum) as e_rab_setup_sr_qci_1_qci_5_denum
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, nds(sum(volte_call_drop_rate_mme_num), sum(volte_call_drop_rate_mme_denum)) as call_drop_rate_mme
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, sum(volte_call_drop_rate_mme_num) as call_drop_rate_mme_num
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, sum(volte_call_drop_rate_mme_denum) as call_drop_rate_mme_denum
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, nds(sum(volte_call_drop_rate_num), sum(volte_call_drop_rate_denum)) as call_drop_rate
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, sum(volte_call_drop_rate_num) as call_drop_rate_num
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, sum(volte_call_drop_rate_denum) as call_drop_rate_denum
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, sum(volte_traffic_erl) as traffic_erl
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, sum(maximum_dl_active_user_number_qci_1_unit) as maximum_dl_active_user_number_qci_1
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, nds(sum(volte_user_outgoing_inter_freq_hosr_num), sum(volte_user_outgoing_inter_freq_hosr_denum)) as user_outgoing_inter_freq_hosr
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, sum(volte_user_outgoing_inter_freq_hosr_num) as user_outgoing_inter_freq_hosr_num
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, sum(volte_user_outgoing_inter_freq_hosr_denum) as user_outgoing_inter_freq_hosr_denum
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, nds(sum(volte_user_outgoing_intra_freq_hosr_num), sum(volte_user_outgoing_intra_freq_hosr_denum)) as user_outgoing_intra_freq_hosr
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, sum(volte_user_outgoing_intra_freq_hosr_num) as user_outgoing_intra_freq_hosr_num
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, sum(volte_user_outgoing_intra_freq_hosr_denum) as user_outgoing_intra_freq_hosr_denum
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, nds(sum(volte_srvcc_ho_sr_lte_to_umts_success_div_success_failure_num), sum(volte_srvcc_ho_sr_lte_to_umts_success_div_success_failure_denum)) as srvcc_hosr_lte_umts_succ_div_succ_plus_fail
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, sum(volte_srvcc_ho_sr_lte_to_umts_success_div_success_failure_num) as srvcc_hosr_lte_umts_succ_div_succ_plus_fail_num
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, sum(volte_srvcc_ho_sr_lte_to_umts_success_div_success_failure_denum) as srvcc_hosr_lte_umts_succ_div_succ_plus_fail_denum
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, nds(sum(volte_srvcc_ho_sr_lte_to_gsm_success_div_success_failure_num), sum(volte_srvcc_ho_sr_lte_to_gsm_success_div_success_failure_denum)) as srvcc_hosr_lte_gsm_succ_div_succ_plus_fail
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, sum(volte_srvcc_ho_sr_lte_to_gsm_success_div_success_failure_num) as srvcc_hosr_lte_gsm_succ_div_succ_plus_fail_num
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, sum(volte_srvcc_ho_sr_lte_to_gsm_success_div_success_failure_denum) as srvcc_hosr_lte_gsm_succ_div_succ_plus_fail_denum
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, nds(sum(num_erab_setup_success_rate_xhj), sum(denum_erab_setup_success_rate_xhj)) as erab_setup_success_rate
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, sum(num_erab_setup_success_rate_xhj) as num_erab_setup_success_rate
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, sum(denum_erab_setup_success_rate_xhj) as denum_erab_setup_success_rate
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, avg(data_integrity) as data_integrity
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from r11.meas_4g_daily m
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join network_cell n on m.network_cell_id = n.id
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where m.date between date_int(1) and date_int(1)
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-- and n.region = 'PUMA'
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and n.site_id in ('AMB002')
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group by m.date
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, n.site_id)
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select *
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from master
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order by site_id, date
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;
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@ -0,0 +1,83 @@
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with master as (select m.date
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, n.site_id
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, nds(sum(num_inter_handover_success_rate), sum(denum_inter_handover_success_rate)) as inter_handover_success_rate
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, sum(number_of_sn_change_confirmations) as number_of_sn_change_confirmations
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, sum(number_of_sn_change_requests) as number_of_sn_change_requests
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, nds(sum(num_intra_handover_success_rate), sum(denum_intra_handover_success_rate)) as intra_handover_success_rate
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, nds(sum(num_availability), count(*) * 60 * 60) as availability
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, nds(sum(number_of_times_that_an_sn_is_added_successfully), sum(number_of_sn_add_requests)) as setup_success_rate
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, 100 - ndp(sum(num_nr_retainability), sum(denum_nr_retainability)) as retainability
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, sum(num_sn_setup_success_rate) as num_sn_setup_success_rate
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, sum(num_intra_handover_success_rate) as num_intra_handover_success_rate
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, sum(denum_intra_handover_success_rate) as denum_intra_handover_success_rate
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, sum(num_inter_handover_success_rate) as num_inter_handover_success_rate
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, sum(denum_inter_handover_success_rate) as denum_inter_handover_success_rate
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, sum(num_nr_retainability) as num_nr_retainability
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, sum(denum_nr_retainability) as denum_nr_retainability
|
||||
, sum(num_availability) as num_availability
|
||||
, avg(avg_rrc_user_number) as avg_rrc_user_number
|
||||
, max(max_rrc_user_number) as max_rrc_user_number
|
||||
, nds(sum(num_latency_dl), sum(denum_latency_dl)) as latency_dl
|
||||
, nds(sum(num_latency_ul), sum(denum_latency_ul)) as latency_ul
|
||||
, nds(sum(num_user_throughput_dl), sum(denum_user_throughput_dl)) as user_throughput_dl
|
||||
, nds(sum(num_user_throughput_ul), sum(denum_user_throughput_ul)) as user_throughput_ul
|
||||
, nds(sum(num_cell_throughput_dl), sum(denum_cell_throughput_dl_v2)) as cell_throughput_dl
|
||||
, nds(sum(num_cell_throughput_ul), sum(denum_cell_throughput_ul_v2)) as cell_throughput_ul
|
||||
, nds(sum(num_packet_loss), sum(denum_packet_loss)) as packet_loss
|
||||
, sum(num_latency_dl) as num_latency_dl
|
||||
, sum(denum_latency_dl) as denum_latency_dl
|
||||
, sum(num_packet_loss) as num_packet_loss
|
||||
, sum(denum_packet_loss) as denum_packet_loss
|
||||
, sum(num_cell_throughput_dl) as num_cell_throughput_dl
|
||||
, sum(num_cell_throughput_ul) as num_cell_throughput_ul
|
||||
, sum(num_user_throughput_dl) as num_user_throughput_dl
|
||||
, sum(denum_user_throughput_dl) as denum_user_throughput_dl
|
||||
, sum(num_user_throughput_ul) as num_user_throughput_ul
|
||||
, sum(denum_user_throughput_ul) as denum_user_throughput_ul
|
||||
, sum(num_latency_ul) as num_latency_ul
|
||||
, sum(denum_latency_ul) as denum_latency_ul
|
||||
, avg(avg_active_user_number) as avg_active_user_number
|
||||
, max(max_active_user_number) as max_active_user_number
|
||||
, sum(payload) as payload
|
||||
, sum(payload_dl) as payload_dl
|
||||
, sum(payload_ul) as payload_ul
|
||||
, nds(sum(num_prb_utilization_ul), sum(denum_prb_utilization_ul)) as prb_utilization_ul
|
||||
, nds(sum(num_average_cqi), sum(denum_average_cqi)) as average_cqi
|
||||
, nds(sum(num_prb_utilization_dl), sum(denum_prb_utilization_dl)) as prb_utilization_dl
|
||||
, sum(prb_ussage_ul) as prb_ussage_ul
|
||||
, nds(sum(num_average_cqi_64_qam), sum(denum_average_cqi_64_qam)) as average_cqi_64_qam
|
||||
, nds(sum(num_average_cqi_256_qam), sum(denum_verage_cqi_256_qam)) as average_cqi_256_qam
|
||||
, nds(sum(num_spectrum_eff), sum(denum_spectrum_eff)) as spectrum_eff
|
||||
, sum(num_average_cqi) as num_average_cqi
|
||||
, sum(denum_average_cqi) as denum_average_cqi
|
||||
, sum(num_average_cqi_64_qam) as num_average_cqi_64_qam
|
||||
, sum(denum_average_cqi_64_qam) as denum_average_cqi_64_qam
|
||||
, sum(num_average_cqi_256_qam) as num_average_cqi_256_qam
|
||||
, sum(denum_verage_cqi_256_qam) as denum_verage_cqi_256_qam
|
||||
, sum(num_spectrum_eff) as num_spectrum_eff
|
||||
, sum(denum_spectrum_eff) as denum_spectrum_eff
|
||||
, sum(num_prb_utilization_dl) as num_prb_utilization_dl
|
||||
, sum(denum_prb_utilization_dl) as denum_prb_utilization_dl
|
||||
, sum(num_prb_utilization_ul) as num_prb_utilization_ul
|
||||
, sum(denum_prb_utilization_ul) as denum_prb_utilization_ul
|
||||
, sum(avr_ta) as avr_ta
|
||||
, avg(avg_uplink_interference) as avg_uplink_interference
|
||||
, max(max_uplink_interference) as max_uplink_interference
|
||||
, sum(prb_ussage_dl) as prb_ussage_dl
|
||||
, sum(number_of_bytes_of_ul_pdcp_services_mbyte) as number_of_bytes_of_ul_pdcp_services_mbyte
|
||||
, sum(number_of_bytes_of_dl_pdcp_services_mbyte) as number_of_bytes_of_dl_pdcp_services_mbyte
|
||||
|
||||
from r11.meas_5g_hourly raw
|
||||
join network_cell n on m.network_cell_id = n.id
|
||||
|
||||
where m.date between date_int(1) and date_int(1)
|
||||
-- and n.region = 'PUMA'
|
||||
and n.site_id in ('AMB002')
|
||||
|
||||
group by m.date
|
||||
, n.site_id)
|
||||
select *
|
||||
from master
|
||||
order by site_id, date
|
||||
;
|
||||
|
|
@ -0,0 +1,71 @@
|
|||
with master as (select m.date
|
||||
, n.site_id
|
||||
|
||||
, sum(tch_traffic_erlang) as tch_traffic_erlang
|
||||
, sum(sdcch_traffic_erlang) as sdcch_traffic_erlang
|
||||
, sum(edge_payload_dl_mbyte) as edge_payload_dl_mbyte
|
||||
, sum(edge_payload_ul_mbyte) as edge_payload_ul_mbyte
|
||||
, sum(gprs_payload_mbyte) as gprs_payload_mbyte
|
||||
, sum(num_tch_availability) as num_tch_availability
|
||||
, sum(denum_tch_availability) as denum_tch_availability
|
||||
, ndp(sum(num_tch_availability), sum(denum_tch_availability)) as tch_availability
|
||||
, sum(num_sdsr) as num_sdsr
|
||||
, sum(denum_sdsr) as denum_sdsr
|
||||
, ndp(sum(num_sdsr), sum(denum_sdsr)) as sdsr
|
||||
, sum(num_hosr) as num_hosr
|
||||
, sum(denum_hosr) as denum_hosr
|
||||
, ndp(sum(num_hosr), sum(denum_hosr)) as hosr
|
||||
, sum(num_tch_drop) as num_tch_drop
|
||||
, sum(denum_tch_drop) as denum_tch_drop
|
||||
, case
|
||||
when ndp(sum(num_tch_drop), sum(denum_tch_drop)) < 0 then 0
|
||||
else ndp(sum(num_tch_drop), sum(denum_tch_drop)) end as tch_drop
|
||||
, sum(num_tbf_dl_est_sr) as num_tbf_dl_est_sr
|
||||
, sum(denum_tbf_dl_est_sr) as denum_tbf_dl_est_sr
|
||||
, ndp(sum(num_tbf_dl_est_sr), sum(denum_tbf_dl_est_sr)) as tbf_dl_est_sr
|
||||
, sum(num_tbf_ul_est_sr) as num_tbf_ul_est_sr
|
||||
, sum(denum_tbf_ul_est_sr) as denum_tbf_ul_est_sr
|
||||
, ndp(sum(num_tbf_ul_est_sr), sum(denum_tbf_ul_est_sr)) as tbf_ul_est_sr
|
||||
, sum(num_tbf_comp_sr) as num_tbf_comp_sr
|
||||
, sum(denum_tbf_comp_sr) as denum_tbf_comp_sr
|
||||
, ndp(sum(num_tbf_comp_sr), sum(denum_tbf_comp_sr)) as tbf_comp_sr
|
||||
, sum(num_tch_block) as num_tch_block
|
||||
, sum(denum_tch_blok) as denum_tch_blok
|
||||
, ndp(sum(num_tch_block), sum(denum_tch_blok)) as tch_block
|
||||
, sum(num_sdcch_block) as num_sdcch_block
|
||||
, sum(denum_sdcch_block) as denum_sdcch_block
|
||||
, ndp(sum(num_sdcch_block), sum(denum_sdcch_block)) as sdcch_block
|
||||
, avg(edge_dl_throughput_kbps) as edge_dl_throughput_kbps
|
||||
, avg(gprs_dl_throughput_kbps) as gprs_dl_throughput_kbps
|
||||
, ndp(sum(radio_utilization_num), sum(radio_utilization_denum)) as radio_utilization
|
||||
, sum(number_of_trxs) as number_of_trxs
|
||||
, sum(num_dl_qual_0_5) as num_dl_qual_0_5
|
||||
, sum(denum_dl_qual_0_5) as denum_dl_qual_0_5
|
||||
, ndp(sum(num_dl_qual_0_5), sum(denum_dl_qual_0_5)) as dl_qual_0_5
|
||||
, sum(num_ul_qual_0_5) as num_ul_qual_0_5
|
||||
, sum(denum_ul_qual_0_5) as denum_ul_qual_0_5
|
||||
, ndp(sum(num_ul_qual_0_5), sum(denum_ul_qual_0_5)) as ul_qual_0_5
|
||||
, sum(num_icm_interference) as num_icm_interference
|
||||
, sum(denum_icm_interference) as denum_icm_interference
|
||||
, sum(number_of_abis_delete_ind_messages) as number_of_abis_delete_ind_messages
|
||||
, sum(number_of_abis_ps_paging_messages) as number_of_abis_ps_paging_messages
|
||||
, sum(number_of_abis_interface_paging_command_messages) as number_of_abis_interface_paging_command_messages
|
||||
, sum(tch_half_busy_time_s) as tch_half_busy_time_s
|
||||
, sum(tch_full_busy_time_s) as tch_full_busy_time_s
|
||||
, avg(data_integrity) as data_integrity
|
||||
|
||||
, sum(payload_mbyte) as payload_mbyte
|
||||
|
||||
from r11.meas_2g_daily m
|
||||
join network_cell n on m.network_cell_id = n.id
|
||||
|
||||
where m.date between date_int(1) and date_int(1)
|
||||
-- and n.region = 'PUMA'
|
||||
and n.site_id in ('AMB002')
|
||||
|
||||
group by m.date
|
||||
, n.site_id)
|
||||
select *
|
||||
from master
|
||||
order by site_id, date
|
||||
;
|
||||
|
|
@ -0,0 +1,165 @@
|
|||
with master as (select m.date
|
||||
, n.site_id
|
||||
|
||||
, nds(sum(num_rrc_setup_sr), sum(denum_rrc_setup_sr)) as rrc_setup_sr
|
||||
, sum(num_rrc_setup_sr) as num_rrc_setup_sr
|
||||
, sum(denum_rrc_setup_sr) as denum_rrc_setup_sr
|
||||
|
||||
, nds(sum(num_rrc_setup_sr) * sum(num_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_num),
|
||||
sum(denum_rrc_setup_sr) * sum(denum_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_denum)) as cssr
|
||||
, sum(num_rrc_setup_sr) * sum(num_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_num) as num_cssr
|
||||
, sum(denum_rrc_setup_sr) * sum(denum_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_denum) as denum_cssr
|
||||
|
||||
, nds(sum(num_e_rab_setup_sr), sum(denum_e_rab_setup_sr)) as e_rab_setup_sr
|
||||
, sum(num_e_rab_setup_sr) as num_e_rab_setup_sr
|
||||
, sum(denum_e_rab_setup_sr) as denum_e_rab_setup_sr
|
||||
|
||||
, nds(sum(num_e_rab_drop_rate_percent), sum(denum_e_rab_drop_rate_percent)) as e_rab_drop_rate
|
||||
, sum(num_e_rab_drop_rate_percent) as num_e_rab_drop_rate
|
||||
, sum(denum_e_rab_drop_rate_percent) as denum_e_rab_drop_rate
|
||||
|
||||
, nds(sum(ratio_of_rrc_re_establishment_monitor_num), sum(ratio_of_rrc_re_establishment_monitor_denum)) as ratio_of_rrc_re_establishment
|
||||
|
||||
, nds(sum(num_ifho_sr), sum(denum_ifho_sr)) as ifho_sr
|
||||
, sum(num_ifho_sr) as num_ifho_sr
|
||||
, sum(denum_ifho_sr) as denum_ifho_sr
|
||||
|
||||
, nds(sum(num_csfb_sr), sum(denum_csfb_sr)) as csfb_sr
|
||||
, sum(num_csfb_sr) as num_csfb_sr
|
||||
, sum(denum_csfb_sr) as denum_csfb_sr
|
||||
|
||||
, sum(number_of_rrc_connection_releases_triggered_by_csfb_times) as number_of_rrc_connection_releases_triggered_by_csfb_times
|
||||
, sum(number_of_redirection_requests_from_lte_to_utran_csfb_times) as lte_number_of_redirection_requests_from_lte_to_utran_csfb_ranq
|
||||
, sum(number_of_redirection_requests_from_lte_to_gsm_csfb_times) as lte_number_of_redirection_requests_from_lte_to_gsm_csfb_ranq
|
||||
|
||||
, nds(sum(s1_signal_connection_est_sr_num), sum(s1_signal_connection_est_sr_denum)) as s1_signaling_sr
|
||||
|
||||
, sum(dl_traffic_volume_mbyte) as dl_traffic_volume_mbyte
|
||||
, sum(ul_traffic_volume_mbyte) as ul_traffic_volume_mbyte
|
||||
, sum(payload_mbyte) as payload_mbyte
|
||||
|
||||
, sum(maximum_number_of_rrc_connection_user_unit) as maximum_number_of_rrc_connection_user
|
||||
, sum(license_number_of_rrc_connection_user_cell_unit) as license_number_of_rrc_connection_user
|
||||
|
||||
, nds(sum(num_dl_prb_utilization_percent), sum(denum_dl_prb_utilization_percent)) as dl_prb_utilization
|
||||
, nds(sum(num_ul_prb_utilization_percent), sum(denum_ul_prb_utilization_percent)) as ul_prb_utilization
|
||||
|
||||
, nds(sum(cell_availability_num), sum(cell_availability_denum)) as cell_availability
|
||||
-- , nds(sum(cell_availability_num), (count(*) * (60 * 60))::double precision) as cell_availability
|
||||
|
||||
, avg(user_dl_throughput_kbps) as user_dl_throughput_kbps
|
||||
, avg(user_ul_throughput_kbps) as user_ul_throughput_kbps
|
||||
, avg(cell_dl_throughput_kbps) as cell_dl_throughput_kbps
|
||||
, avg(cell_ul_throughput_kbps) as cell_ul_throughput_kbps
|
||||
|
||||
, nds(sum(dl_64qam_modulation_scheme_usage_num), sum(dl_64qam_modulation_scheme_usage_denum)) as dl_64qam_modulation_scheme_usage
|
||||
, nds(sum(ul_16qam_modulation_scheme_usage_num), sum(ul_16qam_modulation_scheme_usage_denum)) as ul_16qam_modulation_scheme_usage
|
||||
|
||||
, nds(sum(the_ratio_of_cqi_ge_7_monitor_num), sum(the_ratio_of_cqi_ge_7_monitor_denum)) as the_ratio_of_cqi_ge_7_monitor
|
||||
|
||||
, nds(sum(prb_number_used_on_downlink_channel_unit), sum(prb_number_available_on_downlink_channel_unit)) as dl_resource_block_utilizing_rate
|
||||
, nds(sum(prb_number_used_on_uplink_channel_unit), sum(prb_number_available_on_uplink_channel_unit)) as ul_resource_block_utilizing_rate
|
||||
|
||||
|
||||
, nds(sum(cce_number_used_on_pdcch_channel_unit), sum(cce_number_available_on_pdcch_channel_unit)) as pdcch_cce_utilization_rate
|
||||
, nds(sum(prb_number_used_on_pusch_channel_unit), sum(prb_number_available_on_pusch_channel_unit)) as pusch_prb_utilization_rate
|
||||
, nds((sum(number_of_successful_access_using_group_a_preamble_unit) +
|
||||
sum(number_of_successful_access_using_group_b_preamble_unit) +
|
||||
sum(number_of_successful_access_using_dedicated_preamble_unit)),
|
||||
sum(number_of_available_preamble_unit)) as prach_usage
|
||||
|
||||
, nds(sum(dl_qpsk_modulation_scheme_usage_num), sum(dl_qpsk_modulation_scheme_usage_denum)) as dl_qpsk_modulation_scheme_usage
|
||||
, nds(sum(dl_16qam_modulation_scheme_usage_num), sum(dl_16qam_modulation_scheme_usage_denum)) as dl_16qam_modulation_scheme_usage
|
||||
, nds(sum(dl_qpsk_modulation_scheme_usage_num), sum(ul_qpsk_modulation_scheme_usage_denum)) as ul_qpsk_modulation_scheme_usage
|
||||
, nds(sum(ul_64qam_modulation_scheme_usage_num), sum(ul_64qam_modulation_scheme_usage_denum)) as ul_64qam_modulation_scheme_usage
|
||||
|
||||
, sum(number_of_paging_records_received_by_the_enodeb_unit) as paging_number_from_s1
|
||||
|
||||
, nds(sum(number_of_paging_records_congested_at_the_enodeb_unit),
|
||||
sum(number_of_paging_records_received_by_the_enodeb_unit) + sum(number_of_paging_records_congested_at_the_enodeb_unit)) as paging_congestion_rate
|
||||
, nds(sum(number_of_paging_records_received_by_the_enodeb_unit),
|
||||
sum(number_of_paging_records_send_from_enodeb_unit)) as paging_success_rate
|
||||
|
||||
, avg(active_users_rnp) as active_users_rnp
|
||||
|
||||
, nds(
|
||||
sum(dl_256qam_modulation_scheme_usage_num),
|
||||
sum(dl_256qam_modulation_scheme_usage_denum)) as dl_256qam_modulation_scheme_usage
|
||||
|
||||
, avg(average_cqi) as average_cqi
|
||||
, avg(cqi_ge_10) as cqi_ge_10
|
||||
, avg(spectral_efficiency) as spectral_efficiency
|
||||
|
||||
, nds(sum(inter_freq_lte_ho_num), sum(inter_freq_lte_ho_denum)) as inter_freq_lte_ho
|
||||
, sum(inter_freq_lte_ho_denum) as inter_freq_lte_ho_denum
|
||||
, sum(inter_freq_lte_ho_num) as inter_freq_lte_ho_num
|
||||
|
||||
, sum(num_ifho_sr) as num_ifho_sr_
|
||||
, sum(denum_ifho_sr) as denum_ifho_sr_
|
||||
|
||||
, avg(cell_dl_tcp_packets_average_rtt_ms) as cell_dl_tcp_packets_average_rtt
|
||||
|
||||
, avg(kpi_average_dl_pdcp_sdu_delay_ms) as average_dl_pdcp_sdu_delay
|
||||
, avg(kpi_average_dl_ip_packet_delay_ms) as average_dl_ip_packet_delay
|
||||
, avg(avgerage_delay_of_tcp_three_way_handshake_syn_to_synack_ms) as average_delay_of_tcp_three_way_handshake_syn_to_synack
|
||||
, avg(avgerage_delay_of_tcp_three_way_handshake_synack_to_ack_ms) as average_delay_of_tcp_three_way_handshake_synack_to_ack
|
||||
, avg(avgerage_delay_of_tcp_three_way_handshake_ack_to_firstdata_ms) as average_delay_of_tcp_three_way_handshake_ack_to_firstdata
|
||||
|
||||
, avg(average_ni_of_carrier_dbm) as average_ni_of_carrier_dbm
|
||||
--
|
||||
, nds(sum(rrc_establishment_volte_num) * sum(e_rab_setup_volte_qci5_num),
|
||||
sum(rrc_establishment_volte_denum) * sum(e_rab_setup_volte_qci5_denum)) as call_setup_sr_qci_1_qci_5
|
||||
, sum(rrc_establishment_volte_num) * sum(e_rab_setup_volte_qci5_num) as call_setup_sr_qci_1_qci_5_num
|
||||
, sum(rrc_establishment_volte_denum) * sum(e_rab_setup_volte_qci5_denum) as call_setup_sr_qci_1_qci_5_denum
|
||||
|
||||
, nds(sum(e_rab_setup_volte_qci1_num) + sum(e_rab_setup_volte_qci5_num),
|
||||
sum(e_rab_setup_volte_qci1_denum) + sum(e_rab_setup_volte_qci5_denum)) as e_rab_setup_sr_qci_1_qci_5
|
||||
, sum(e_rab_setup_volte_qci1_num) + sum(e_rab_setup_volte_qci5_num) as e_rab_setup_sr_qci_1_qci_5_num
|
||||
, sum(e_rab_setup_volte_qci1_denum) + sum(e_rab_setup_volte_qci5_denum) as e_rab_setup_sr_qci_1_qci_5_denum
|
||||
|
||||
, nds(sum(volte_call_drop_rate_mme_num), sum(volte_call_drop_rate_mme_denum)) as call_drop_rate_mme
|
||||
, sum(volte_call_drop_rate_mme_num) as call_drop_rate_mme_num
|
||||
, sum(volte_call_drop_rate_mme_denum) as call_drop_rate_mme_denum
|
||||
|
||||
, nds(sum(volte_call_drop_rate_num), sum(volte_call_drop_rate_denum)) as call_drop_rate
|
||||
, sum(volte_call_drop_rate_num) as call_drop_rate_num
|
||||
, sum(volte_call_drop_rate_denum) as call_drop_rate_denum
|
||||
|
||||
, sum(volte_traffic_erl) as traffic_erl
|
||||
, sum(maximum_dl_active_user_number_qci_1_unit) as maximum_dl_active_user_number_qci_1
|
||||
|
||||
, nds(sum(volte_user_outgoing_inter_freq_hosr_num), sum(volte_user_outgoing_inter_freq_hosr_denum)) as user_outgoing_inter_freq_hosr
|
||||
, sum(volte_user_outgoing_inter_freq_hosr_num) as user_outgoing_inter_freq_hosr_num
|
||||
, sum(volte_user_outgoing_inter_freq_hosr_denum) as user_outgoing_inter_freq_hosr_denum
|
||||
|
||||
, nds(sum(volte_user_outgoing_intra_freq_hosr_num), sum(volte_user_outgoing_intra_freq_hosr_denum)) as user_outgoing_intra_freq_hosr
|
||||
, sum(volte_user_outgoing_intra_freq_hosr_num) as user_outgoing_intra_freq_hosr_num
|
||||
, sum(volte_user_outgoing_intra_freq_hosr_denum) as user_outgoing_intra_freq_hosr_denum
|
||||
|
||||
, nds(sum(volte_srvcc_ho_sr_lte_to_umts_success_div_success_failure_num), sum(volte_srvcc_ho_sr_lte_to_umts_success_div_success_failure_denum)) as srvcc_hosr_lte_umts_succ_div_succ_plus_fail
|
||||
, sum(volte_srvcc_ho_sr_lte_to_umts_success_div_success_failure_num) as srvcc_hosr_lte_umts_succ_div_succ_plus_fail_num
|
||||
, sum(volte_srvcc_ho_sr_lte_to_umts_success_div_success_failure_denum) as srvcc_hosr_lte_umts_succ_div_succ_plus_fail_denum
|
||||
|
||||
, nds(sum(volte_srvcc_ho_sr_lte_to_gsm_success_div_success_failure_num), sum(volte_srvcc_ho_sr_lte_to_gsm_success_div_success_failure_denum)) as srvcc_hosr_lte_gsm_succ_div_succ_plus_fail
|
||||
, sum(volte_srvcc_ho_sr_lte_to_gsm_success_div_success_failure_num) as srvcc_hosr_lte_gsm_succ_div_succ_plus_fail_num
|
||||
, sum(volte_srvcc_ho_sr_lte_to_gsm_success_div_success_failure_denum) as srvcc_hosr_lte_gsm_succ_div_succ_plus_fail_denum
|
||||
|
||||
, nds(sum(num_erab_setup_success_rate_xhj), sum(denum_erab_setup_success_rate_xhj)) as erab_setup_success_rate
|
||||
, sum(num_erab_setup_success_rate_xhj) as num_erab_setup_success_rate
|
||||
, sum(denum_erab_setup_success_rate_xhj) as denum_erab_setup_success_rate
|
||||
|
||||
, avg(data_integrity) as data_integrity
|
||||
|
||||
from r11.meas_4g_daily m
|
||||
join network_cell n on m.network_cell_id = n.id
|
||||
|
||||
where m.date between date_int(1) and date_int(1)
|
||||
-- and n.region = 'PUMA'
|
||||
and n.site_id in ('AMB002')
|
||||
|
||||
group by m.date
|
||||
, n.site_id)
|
||||
select *
|
||||
from master
|
||||
order by site_id, date
|
||||
;
|
||||
|
|
@ -0,0 +1,83 @@
|
|||
with master as (select m.date
|
||||
, n.site_id
|
||||
|
||||
, nds(sum(num_inter_handover_success_rate), sum(denum_inter_handover_success_rate)) as inter_handover_success_rate
|
||||
, sum(number_of_sn_change_confirmations) as number_of_sn_change_confirmations
|
||||
, sum(number_of_sn_change_requests) as number_of_sn_change_requests
|
||||
, nds(sum(num_intra_handover_success_rate), sum(denum_intra_handover_success_rate)) as intra_handover_success_rate
|
||||
, nds(sum(num_availability), count(*) * 60 * 60) as availability
|
||||
, nds(sum(number_of_times_that_an_sn_is_added_successfully), sum(number_of_sn_add_requests)) as setup_success_rate
|
||||
, 100 - ndp(sum(num_nr_retainability), sum(denum_nr_retainability)) as retainability
|
||||
, sum(num_sn_setup_success_rate) as num_sn_setup_success_rate
|
||||
, sum(num_intra_handover_success_rate) as num_intra_handover_success_rate
|
||||
, sum(denum_intra_handover_success_rate) as denum_intra_handover_success_rate
|
||||
, sum(num_inter_handover_success_rate) as num_inter_handover_success_rate
|
||||
, sum(denum_inter_handover_success_rate) as denum_inter_handover_success_rate
|
||||
, sum(num_nr_retainability) as num_nr_retainability
|
||||
, sum(denum_nr_retainability) as denum_nr_retainability
|
||||
, sum(num_availability) as num_availability
|
||||
, avg(avg_rrc_user_number) as avg_rrc_user_number
|
||||
, max(max_rrc_user_number) as max_rrc_user_number
|
||||
, nds(sum(num_latency_dl), sum(denum_latency_dl)) as latency_dl
|
||||
, nds(sum(num_latency_ul), sum(denum_latency_ul)) as latency_ul
|
||||
, nds(sum(num_user_throughput_dl), sum(denum_user_throughput_dl)) as user_throughput_dl
|
||||
, nds(sum(num_user_throughput_ul), sum(denum_user_throughput_ul)) as user_throughput_ul
|
||||
, nds(sum(num_cell_throughput_dl), sum(denum_cell_throughput_dl_v2)) as cell_throughput_dl
|
||||
, nds(sum(num_cell_throughput_ul), sum(denum_cell_throughput_ul_v2)) as cell_throughput_ul
|
||||
, nds(sum(num_packet_loss), sum(denum_packet_loss)) as packet_loss
|
||||
, sum(num_latency_dl) as num_latency_dl
|
||||
, sum(denum_latency_dl) as denum_latency_dl
|
||||
, sum(num_packet_loss) as num_packet_loss
|
||||
, sum(denum_packet_loss) as denum_packet_loss
|
||||
, sum(num_cell_throughput_dl) as num_cell_throughput_dl
|
||||
, sum(num_cell_throughput_ul) as num_cell_throughput_ul
|
||||
, sum(num_user_throughput_dl) as num_user_throughput_dl
|
||||
, sum(denum_user_throughput_dl) as denum_user_throughput_dl
|
||||
, sum(num_user_throughput_ul) as num_user_throughput_ul
|
||||
, sum(denum_user_throughput_ul) as denum_user_throughput_ul
|
||||
, sum(num_latency_ul) as num_latency_ul
|
||||
, sum(denum_latency_ul) as denum_latency_ul
|
||||
, avg(avg_active_user_number) as avg_active_user_number
|
||||
, max(max_active_user_number) as max_active_user_number
|
||||
, sum(payload) as payload
|
||||
, sum(payload_dl) as payload_dl
|
||||
, sum(payload_ul) as payload_ul
|
||||
, nds(sum(num_prb_utilization_ul), sum(denum_prb_utilization_ul)) as prb_utilization_ul
|
||||
, nds(sum(num_average_cqi), sum(denum_average_cqi)) as average_cqi
|
||||
, nds(sum(num_prb_utilization_dl), sum(denum_prb_utilization_dl)) as prb_utilization_dl
|
||||
, sum(prb_ussage_ul) as prb_ussage_ul
|
||||
, nds(sum(num_average_cqi_64_qam), sum(denum_average_cqi_64_qam)) as average_cqi_64_qam
|
||||
, nds(sum(num_average_cqi_256_qam), sum(denum_verage_cqi_256_qam)) as average_cqi_256_qam
|
||||
, nds(sum(num_spectrum_eff), sum(denum_spectrum_eff)) as spectrum_eff
|
||||
, sum(num_average_cqi) as num_average_cqi
|
||||
, sum(denum_average_cqi) as denum_average_cqi
|
||||
, sum(num_average_cqi_64_qam) as num_average_cqi_64_qam
|
||||
, sum(denum_average_cqi_64_qam) as denum_average_cqi_64_qam
|
||||
, sum(num_average_cqi_256_qam) as num_average_cqi_256_qam
|
||||
, sum(denum_verage_cqi_256_qam) as denum_verage_cqi_256_qam
|
||||
, sum(num_spectrum_eff) as num_spectrum_eff
|
||||
, sum(denum_spectrum_eff) as denum_spectrum_eff
|
||||
, sum(num_prb_utilization_dl) as num_prb_utilization_dl
|
||||
, sum(denum_prb_utilization_dl) as denum_prb_utilization_dl
|
||||
, sum(num_prb_utilization_ul) as num_prb_utilization_ul
|
||||
, sum(denum_prb_utilization_ul) as denum_prb_utilization_ul
|
||||
, sum(avr_ta) as avr_ta
|
||||
, avg(avg_uplink_interference) as avg_uplink_interference
|
||||
, max(max_uplink_interference) as max_uplink_interference
|
||||
, sum(prb_ussage_dl) as prb_ussage_dl
|
||||
, sum(number_of_bytes_of_ul_pdcp_services_mbyte) as number_of_bytes_of_ul_pdcp_services_mbyte
|
||||
, sum(number_of_bytes_of_dl_pdcp_services_mbyte) as number_of_bytes_of_dl_pdcp_services_mbyte
|
||||
|
||||
from r11.meas_5g_hourly raw
|
||||
join network_cell n on m.network_cell_id = n.id
|
||||
|
||||
where m.date between date_int(1) and date_int(1)
|
||||
-- and n.region = 'PUMA'
|
||||
and n.site_id in ('AMB002')
|
||||
|
||||
group by m.date
|
||||
, n.site_id)
|
||||
select *
|
||||
from master
|
||||
order by site_id, date
|
||||
;
|
||||
Loading…
Reference in New Issue