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Item
Calculation Formula
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1RRC Session set up success rate %
GET_PYPROCESS_OUTPUT popy_eval lte_rrc_connection_setup_success_rate.process_cell(dbcon, "")
Success rate of L3 Msg flow: LTE_UL_CCCH_RRCConnectionRequest >> LTE_UL_DCCH_RRCConnectionSetupComplete
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2RRC Session abnormal release rate %
GET_PYPROCESS_OUTPUT popy_eval lte_rrc_conn_drop_rate.process_cell(dbcon, "")
Take count of LTE_UL_CCCH_RRCConnectionReestablishmentRequest as n_reestab_req, count of LTE_UL_DCCH_RRCConnectionReestablishmentComplete as n_reestab_complete, count of LTE_UL_DCCH_RRCConnectionSetupComplete as n_conn_setup_complete, then n_fail = n_reestab_req - n_reestab_complete, then return (n_fail*100.0) / (n_reestab_req + n_conn_setup_complete)
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3RRC Session establishment time (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_rrc_conn_setup.process_cell(dbcon, "", get_latency=True)
Duration of L3 Msg flow: LTE_UL_CCCH_RRCConnectionRequest >> LTE_UL_DCCH_RRCConnectionSetupComplete
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4VoLTE Session set up success rate(MO) %
GET_PYPROCESS_OUTPUT popy_eval volte_cssr.process_cell(dbcon,"", side="mo")
Success rate of L3 Msg flow: SIP INVITE outgoing >> SIP RINGING or OK (answer) of INVITE if no RINGING
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5VoLTE Session set up success rate(MT) %
GET_PYPROCESS_OUTPUT popy_eval volte_cssr.process_cell(dbcon,"", side="mt")
Success rate of L3 Msg flow: SIP INVITE incoming >> SIP RINGING or OK (answer) of INVITE if no RINGING
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6VoLTE Session abnormal release rate %
GET_PYPROCESS_OUTPUT popy_eval volte_session_abnormal_release_rate.process_cell(dbcon, None)
100.0 - (success rate of SIP INVITE to corresponding BYE)
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7VoLTE Session establishment time (call setup duration) (ms)
GET_PYPROCESS_OUTPUT popy_eval volte_call_setup_duration.process_cell(dbcon, "mean()")
SIP Setup Time 180 Ringing (SIP Invite to 180 Ringing or OK if no Ringing)
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8VoLTE Intrasite handover media interruption duration (ms)
GET_PYPROCESS_OUTPUT popy_eval volte_media_interruption_duration.process_cell(dbcon, '', mode='lte_intrasite_ho')
Duration between last downlink RTP packet before LTE handover and first downlink RTP packet after handover (of mentioned type) then minus 18ms for avg 'jitter buffer size' of intermediate jitter buffering/spacing nodes. Not including when phone is getting AMR-SID (silent indicator) RTP frames.
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9VoLTE Intersite handover media interruption duration (ms)
GET_PYPROCESS_OUTPUT popy_eval volte_media_interruption_duration.process_cell(dbcon, '', mode='lte_intersite_ho')
Duration between last downlink RTP packet before LTE handover and first downlink RTP packet after handover (of mentioned type) then minus 18ms for avg 'jitter buffer size' of intermediate jitter buffering/spacing nodes. Not including when phone is getting AMR-SID (silent indicator) RTP frames.
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10VoLTE Intrafreq handover media interruption duration (ms)
GET_PYPROCESS_OUTPUT popy_eval volte_media_interruption_duration.process_cell(dbcon, '', mode='lte_intrafreq_ho')
Duration between last downlink RTP packet before LTE handover and first downlink RTP packet after handover (of mentioned type) then minus 18ms for avg 'jitter buffer size' of intermediate jitter buffering/spacing nodes. Not including when phone is getting AMR-SID (silent indicator) RTP frames.
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11VoLTE Interfreq handover media interruption duration (ms)
GET_PYPROCESS_OUTPUT popy_eval volte_media_interruption_duration.process_cell(dbcon, '', mode='lte_interfreq_ho')
Duration between last downlink RTP packet before LTE handover and first downlink RTP packet after handover (of mentioned type) then minus 18ms for avg 'jitter buffer size' of intermediate jitter buffering/spacing nodes. Not including when phone is getting AMR-SID (silent indicator) RTP frames.
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VoLTE Intrasite handover media interruption duration (ms) incl.silent
GET_PYPROCESS_OUTPUT popy_eval volte_media_interruption_duration.process_cell(dbcon, '', mode='lte_intrasite_ho', during_non_silent_only=False)
Duration between last downlink RTP packet before LTE handover and first downlink RTP packet after handover (of mentioned type) then minus 18ms for avg 'jitter buffer size' of intermediate jitter buffering/spacing nodes. Including when phone is getting AMR-SID (silent indicator) RTP frames.
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VoLTE Intersite handover media interruption duration (ms) incl.silent
GET_PYPROCESS_OUTPUT popy_eval volte_media_interruption_duration.process_cell(dbcon, '', mode='lte_intersite_ho', during_non_silent_only=False)
Duration between last downlink RTP packet before LTE handover and first downlink RTP packet after handover (of mentioned type) then minus 18ms for avg 'jitter buffer size' of intermediate jitter buffering/spacing nodes. Including when phone is getting AMR-SID (silent indicator) RTP frames.
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VoLTE Intrafreq handover media interruption duration (ms) incl.silent
GET_PYPROCESS_OUTPUT popy_eval volte_media_interruption_duration.process_cell(dbcon, '', mode='lte_intrafreq_ho', during_non_silent_only=False)
Duration between last downlink RTP packet before LTE handover and first downlink RTP packet after handover (of mentioned type) then minus 18ms for avg 'jitter buffer size' of intermediate jitter buffering/spacing nodes. Including when phone is getting AMR-SID (silent indicator) RTP frames.
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VoLTE Interfreq handover media interruption duration (ms) incl.silent
GET_PYPROCESS_OUTPUT popy_eval volte_media_interruption_duration.process_cell(dbcon, '', mode='lte_interfreq_ho', during_non_silent_only=False)
Duration between last downlink RTP packet before LTE handover and first downlink RTP packet after handover (of mentioned type) then minus 18ms for avg 'jitter buffer size' of intermediate jitter buffering/spacing nodes. Including when phone is getting AMR-SID (silent indicator) RTP frames.
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16
VoLTE SRVCC to WCDMA media interruption duration (ms) (Control plane)
GET_PYPROCESS_OUTPUT popy_eval srvcc_success_rate.process_cell(dbcon, "utra", get_latency=True)
Control plane SRVCC duration: During VoLTE call: LTE_DL_DCCH_MobilityFromEUTRACommand to UL_DCCH_HandoverToUTRANComplete
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17LTE Intrasite Handover success rate %
GET_PYPROCESS_OUTPUT popy_eval lte_intrasite_intersite_ho_ssr.process_cell(dbcon, '', hotype='intrasite')
Success Rate of LTE Handover Complete to LTE Handover commands (of mentioned type)
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18LTE Intersite Handover success rate %
GET_PYPROCESS_OUTPUT popy_eval lte_intrasite_intersite_ho_ssr.process_cell(dbcon, '', hotype='intersite')
Success Rate of LTE Handover Complete to LTE Handover commands (of mentioned type)
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19LTE Intrasite Intrafreq-only Handover success rate %
GET_PYPROCESS_OUTPUT popy_eval lte_intrasite_intersite_ho_ssr.process_cell(dbcon, '', hotype='intrasite_intrafreq')
Success Rate of LTE Handover Complete to LTE Handover commands (of mentioned type)
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20LTE Intersite Intrafreq-only Handover success rate %
GET_PYPROCESS_OUTPUT popy_eval lte_intrasite_intersite_ho_ssr.process_cell(dbcon, '', hotype='intersite_intrafreq')
Success Rate of LTE Handover Complete to LTE Handover commands (of mentioned type)
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21LTE Intrafreq Handover success rate %
GET_PYPROCESS_OUTPUT popy_eval lte_intrafreq_interfreq_ho_ssr.process_cell(dbcon, '', hotype='intrafreq')
Success Rate of LTE Handover Complete to LTE Handover commands (of mentioned type)
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22LTE Interfreq Handover success rate %
GET_PYPROCESS_OUTPUT popy_eval lte_intrafreq_interfreq_ho_ssr.process_cell(dbcon, '', hotype='interfreq')
Success Rate of LTE Handover Complete to LTE Handover commands (of mentioned type)
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23LTE Intrasite Handover duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_intrasite_intersite_ho_ssr.process_cell(dbcon, '', hotype='intrasite', get_latency=True)
Duration of LTE Handover Complete from LTE Handover commands(of mentioned type)
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24LTE Intersite Handover duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_intrasite_intersite_ho_ssr.process_cell(dbcon, '', hotype='intersite', get_latency=True)
Duration of LTE Handover Complete from LTE Handover commands(of mentioned type)
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25LTE Intrasite Intrafreq-only Handover duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_intrasite_intersite_ho_ssr.process_cell(dbcon, '', hotype='intrasite_intrafreq', get_latency=True)
Duration of LTE Handover Complete from LTE Handover commands(of mentioned type)
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26LTE Intersite Intrafreq-only Handover duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_intrasite_intersite_ho_ssr.process_cell(dbcon, '', hotype='intersite_intrafreq', get_latency=True)
Duration of LTE Handover Complete from LTE Handover commands(of mentioned type)
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27LTE Intrafreq Handover duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_intrafreq_interfreq_ho_ssr.process_cell(dbcon, '', hotype='intrafreq', get_latency=True)
Duration of LTE Handover Complete from LTE Handover commands(of mentioned type)
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28LTE Interfreq Handover duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_intrafreq_interfreq_ho_ssr.process_cell(dbcon, '', hotype='interfreq', get_latency=True)
Duration of LTE Handover Complete from LTE Handover commands(of mentioned type)
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29LTE (all) Handover success rate %
GET_PYPROCESS_OUTPUT popy_eval lte_ho_success_rate.process_cell(dbcon, '')
Success Rate of LTE Handover Complete to LTE Handover commands (of mentioned type)
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30LTE (all) Handover duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_ho_dur.process_cell(dbcon, '')
Duration of LTE Handover Complete from LTE Handover commands(of mentioned type)
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31LTE E-RAB success rate %
GET_PYPROCESS_OUTPUT popy_eval lte_erab.process_cell(dbcon, "")
Success rate of L3 Msg flow: LTE_DL_DCCH_RRCConnectionReconfiguration >> LTE_UL_DCCH_RRCConnectionReconfigurationComplete
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32LTE E-RAB duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_erab.process_cell(dbcon, "",get_latency=True)
Duration rate of L3 Msg flow: LTE_DL_DCCH_RRCConnectionReconfiguration >> LTE_UL_DCCH_RRCConnectionReconfigurationComplete
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33Inter-RAT LTE to WCDMA Handover duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_to_wcdma_mobility_from_eutran_success_rate.process_cell(dbcon, '', get_latency=True)
Duration of L3 Msg flow: LTE_DL_DCCH_MobilityFromEUTRACommand >> UL_DCCH_HandoverToUTRANComplete
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34LTE Network Attach duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_attach_duration.process_cell(dbcon, 'mean()', authen_mode='all' )
Duration of L3 Msg flow: L3_EMM_Attach_request >> L3_EMM_Attach_complete
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35LTE Network Attach with authentication duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_attach_duration.process_cell(dbcon, 'mean()', authen_mode='authen' )
Duration of L3 Msg flow: L3_EMM_Attach_request >> L3_EMM_Attach_complete ; that have L3_EMM_Authentication_request and L3_EMM_Authentication_response in between and NOT having (L3_EMM_Authentication_failure or L3_EMM_Authentication_reject)
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36LTE Network Attach without authentication duration (ms)
GET_PYPROCESS_OUTPUT popy_eval lte_attach_duration.process_cell(dbcon, 'mean()', authen_mode='no_authen' )
Duration of L3 Msg flow: L3_EMM_Attach_request >> L3_EMM_Attach_complete ; that DONT have L3_EMM_Authentication_request and L3_EMM_Authentication_response in between
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37LTE Network detach duration (S)
GET_PYPROCESS_OUTPUT popy_eval exec_sql.process_cell(dbcon, "select avg(data_lte_detach_duration) from lte_attach_stats")
Duration of L3 Msg flow: L3_EMM_Detach_request >> L3_EMM_Detach_accept
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38Web page load time (S)
GET_PYPROCESS_OUTPUT popy_eval exec_sql.process_cell(dbcon, "select avg(browse_duration) from browse")
Average 'browse' duration
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39Youtube video streaming Throughput (Kbps)
GET_PYPROCESS_OUTPUT popy_eval youtube_throughput.process_cell(dbcon, "")
Average application througput of Youtube streaming
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40Youtube video streaming success rate %
GET_PYPROCESS_OUTPUT popy_eval youtube_ssr.process_cell(dbcon, "")
Success (completion) rate of youtube video play
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41IMS Initial Registration Success Ratio %
GET_PYPROCESS_OUTPUT popy_eval ims_reg_ssr.process_cell(dbcon, "", get_latency=False)
Success rate of SIP msg flow: REGISTER (excluding first before 401 challenge) >> OK of that REGISTER (cseq check)
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42IMS Initial Registration Time (ms)
GET_PYPROCESS_OUTPUT popy_eval ims_reg_ssr.process_cell(dbcon, "", get_latency=True)
Duration of SIP msg flow: REGISTER (excluding first before 401 challenge) >> OK of that REGISTER (cseq check)
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43VoLTE MT Call Setup Time (ms)
GET_PYPROCESS_OUTPUT popy_eval volte_call_setup_duration.process_cell(dbcon, "mean()", side="mt")
Duration of L3 Msg flow: SIP INVITE incoming >> SIP RINGING or OK (answer) of INVITE if no RINGING
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44RTP Packet Loss Rate %
GET_PYPROCESS_OUTPUT popy_eval rtp_packet_loss_rate.process_cell(dbcon, None)
Packet loss rate as per https://www.ietf.org/rfc/rfc3550.txt
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45Speech Path Delay (RTCP round-trip-time) (ms)
GET_PYPROCESS_OUTPUT popy_eval speech_path_delay.process_cell(dbcon, None)
Round trip time calculated from RTCP packets as illustrated by example in https://www.ietf.org/rfc/rfc3550.txt - Figure 2: Example for round-trip time computation
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46RTCP reported Inter Arrival Jitter (ms) avg
GET_PYPROCESS_OUTPUT popy_eval inter_arrival_jitter.process_cell(dbcon, None, millis=True)
Interarrival jitter from sent RTCP packet (report of received RTP packets) as per https://www.ietf.org/rfc/rfc3550.txt - converted from frame (timestamp unit as mentioned in spec) to seconds by dividing by sample rate (Hertz) of currently used codec.
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47RTCP reported Inter Arrival Jitter (frames) avg
GET_PYPROCESS_OUTPUT popy_eval inter_arrival_jitter.process_cell(dbcon, None)
Interarrival jitter from sent RTCP packet (report of received RTP packets) as per https://www.ietf.org/rfc/rfc3550.txt (timestamp units)
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48MO CSFB Success Rate.
GET_PYPROCESS_OUTPUT popy_eval voice_cssr.process_cell(dbcon,'', mode='cssr', technology='csfb')
Success rate of L3 message flow: L3_EMM_Extended_service_request (with 'mobile originating CS fallback' text) >> L3_CC_Alerting - that requires either a redirection or mobilityfromeutracommand between them.
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49MO CSFB Call Setup Duration Avg (S)
GET_PYPROCESS_OUTPUT popy_eval voice_cssr.process_cell(dbcon,'', mode=None, technology='csfb', custom_col_avg='call_setup_duration') / 1000.0
Duration of L3 message flow: L3_EMM_Extended_service_request (with 'mobile originating CS fallback' text) >> L3_CC_Alerting
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50MT CSFB Success Rate.
GET_PYPROCESS_OUTPUT popy_eval voice_cssr.process_cell(dbcon,'', mode='cssr', side='mt', technology='csfb')
Success rate of L3 message flow: L3_EMM_Extended_service_request (with 'mobile terminating CS fallback' text) >> L3_CC_Alerting
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51MT CSFB Call Setup Duration Avg (S)
GET_PYPROCESS_OUTPUT popy_eval voice_cssr.process_cell(dbcon,'', mode=None, side='mt', technology='csfb', custom_col_avg='call_setup_duration') / 1000.0
Duration of L3 message flow: MT Modem Call initiation Time >> L3_CC_Alerting
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52
CSFB Fastreturn Reselect Back Duration Avg - from all RATs (S)
GET_PYPROCESS_OUTPUT popy_eval csfb_fastreturn_resel_back_duration.process_cell(dbcon, 'mean()', secs=True)
Duration of L3 message flow: After a CSFB flow: WCDMA RRC DL_DCCH_RrcConnectionRelease with text 'redirectionInfo' (or GSM RR Channel Release with redirectinfo for GSM) >> LTE TrackingAreaUpdateComplete or EMM Attach Complete (some cases phone doesn't do tau req)
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53
CSFB Fastreturn Reselect Back Duration Avg - from WCDMA (S)
GET_PYPROCESS_OUTPUT popy_eval csfb_fastreturn_resel_back_duration.process_cell(dbcon, 'mean()', secs=True, redir_from_rats=['wcdma'])
Duration of L3 message flow: After a CSFB flow: WCDMA RRC DL_DCCH_RrcConnectionRelease with text 'redirectionInfo' >> LTE TrackingAreaUpdateComplete or EMM Attach Complete (some cases phone doesn't do tau req)
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54CSFB Fastreturn Reselect Back Duration Avg - from GSM (S)
GET_PYPROCESS_OUTPUT popy_eval csfb_fastreturn_resel_back_duration.process_cell(dbcon, 'mean()', secs=True, redir_from_rats=['gsm'])
Duration of L3 message flow: After a CSFB flow: GSM RR Channel Release for GSM with redirect info >> LTE TrackingAreaUpdateComplete or EMM Attach Complete (some cases phone doesn't do tau req)
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55Mute > 1 second MOS Sample in Call count
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, 1.0)
Number of splitted MOS samples (a sample is apx 6.7 secs - from continuous recording of mos call) with more than 1 second silence - we refer to POLQA MOS score as per ITU-T Rec. P.863 - for more info please see 'Theory of operation' of the AZQ POLQA MOS solution at https://docs.google.com/document/d/18GZAgcs3jRFdWqfvAqmQicvYlXRk6D0WktqWmd5iwwo/edit#heading=h.6mbq0gdeoc4
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56Mute > 1 second MOS Sample in Call percent (%)
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, 1.0, percent_of_samples=True)
Percentage of splitted MOS samples (from continuous recording of mos test voice call) with more than 1 second silence
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57Mute > 5 seconds MOS Sample in Call count
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, 5.0)
Number of splitted MOS samples (a sample is apx 6.7 secs - from continuous recording of mos call) with more than 5 seconds silence - we refer to POLQA MOS score as per ITU-T Rec. P.863 - for more info please see 'Theory of operation' of the AZQ POLQA MOS solution at https://docs.google.com/document/d/18GZAgcs3jRFdWqfvAqmQicvYlXRk6D0WktqWmd5iwwo/edit#heading=h.6mbq0gdeoc4
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58Mute > 5 seconds MOS Sample in Call percent (%)
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, 5.0, percent_of_samples=True)
Percentage of splitted MOS samples (from continuous recording of mos test voice call) with more than 5 seconds silence
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59Mute > 99% seconds MOS Sample in Call count
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, None, silence_more_than_percent=99)
Number of splitted MOS samples (a sample is apx 6.7 secs - from continuous recording of mos call) with more than 99% silence
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60Mute > 99% seconds MOS Sample in Call percent (%)
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, None, silence_more_than_percent=99, percent_of_samples=True)
Percentage of splitted MOS samples (from continuous recording of mos test voice call) with more than 99% silence
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61Pure LTE Sess. Mute > 5 seconds MOS Sample in Call count
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, 5.0, pure_lte_voice_sessions_only=True)
Number of splitted MOS samples (a sample is apx 6.7 secs - from continuous recording of mos call) with more than 5 seconds silence
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62
Pure LTE Sess. Mute > 5 seconds MOS Sample in Call percent (%)
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, 5.0, percent_of_samples=True, pure_lte_voice_sessions_only=True)
Percentage of splitted MOS samples (from continuous recording of mos test voice call) with more than 5 seconds silence
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63
Pure LTE Sess. Mute > 99% seconds MOS Sample in Call count
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, None, silence_more_than_percent=99, pure_lte_voice_sessions_only=True)
Number of splitted MOS samples (a sample is apx 6.7 secs - from continuous recording of mos call) with more than 99% silence
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64
Pure LTE Sess. Mute > 99% seconds MOS Sample in Call percent (%)
GET_PYPROCESS_OUTPUT popy_eval wav_sample_silence_more_than_n_secs.process_cell(dbcon, None, silence_more_than_percent=99, percent_of_samples=True, pure_lte_voice_sessions_only=True)
Percentage of splitted MOS samples (from continuous recording of mos test voice call) with more than 99% silence
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65RTP Mute > 1 Second (Count)
GET_PYPROCESS_OUTPUT popy_eval rtp_mute.process_cell(dbcon, 1000, mode='get_count')
Count of cases where there was more than 1 seconds of time space between two consecutive RTP DL packets received in UE (from same log and ssrc). Requires logs from AZQ APK versions 3.0.949 or newer.
67
66RTP Mute > 1 Second (Percentage of packets)
GET_PYPROCESS_OUTPUT popy_eval rtp_mute.process_cell(dbcon, 1000, mode='get_count_percent')
Percent of above count - vs total RTP packets count.
68
67RTP Mute > 2 Seconds (Count)
GET_PYPROCESS_OUTPUT popy_eval rtp_mute.process_cell(dbcon, 2000, mode='get_count')
Count of cases where there was more than 2 seconds of time space between two consecutive RTP DL packets received in UE (from same log and ssrc). Requires logs from AZQ APK versions 3.0.949 or newer.
69
68RTP Mute > 2 Seconds (Percentage of packets)
GET_PYPROCESS_OUTPUT popy_eval rtp_mute.process_cell(dbcon, 2000, mode='get_count_percent')
Percent of above count - vs total RTP packets count.
70
69RTP Mute > 3 Seconds (Count)
GET_PYPROCESS_OUTPUT popy_eval rtp_mute.process_cell(dbcon, 3000, mode='get_count')
Count of cases where there was more than 3 seconds of time space between two consecutive RTP DL packets received in UE (from same log and ssrc). Requires logs from AZQ APK versions 3.0.949 or newer.
71
70RTP Mute > 3 Seconds (Percentage of packets)
GET_PYPROCESS_OUTPUT popy_eval rtp_mute.process_cell(dbcon, 3000, mode='get_count_percent')
Percent of above count - vs total RTP packets count.
72
71RTP Mute > 5 Seconds (Count)
GET_PYPROCESS_OUTPUT popy_eval rtp_mute.process_cell(dbcon, 5000, mode='get_count')
Count of cases where there was more than 5 seconds of time space between two consecutive RTP DL packets received in UE (from same log and ssrc). Requires logs from AZQ APK versions 3.0.949 or newer.
73
72RTP Mute > 5 Seconds (Percentage of packets)
GET_PYPROCESS_OUTPUT popy_eval rtp_mute.process_cell(dbcon, 5000, mode='get_count_percent')
Percent of above count - vs total RTP packets count.
74
73LTE DL BLER avg
GET_PYPROCESS_OUTPUT popy_eval exec_sql.process_cell(dbcon, 'select avg(lte_bler_1) from lte_l1_dl_tp')
Average of LTE L1 BLER PCC only
75
74LTE UL BLER avg
GET_PYPROCESS_OUTPUT popy_eval exec_sql.process_cell(dbcon, "select avg(lte_rlc_ul_bler) from lte_rlc_stats")
Average of LTE UL BLER total
76
75TAU Success Rate
GET_PYPROCESS_OUTPUT popy_eval lte_tau_ssr.process_cell(dbcon, "")
Percentage of Tracking area update accept events to tracking area update request counts (which are in turn from L3_EMM_Tracking_area_update_accept and L3_EMM_Tracking_area_update_request respectively).
77
76LAU Success Rate
GET_PYPROCESS_OUTPUT popy_eval lau_count_ssr.process_cell(dbcon, "")
Percentage of L3_MM_Location_Updating_Accept to L3_MM_Location_Updating_Request counts.
78
77Log Distance (km)
GET_PYPROCESS_OUTPUT popy_eval distance.process_cell(dbcon, '')
Haversine distance calculation among GPS points of each selected log, combined.
79
783G Call Setup Time (ms)
GET_PYPROCESS_OUTPUT py_eval voice_cssr.process_cell(dbcon,'', mode=None, technology='wcdma', custom_col_avg='call_setup_duration')
See http://www.azenqos.com/resources/azq_call_event_determine/
80
792G Call Setup Time (ms)
GET_PYPROCESS_OUTPUT py_eval voice_cssr.process_cell(dbcon,'', mode=None, technology='gsm', custom_col_avg='call_setup_duration')
See http://www.azenqos.com/resources/azq_call_event_determine/
81
80HSDPA Session Setup Time
GET_PYPROCESS_OUTPUT popy_eval hsdpa_setup_success_rate.process_cell(dbcon, "", get_latency=True)
Duration from WCDMA RRC DL_DCCH_RadioBearerSetup which has content 'dl-TransportChannelType: hsdsch' to its UL_DCCH_RadioBearerSetupComplete
82
81HSUPA Session Setup Time
GET_PYPROCESS_OUTPUT popy_eval hsupa_setup_success_rate.process_cell(dbcon, "", get_latency=True)
Duration from WCDMA RRC DL_DCCH_RadioBearerSetup which has content 'ul-TrCH-Type: e-dch: e-dch' to its UL_DCCH_RadioBearerSetupComplete
83
81PING RTT Avg (millis)
GET_PYPROCESS_OUTPUT popy_eval ping_rtt.process_cell(dbcon, "mean")
84
82PING RTT Min (millis)
GET_PYPROCESS_OUTPUT popy_eval ping_rtt.process_cell(dbcon, "min")
85
83LTE VoLTE SRVCC to GSM duration (millis)
GET_PYPROCESS_OUTPUT popy_eval srvcc_success_rate.process_cell(dbcon, "geran", get_latency=True)
testing
86
84LTE CSFB to GSM duration (millis)
GET_PYPROCESS_OUTPUT popy_eval csfb_call_setup_duration.process_cell(dbcon, "mean()", side="mo", target_rat_filter="gsm")
testing
87
85LTE Inter-RAT PSHO to GSM duration (millis)
GET_PYPROCESS_OUTPUT popy_eval lte_to_gsm_mobility_from_eutran_success_rate.process_cell(dbcon, "", get_latency=True)
testing
88
86LTE Cell reselection to GSM duration (millis)
GET_PYPROCESS_OUTPUT popy_eval irat_stats.process_cell(dbcon, "", from_rat="lte", to_rat="gsm", mode="irat_resel", get_latency=True)
under dev
89
87LTE Cell reselection to WCDMA duration (millis)
GET_PYPROCESS_OUTPUT popy_eval irat_stats.process_cell(dbcon, "", from_rat="lte", to_rat="wcdma", mode="irat_resel", get_latency=True)
under dev
90
88TDD LTE Cell reselection to FDD duration (millis)
GET_PYPROCESS_OUTPUT popy_eval cell_resel.process_cell(dbcon, "lte", intra_rat_code_change_filt=True, from_band='tdd', to_band='fdd', get_latency=True)
under dev
91
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