Example of Query CQI (pmRadioUeRepCqiDistr) Data ENIQ with Vector INDEX

 The following is an example of an Ericsson 4G LTE Query for finding the CQI=Carrier Quality Index from performance parameter pmRadioUeRepCqiDistr  by method of Weighted Average.

SELECT Date_ID,HOUR_ID,ERBS,EUTRANCELLFDD,

cast((SUM(A_0)+SUM(A_1)+SUM(A_2)+SUM(A_3)+SUM(A_4)+SUM(A_5)+SUM(A_6)+SUM(A_7)+SUM(A_8)+SUM(A_9)+SUM(A_10)+SUM(A_11)+SUM(A_12)+SUM(A_13)) as float) as TS, 

cast((SUM(A_0) * 0.5) + (SUM(A_1) * 1) + (SUM(A_2) * 2) + (SUM(A_3) * 3) + (SUM(A_4) * 4) + (SUM(A_5) * 5) + (SUM(A_6) * 6) + (SUM(A_7) * 7) + (SUM(A_8) * 8) + (SUM(A_9) * 9+ (SUM(A_10) * 10) + (SUM(A_11) * 11) + (SUM(A_12) * 12) + (SUM(A_13) * 13)) as float) as Wgtd 

,cast((Wgtd/TS) as dec (19,3)) as Reported_CQI,

SUM(A_0) as pm_0, SUM(A_1) as pm_1, SUM(A_2) as pm_2, SUM(A_3) as pm_3, SUM(A_4) as pm_4, SUM(A_5) as pm_5, SUM(A_6) as pm_6, SUM(A_7) as pm_7, SUM(A_8) as pm_8, SUM(A_9) as pm_9, SUM(A_10) as pm_10, SUM(A_11) as pm_11, SUM(A_12) as pm_12, SUM(A_13) as pm_13 

FROM 

( 

SELECT Date_ID,Hour_ID,ERBS, EUTRANCELLFDD,

CASE WHEN (DCVECTOR_INDEX =0) THEN (pmRadioUeRepCqiDistr) END AS A_0, 

CASE WHEN (DCVECTOR_INDEX =1) THEN (pmRadioUeRepCqiDistr) END AS A_1, 

CASE WHEN (DCVECTOR_INDEX =2) THEN (pmRadioUeRepCqiDistr) END AS A_2, 

CASE WHEN (DCVECTOR_INDEX =3) THEN (pmRadioUeRepCqiDistr) END AS A_3, 

CASE WHEN (DCVECTOR_INDEX =4) THEN (pmRadioUeRepCqiDistr) END AS A_4, 

CASE WHEN (DCVECTOR_INDEX =5) THEN (pmRadioUeRepCqiDistr) END AS A_5, 

CASE WHEN (DCVECTOR_INDEX =6) THEN (pmRadioUeRepCqiDistr) END AS A_6, 

CASE WHEN (DCVECTOR_INDEX =7) THEN (pmRadioUeRepCqiDistr) END AS A_7, 

CASE WHEN (DCVECTOR_INDEX =8) THEN (pmRadioUeRepCqiDistr) END AS A_8, 

CASE WHEN (DCVECTOR_INDEX =9) THEN (pmRadioUeRepCqiDistr) END AS A_9, 

CASE WHEN (DCVECTOR_INDEX =10) THEN (pmRadioUeRepCqiDistr) END AS A_10, 

CASE WHEN (DCVECTOR_INDEX =11) THEN (pmRadioUeRepCqiDistr) END AS A_11, 

CASE WHEN (DCVECTOR_INDEX =12) THEN (pmRadioUeRepCqiDistr) END AS A_12, 

CASE WHEN (DCVECTOR_INDEX =13) THEN (pmRadioUeRepCqiDistr) END AS A_13

from 

(Select Date_ID,Hour_ID,ERBS,EUTRANCELLFDD,DCVECTOR_INDEX,sum(pmRadioUeRepCqiDistr) as pmRadioUeRepCqiDistr 

FROM DC_E_ERBS_EUTRANCELLFDD_V_RAW where date_id = ' 2021-01-01' AND DCVECTOR_INDEX <=13 Group by Date_ID,Hour_ID,ERBS,EUTRANCELLFDD,DCVECTOR_INDEX)STEP1

) STEP2 GROUP BY Date_ID,HOUR_ID,ERBS,EUTRANCELLFDD

 UNION 

SELECT Date_ID,HOUR_ID,ERBS,EUTRANCELLFDD,

cast((SUM(A_0)+SUM(A_1)+SUM(A_2)+SUM(A_3)+SUM(A_4)+SUM(A_5)+SUM(A_6)+SUM(A_7)+SUM(A_8)+SUM(A_9)+SUM(A_10)+SUM(A_11)+SUM(A_12)+SUM(A_13)) as float) as TS, 

cast((SUM(A_0) * 0.5) + (SUM(A_1) * 1) + (SUM(A_2) * 2) + (SUM(A_3) * 3) + (SUM(A_4) * 4) + (SUM(A_5) * 5) + (SUM(A_6) * 6) + (SUM(A_7) * 7) + (SUM(A_8) * 8) + (SUM(A_9) * 9+ (SUM(A_10) * 10) + (SUM(A_11) * 11) + (SUM(A_12) * 12) + (SUM(A_13) * 13)) as float) as Wgtd 

,cast((Wgtd/TS) as dec (19,3)) as Reported_CQI,

SUM(A_0) as pm_0, SUM(A_1) as pm_1, SUM(A_2) as pm_2, SUM(A_3) as pm_3, SUM(A_4) as pm_4, SUM(A_5) as pm_5, SUM(A_6) as pm_6, SUM(A_7) as pm_7, SUM(A_8) as pm_8, SUM(A_9) as pm_9, SUM(A_10) as pm_10, SUM(A_11) as pm_11, SUM(A_12) as pm_12, SUM(A_13) as pm_13 

FROM 

( 

SELECT Date_ID,Hour_ID,ERBS, EUTRANCELLFDD,

CASE WHEN (DCVECTOR_INDEX =0) THEN (pmRadioUeRepCqiDistr) END AS A_0, 

CASE WHEN (DCVECTOR_INDEX =1) THEN (pmRadioUeRepCqiDistr) END AS A_1, 

CASE WHEN (DCVECTOR_INDEX =2) THEN (pmRadioUeRepCqiDistr) END AS A_2, 

CASE WHEN (DCVECTOR_INDEX =3) THEN (pmRadioUeRepCqiDistr) END AS A_3, 

CASE WHEN (DCVECTOR_INDEX =4) THEN (pmRadioUeRepCqiDistr) END AS A_4, 

CASE WHEN (DCVECTOR_INDEX =5) THEN (pmRadioUeRepCqiDistr) END AS A_5, 

CASE WHEN (DCVECTOR_INDEX =6) THEN (pmRadioUeRepCqiDistr) END AS A_6, 

CASE WHEN (DCVECTOR_INDEX =7) THEN (pmRadioUeRepCqiDistr) END AS A_7, 

CASE WHEN (DCVECTOR_INDEX =8) THEN (pmRadioUeRepCqiDistr) END AS A_8, 

CASE WHEN (DCVECTOR_INDEX =9) THEN (pmRadioUeRepCqiDistr) END AS A_9, 

CASE WHEN (DCVECTOR_INDEX =10) THEN (pmRadioUeRepCqiDistr) END AS A_10, 

CASE WHEN (DCVECTOR_INDEX =11) THEN (pmRadioUeRepCqiDistr) END AS A_11, 

CASE WHEN (DCVECTOR_INDEX =12) THEN (pmRadioUeRepCqiDistr) END AS A_12, 

CASE WHEN (DCVECTOR_INDEX =13) THEN (pmRadioUeRepCqiDistr) END AS A_13

from 

(Select Date_ID,Hour_ID,ERBS,EUTRANCELLFDD,DCVECTOR_INDEX,sum(pmRadioUeRepCqiDistr) as pmRadioUeRepCqiDistr 

FROM DC_E_ERBSG2_EUTRANCELLFDD_V_RAW where date_id = '2021-01-01' AND DCVECTOR_INDEX <=13 Group by Date_ID,Hour_ID,ERBS,EUTRANCELLFDD,DCVECTOR_INDEX)STEP1

) STEP2 GROUP BY Date_ID,HOUR_ID,ERBS,EUTRANCELLFDD;


Note :

- Check Data Collection Database, which table exists (DC_E_ERBSG2 or DC_E_MSRBS_)

- For TDD(Time Division Duplex) change "FDD" to "TDD"

- See Quality INDEX table from Vendor Documents.


Comments

Post a Comment

Popular posts from this blog

Decimal Auto Dash Number To HEX

Image
Decimal Number To Hexadecimal Converter Tools This is the code calculator for the dashboard in Kilometres. The resulting code is one of the 5 codes that appear below. Please discuss in the comments column if there are difficulties. Edit EEPROM at spesific memory address acording to type of device, for example shown in picture below honda with EEPROM 93C76 Disclaimer : The use of this software is intended for repair purposes only or experimental, we are not responsible for the misuse of this software resulting in criminal acts according to applicable state laws. Thank you for reading. This tools maybe save your live, so please donate to support me through my paypal https://www.paypal.me/aesixnet Note Please enter a description USD Please enter a price Please enter an Invoice ID
Read more

Example of Query 3G Cell Propagation Data ENIQ with Vector INDEX

Image
The following is an example of an Ericsson ENIQ SQL Query for finding the range of radio signal propagation in average Kilometres by method of Weighted Average. S ELECT Date_ID,RNC,RBS,Sector,Carrier, cast((SUM(A_1)+SUM(A_2)+SUM(A_3)+SUM(A_4)+SUM(A_5)+SUM(A_6)+SUM(A_7)+SUM(A_8)+SUM(A_9)+SUM(A_10)+SUM(A_11)+SUM(A_12)+SUM(A_13)+SUM(A_14)+SUM(A_15)+SUM(A_16)+SUM(A_17)+SUM(A_18)+SUM(A_19)+SUM(A_20)+SUM(A_21)+SUM(A_22)+SUM(A_23)+SUM(A_24)+SUM(A_25)+SUM(A_26)+SUM(A_27)+SUM(A_28)+SUM(A_29)+SUM(A_30)+SUM(A_31)+SUM(A_32)+SUM(A_33)+SUM(A_34)+SUM(A_35)+SUM(A_36)+SUM(A_37)+SUM(A_38)+SUM(A_39)+SUM(A_40)) as float) as TS, cast (((SUM(A_1) * 0.175) + (SUM(A_2) * 0.525) + (SUM(A_3) * 0.875) + (SUM(A_4) * 1.23) + (SUM(A_5) * 1.585) + (SUM(A_6) * 1.935) + (SUM(A_7) * 2.285) + (SUM(A_8) * 2.635) + (SUM(A_9) * 2.985) + (SUM(A_10) * 3.34) + (SUM(A_11) * 3.87) + (SUM(A_12) * 4.57) + (SUM(A_13) * 5.275) + (SUM(A_14) * 5.98) + (SUM(A_15) * 6.68) + (SUM(A_16) * 7.38) + (SUM(A_17...
Read more

JAVA Script Parser Ericsson CEDH and STRT Log

 /*  * To change this license header, choose License Headers in Project Properties.  * To change this template file, choose Tools | Templates  * and open the template in the editor.  */ package strt; import java.io.BufferedReader; import java.sql.*; import java.io.File; import java.io.FileReader; import java.io.FileWriter; import java.io.IOException; import java.text.DateFormat; import java.text.SimpleDateFormat; import java.util.Calendar; import java.util.Scanner; import java.util.logging.Level; import java.util.logging.Logger; /**  *  * @author aessa  */ public class STRT {     String dbnn;     String TT;     String locoutfile;     String usreniq;     String pwdeniq;     String ipeniq;     String porteniq;     String dbeniq;     String stsregion;     String maxrowv;     String dtt = null;     private Connection connx;   ...
Read more