nixevol
1bdf985770
- ReportScript.sql 末尾：按 CGI 富集 sector/cellinfo 字段；4G/5G 高负荷判定(是否高负荷/高负荷问题)；同扇区同PLMN 负载均衡优化建议(模板1/2) - 新增 docs/高负荷小区判定_调研记录.md 记录标准/字段/阈值/命中量/实现
798 lines
32 KiB
SQL
798 lines
32 KiB
SQL
# Update: 2026/06/25 15:33:00
|
||
|
||
SET GLOBAL wait_timeout = 86400;
|
||
SET GLOBAL innodb_buffer_pool_size = 1073741824;
|
||
DROP TABLE IF EXISTS `4G`;
|
||
DROP TABLE IF EXISTS `5G`;
|
||
DROP TABLE IF EXISTS `4G_Date`;
|
||
DROP TABLE IF EXISTS `4G_MAX`;
|
||
DROP TABLE IF EXISTS `CCE_MAX`;
|
||
DROP TABLE IF EXISTS `ULPRB_MAX`;
|
||
DROP TABLE IF EXISTS `DLPRB_MAX`;
|
||
DROP TABLE IF EXISTS `4G_MAX_IDX`;
|
||
DROP TABLE IF EXISTS `CCE_MAX_IDX`;
|
||
DROP TABLE IF EXISTS `ULPRB_MAX_IDX`;
|
||
DROP TABLE IF EXISTS `DLPRB_MAX_IDX`;
|
||
DROP TABLE IF EXISTS `日流量`;
|
||
DROP TABLE IF EXISTS `4G日均流量`;
|
||
DROP TABLE IF EXISTS `4G_结果表`;
|
||
|
||
DROP TABLE IF EXISTS `5G_Date`;
|
||
DROP TABLE IF EXISTS `5G_MAX`;
|
||
DROP TABLE IF EXISTS `5G_MAX_IDX`;
|
||
DROP TABLE IF EXISTS `5G日均流量`;
|
||
DROP TABLE IF EXISTS `5G_结果表`;
|
||
DROP TABLE IF EXISTS `_rj_yd`;
|
||
DROP TABLE IF EXISTS `_rj_gd`;
|
||
DROP TABLE IF EXISTS `rj`;
|
||
|
||
UPDATE `4G_UD` SET
|
||
`上下行总流量_GB` = IFNULL(`上下行总流量_GB`,0),
|
||
`ERAB流量` = IFNULL(`ERAB流量`,0),
|
||
`上行流量_GB` = IFNULL(`上行流量_GB`,0),
|
||
`下行流量_GB` = IFNULL(`下行流量_GB`,0),
|
||
`用户面平均激活UE数` = IFNULL(`用户面平均激活UE数`,0),
|
||
`RRC连接建立最大用户数` = IFNULL(`RRC连接建立最大用户数`,0),
|
||
`上行PUSCH利用率` = IFNULL(`上行PUSCH利用率`,0),
|
||
`下行PDSCH利用率` = IFNULL(`下行PDSCH利用率`,0),
|
||
`PDCCH资源利用率` = IFNULL(`PDCCH资源利用率`,0),
|
||
`用户面最大激活UE数` = IFNULL(`用户面最大激活UE数`,0);
|
||
|
||
UPDATE `5G_UD` SET
|
||
`5G上下行总流量_GB` = IFNULL(`5G上下行总流量_GB`,0),
|
||
`5G上行流量_GB` = IFNULL(`5G上行流量_GB`,0),
|
||
`5G下行流量_GB` = IFNULL(`5G下行流量_GB`,0),
|
||
`小区平均激活UE数` = IFNULL(`小区平均激活UE数`,0),
|
||
`RRC连接最大连接用户数` = IFNULL(`RRC连接最大连接用户数`,0),
|
||
`RRC连接平均连接用户数` = IFNULL(`RRC连接平均连接用户数`,0),
|
||
`小区最大激活UE数` = IFNULL(`小区最大激活UE数`,0),
|
||
`上行PRB平均利用率` = IFNULL(`上行PRB平均利用率`,0),
|
||
`下行PRB平均利用率` = IFNULL(`下行PRB平均利用率`,0),
|
||
`小区下行RLC_SDU字节数_MByte` = IFNULL(`小区下行RLC_SDU字节数_MByte`,0),
|
||
`小区上行RLC_SDU字节数_MByte` = IFNULL(`小区上行RLC_SDU字节数_MByte`,0),
|
||
`PDCCH信道动态CCE占用率` = IFNULL(`PDCCH信道动态CCE占用率`,0),
|
||
`平均单Flow流量_MB` = IFNULL(`平均单Flow流量_MB`,0);
|
||
|
||
CREATE TABLE `4G` AS SELECT * FROM `4G_UD`;
|
||
CREATE TABLE `5G` AS SELECT * FROM `5G_UD`;
|
||
|
||
ALTER TABLE `4G`
|
||
ADD COLUMN `日期` date NULL FIRST,
|
||
MODIFY COLUMN `日期时间` datetime,
|
||
ADD COLUMN `CGI` varchar(100) NULL AFTER `日期时间`,
|
||
MODIFY COLUMN `网元ID` int,
|
||
MODIFY COLUMN `基站名称` varchar(200),
|
||
MODIFY COLUMN `小区名称` varchar(200),
|
||
MODIFY COLUMN `cellLocalId` int,
|
||
MODIFY COLUMN `eNodeBId` int,
|
||
MODIFY COLUMN `上下行总流量_GB` float,
|
||
MODIFY COLUMN `ERAB流量` float,
|
||
MODIFY COLUMN `上行流量_GB` float,
|
||
MODIFY COLUMN `下行流量_GB` float,
|
||
MODIFY COLUMN `用户面平均激活UE数` float,
|
||
MODIFY COLUMN `RRC连接建立最大用户数` int,
|
||
MODIFY COLUMN `上行PUSCH利用率` float,
|
||
MODIFY COLUMN `下行PDSCH利用率` float,
|
||
MODIFY COLUMN `PDCCH资源利用率` float,
|
||
MODIFY COLUMN `用户面最大激活UE数` int;
|
||
|
||
ALTER TABLE `5G`
|
||
ADD COLUMN `日期` date NULL FIRST,
|
||
MODIFY COLUMN `日期时间` datetime,
|
||
ADD COLUMN `NCGI` varchar(100) NULL AFTER `日期时间`,
|
||
MODIFY COLUMN `网元ID` int,
|
||
MODIFY COLUMN `CU小区配置名称` varchar(200),
|
||
MODIFY COLUMN `cellLocalId` int,
|
||
MODIFY COLUMN `gNBId` int,
|
||
MODIFY COLUMN `gNBplmn` varchar(200),
|
||
MODIFY COLUMN `5G上下行总流量_GB` float,
|
||
MODIFY COLUMN `5G上行流量_GB` float,
|
||
MODIFY COLUMN `5G下行流量_GB` float,
|
||
MODIFY COLUMN `小区平均激活UE数` float,
|
||
MODIFY COLUMN `RRC连接最大连接用户数` int,
|
||
MODIFY COLUMN `RRC连接平均连接用户数` float,
|
||
MODIFY COLUMN `小区最大激活UE数` float,
|
||
MODIFY COLUMN `上行PRB平均利用率` float,
|
||
MODIFY COLUMN `下行PRB平均利用率` float,
|
||
MODIFY COLUMN `小区下行RLC_SDU字节数_MByte` float,
|
||
MODIFY COLUMN `小区上行RLC_SDU字节数_MByte` float,
|
||
MODIFY COLUMN `PDCCH信道动态CCE占用率` float,
|
||
MODIFY COLUMN `平均单Flow流量_MB` float;
|
||
|
||
UPDATE `4G` SET `日期` = DATE_FORMAT(`日期时间`, '%Y-%m-%d'), `CGI` = CONCAT("460-00-",`eNodeBId`,"-",`cellLocalId`);
|
||
UPDATE `5G` SET `gNBplmn` = "460-00" WHERE `gNBplmn` IS NULL;
|
||
UPDATE `5G` SET `日期` = DATE_FORMAT(`日期时间`, '%Y-%m-%d'), `NCGI` = CONCAT(`gNBplmn`,"-",`gNBId`,"-",`cellLocalId`);
|
||
|
||
ALTER TABLE `4G`
|
||
ADD INDEX(`日期`),
|
||
ADD INDEX(`日期时间`),
|
||
ADD INDEX(`CGI`),
|
||
ADD INDEX `TC`(`日期时间`, `CGI`),
|
||
ADD INDEX `DC`(`日期`, `CGI`);
|
||
|
||
ALTER TABLE `5G`
|
||
ADD INDEX(`日期`),
|
||
ADD INDEX(`日期时间`),
|
||
ADD INDEX(`NCGI`),
|
||
ADD INDEX `TC`(`日期时间`, `NCGI`),
|
||
ADD INDEX `DC`(`日期`, `NCGI`);
|
||
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `CCE_MAX_IDX`(
|
||
SELECT
|
||
`日期`,
|
||
`CGI`,
|
||
MAX(`PDCCH资源利用率`) AS `PDCCH资源利用率_忙时`
|
||
FROM `4G`
|
||
GROUP BY `日期`, `CGI`
|
||
);
|
||
|
||
ALTER TABLE `CCE_MAX_IDX`
|
||
ADD COLUMN `日期时间` datetime,
|
||
ADD INDEX `DC`(`日期`, `CGI`, `PDCCH资源利用率_忙时`),
|
||
ADD INDEX `TC`(`日期时间`, `CGI`);
|
||
|
||
UPDATE `CCE_MAX_IDX` INNER JOIN `4G`
|
||
ON
|
||
`CCE_MAX_IDX`.`日期` = `4G`.`日期` AND
|
||
`CCE_MAX_IDX`.`CGI` = `4G`.`CGI` AND
|
||
`CCE_MAX_IDX`.`PDCCH资源利用率_忙时` = `4G`.`PDCCH资源利用率`
|
||
SET
|
||
`CCE_MAX_IDX`.`日期时间` = `4G`.`日期时间`;
|
||
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `CCE_MAX` (
|
||
SELECT `4G`.*
|
||
FROM `CCE_MAX_IDX` LEFT JOIN `4G`
|
||
ON `CCE_MAX_IDX`.`CGI` = `4G`.`CGI` AND
|
||
`CCE_MAX_IDX`.`日期时间` = `4G`.`日期时间`
|
||
);
|
||
|
||
DROP TABLE IF EXISTS `CCE_MAX_IDX`;
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `ULPRB_MAX_IDX`(
|
||
SELECT
|
||
`日期`,
|
||
`CGI`,
|
||
MAX(`上行PUSCH利用率`) AS `上行PUSCH利用率_忙时`
|
||
FROM `4G`
|
||
GROUP BY `日期`, `CGI`
|
||
);
|
||
|
||
ALTER TABLE `ULPRB_MAX_IDX`
|
||
ADD COLUMN `日期时间` datetime,
|
||
ADD INDEX `DC`(`日期`, `CGI`, `上行PUSCH利用率_忙时`),
|
||
ADD INDEX `TC`(`日期时间`, `CGI`);
|
||
|
||
UPDATE `ULPRB_MAX_IDX` INNER JOIN `4G`
|
||
ON
|
||
`ULPRB_MAX_IDX`.`日期` = `4G`.`日期` AND
|
||
`ULPRB_MAX_IDX`.`CGI` = `4G`.`CGI` AND
|
||
`ULPRB_MAX_IDX`.`上行PUSCH利用率_忙时` = `4G`.`上行PUSCH利用率`
|
||
SET
|
||
`ULPRB_MAX_IDX`.`日期时间` = `4G`.`日期时间`;
|
||
|
||
CREATE TABLE IF NOT EXISTS `ULPRB_MAX` (
|
||
SELECT `4G`.*
|
||
FROM `ULPRB_MAX_IDX` LEFT JOIN `4G`
|
||
ON `ULPRB_MAX_IDX`.`CGI` = `4G`.`CGI` AND
|
||
`ULPRB_MAX_IDX`.`日期时间` = `4G`.`日期时间`
|
||
);
|
||
|
||
DROP TABLE IF EXISTS `ULPRB_MAX_IDX`;
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `DLPRB_MAX_IDX`(
|
||
SELECT `日期`, `CGI`, MAX(`下行PDSCH利用率`) AS `下行PDSCH利用率_忙时`
|
||
FROM `4G` GROUP BY `日期`, `CGI`
|
||
);
|
||
|
||
ALTER TABLE `DLPRB_MAX_IDX`
|
||
ADD COLUMN `日期时间` datetime,
|
||
ADD INDEX `DC`(`日期`, `CGI`, `下行PDSCH利用率_忙时`),
|
||
ADD INDEX `TC`(`日期时间`, `CGI`);
|
||
|
||
UPDATE `DLPRB_MAX_IDX` INNER JOIN `4G`
|
||
ON
|
||
`DLPRB_MAX_IDX`.`日期` = `4G`.`日期` AND
|
||
`DLPRB_MAX_IDX`.`CGI` = `4G`.`CGI` AND
|
||
`DLPRB_MAX_IDX`.`下行PDSCH利用率_忙时` = `4G`.`下行PDSCH利用率`
|
||
SET
|
||
`DLPRB_MAX_IDX`.`日期时间` = `4G`.`日期时间`;
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `DLPRB_MAX` (
|
||
SELECT `4G`.*
|
||
FROM `DLPRB_MAX_IDX` LEFT JOIN `4G`
|
||
ON `DLPRB_MAX_IDX`.`CGI` = `4G`.`CGI` AND
|
||
`DLPRB_MAX_IDX`.`日期时间` = `4G`.`日期时间`
|
||
);
|
||
|
||
DROP TABLE IF EXISTS `DLPRB_MAX_IDX`;
|
||
|
||
ALTER TABLE `CCE_MAX` ADD INDEX `DC`(`日期`, `CGI`);
|
||
ALTER TABLE `DLPRB_MAX` ADD INDEX `DC`(`日期`, `CGI`);
|
||
ALTER TABLE `ULPRB_MAX` ADD INDEX `DC`(`日期`, `CGI`);
|
||
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `4G_Date` (SELECT `日期`, `CGI` FROM `4G` GROUP BY `日期`, `CGI`);
|
||
ALTER TABLE `4G_Date` ADD INDEX `DC`(`日期`, `CGI`);
|
||
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `4G_MAX_IDX` (
|
||
SELECT
|
||
`4G_Date`.`日期`,
|
||
`4G_Date`.`CGI`,
|
||
GREATEST(`ULPRB_MAX`.`上行PUSCH利用率`, `DLPRB_MAX`.`下行PDSCH利用率`, `CCE_MAX`.`PDCCH资源利用率`) AS `最大值`
|
||
FROM
|
||
`4G_Date`
|
||
INNER JOIN
|
||
`DLPRB_MAX`
|
||
ON
|
||
`4G_Date`.`日期` = `DLPRB_MAX`.`日期` AND
|
||
`4G_Date`.`CGI` = `DLPRB_MAX`.`CGI`
|
||
INNER JOIN
|
||
`CCE_MAX`
|
||
ON
|
||
`4G_Date`.`日期` = `CCE_MAX`.`日期` AND
|
||
`4G_Date`.`CGI` = `CCE_MAX`.`CGI`
|
||
INNER JOIN
|
||
`ULPRB_MAX`
|
||
ON
|
||
`4G_Date`.`日期` = `ULPRB_MAX`.`日期` AND
|
||
`4G_Date`.`CGI` = `ULPRB_MAX`.`CGI`
|
||
);
|
||
DROP TABLE IF EXISTS `4G_Date`;
|
||
ALTER TABLE `4G_MAX_IDX` ADD INDEX `DC`(`日期`, `CGI`), ADD INDEX (`最大值`);
|
||
|
||
CREATE TABLE IF NOT EXISTS `4G_MAX` (
|
||
SELECT * FROM `4G` LIMIT 0
|
||
);
|
||
|
||
ALTER TABLE `4G_MAX` ADD INDEX (`日期`), ADD INDEX (`CGI`), ADD INDEX `DC` (`日期`, `CGI`), ADD INDEX `idx`(`CGI`, `基站名称`, `小区名称`);
|
||
|
||
TRUNCATE `4G_MAX`;
|
||
INSERT INTO `4G_MAX`
|
||
SELECT `ULPRB_MAX`.* FROM `ULPRB_MAX` INNER JOIN `4G_MAX_IDX`
|
||
ON
|
||
`ULPRB_MAX`.`日期` = `4G_MAX_IDX`.`日期` AND
|
||
`ULPRB_MAX`.`CGI` = `4G_MAX_IDX`.`CGI` AND
|
||
`ULPRB_MAX`.`上行PUSCH利用率` = `4G_MAX_IDX`.`最大值`;
|
||
|
||
DELETE FROM `DLPRB_MAX` WHERE `日期` IS NULL;
|
||
INSERT INTO `4G_MAX`
|
||
SELECT `DLPRB_MAX`.* FROM `DLPRB_MAX` INNER JOIN `4G_MAX_IDX`
|
||
ON
|
||
`DLPRB_MAX`.`日期` = `4G_MAX_IDX`.`日期` AND
|
||
`DLPRB_MAX`.`CGI` = `4G_MAX_IDX`.`CGI` AND
|
||
`DLPRB_MAX`.`下行PDSCH利用率` = `4G_MAX_IDX`.`最大值`
|
||
WHERE NOT EXISTS (
|
||
SELECT 1 FROM `4G_MAX`
|
||
WHERE `4G_MAX`.`日期` = `DLPRB_MAX`.`日期`
|
||
AND `4G_MAX`.`CGI` = `DLPRB_MAX`.`CGI`
|
||
);
|
||
|
||
DELETE FROM `CCE_MAX` WHERE `日期` IS NULL;
|
||
INSERT INTO `4G_MAX`
|
||
SELECT `CCE_MAX`.* FROM `CCE_MAX` INNER JOIN `4G_MAX_IDX`
|
||
ON
|
||
`CCE_MAX`.`日期` = `4G_MAX_IDX`.`日期` AND
|
||
`CCE_MAX`.`CGI` = `4G_MAX_IDX`.`CGI` AND
|
||
`CCE_MAX`.`PDCCH资源利用率` = `4G_MAX_IDX`.`最大值`
|
||
WHERE NOT EXISTS (
|
||
SELECT 1 FROM `4G_MAX`
|
||
WHERE `4G_MAX`.`日期` = `CCE_MAX`.`日期`
|
||
AND `4G_MAX`.`CGI` = `CCE_MAX`.`CGI`
|
||
);
|
||
|
||
|
||
DROP TABLE IF EXISTS `CCE_MAX`;
|
||
DROP TABLE IF EXISTS `ULPRB_MAX`;
|
||
DROP TABLE IF EXISTS `DLPRB_MAX`;
|
||
DROP TABLE IF EXISTS `4G_MAX_IDX`;
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `日流量`(SELECT `日期`, `CGI`, SUM(`上下行总流量_GB`) AS `日流量` FROM `4G` GROUP BY `日期`, `CGI`);
|
||
ALTER TABLE `日流量` ADD INDEX (`CGI`);
|
||
DROP TABLE IF EXISTS `4G日均流量`;
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `4G日均流量` (
|
||
SELECT `CGI`, AVG(`日流量`) AS `日均流量`, COUNT(`日期`) AS `流量有效天数` FROM `日流量` WHERE `日流量` > 0 GROUP BY `CGI`
|
||
);
|
||
|
||
|
||
CREATE TABLE IF NOT EXISTS `4G_结果表` (
|
||
SELECT `CGI`, `基站名称`, `小区名称`,
|
||
ROUND(AVG(`上下行总流量_GB`),6) AS `自忙时流量（GB）`,
|
||
ROUND(AVG(`ERAB流量`),6) AS `ERAB流量`,
|
||
ROUND(AVG(`上行流量_GB`),6) AS `上行流量（GB）`,
|
||
ROUND(AVG(`下行流量_GB`),6) AS `下行流量（GB）`,
|
||
ROUND(AVG(`用户面平均激活UE数`),6) AS `用户面平均激活UE数`,
|
||
ROUND(AVG(`RRC连接建立最大用户数`),6) AS `YY-RRC连接建立最大用户数`,
|
||
ROUND(AVG(`上行PUSCH利用率`),6) AS `上行PUSCH利用率`,
|
||
ROUND(AVG(`下行PDSCH利用率`),6) AS `下行PDSCH利用率`,
|
||
ROUND(AVG(`PDCCH资源利用率`),6) AS `PDCCH资源利用率`,
|
||
ROUND(AVG(`用户面最大激活UE数`),6) AS `用户面最大激活UE数`
|
||
FROM `4G_MAX` GROUP BY `CGI`, `基站名称`, `小区名称`
|
||
);
|
||
DROP TABLE IF EXISTS `4G_MAX`;
|
||
ALTER TABLE `4G_结果表` ADD COLUMN `日均流量（GB）` DOUBLE AFTER `小区名称`, ADD INDEX (`CGI`);
|
||
ALTER TABLE `4G日均流量` ADD INDEX (`CGI`);
|
||
UPDATE `4G_结果表` INNER JOIN `4G日均流量`
|
||
ON `4G_结果表`.`CGI` = `4G日均流量`.`CGI`
|
||
SET `4G_结果表`.`日均流量（GB）` = ROUND(`4G日均流量`.`日均流量`,6);
|
||
|
||
DROP TABLE IF EXISTS `日流量`;
|
||
DROP TABLE IF EXISTS `4G日均流量`;
|
||
DROP TABLE IF EXISTS `4G`;
|
||
|
||
|
||
# 5G脚本
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `ULPRB_MAX_IDX`(
|
||
SELECT
|
||
`日期`,
|
||
`NCGI`,
|
||
MAX(`上行PRB平均利用率`) AS `上行PRB平均利用率_忙时`
|
||
FROM `5G`
|
||
GROUP BY `日期`, `NCGI`
|
||
);
|
||
|
||
ALTER TABLE `ULPRB_MAX_IDX`
|
||
ADD COLUMN `日期时间` datetime,
|
||
ADD INDEX `DC`(`日期`, `NCGI`, `上行PRB平均利用率_忙时`),
|
||
ADD INDEX `TC`(`日期时间`, `NCGI`);
|
||
|
||
UPDATE `ULPRB_MAX_IDX` INNER JOIN `5G`
|
||
ON
|
||
`ULPRB_MAX_IDX`.`日期` = `5G`.`日期` AND
|
||
`ULPRB_MAX_IDX`.`NCGI` = `5G`.`NCGI` AND
|
||
`ULPRB_MAX_IDX`.`上行PRB平均利用率_忙时` = `5G`.`上行PRB平均利用率`
|
||
SET
|
||
`ULPRB_MAX_IDX`.`日期时间` = `5G`.`日期时间`;
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `ULPRB_MAX` (
|
||
SELECT `5G`.*
|
||
FROM `ULPRB_MAX_IDX` LEFT JOIN `5G`
|
||
ON `ULPRB_MAX_IDX`.`NCGI` = `5G`.`NCGI` AND
|
||
`ULPRB_MAX_IDX`.`日期时间` = `5G`.`日期时间`
|
||
);
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `DLPRB_MAX_IDX`(
|
||
SELECT
|
||
`日期`,
|
||
`NCGI`,
|
||
MAX(`下行PRB平均利用率`) AS `下行PRB平均利用率_忙时`
|
||
FROM `5G`
|
||
GROUP BY `日期`, `NCGI`
|
||
);
|
||
|
||
ALTER TABLE `DLPRB_MAX_IDX`
|
||
ADD COLUMN `日期时间` datetime,
|
||
ADD INDEX `DC`(`日期`, `NCGI`, `下行PRB平均利用率_忙时`),
|
||
ADD INDEX `TC`(`日期时间`, `NCGI`);
|
||
|
||
UPDATE `DLPRB_MAX_IDX` INNER JOIN `5G`
|
||
ON
|
||
`DLPRB_MAX_IDX`.`日期` = `5G`.`日期` AND
|
||
`DLPRB_MAX_IDX`.`NCGI` = `5G`.`NCGI` AND
|
||
`DLPRB_MAX_IDX`.`下行PRB平均利用率_忙时` = `5G`.`下行PRB平均利用率`
|
||
SET
|
||
`DLPRB_MAX_IDX`.`日期时间` = `5G`.`日期时间`;
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `DLPRB_MAX` (
|
||
SELECT `5G`.*
|
||
FROM `DLPRB_MAX_IDX` LEFT JOIN `5G`
|
||
ON `DLPRB_MAX_IDX`.`NCGI` = `5G`.`NCGI` AND
|
||
`DLPRB_MAX_IDX`.`日期时间` = `5G`.`日期时间`
|
||
);
|
||
|
||
DROP TABLE IF EXISTS `DLPRB_MAX_IDX`;
|
||
ALTER TABLE `DLPRB_MAX` ADD INDEX `DC`(`日期`, `NCGI`);
|
||
ALTER TABLE `ULPRB_MAX` ADD INDEX `DC`(`日期`, `NCGI`);
|
||
|
||
DROP TABLE IF EXISTS `5G_Date`;
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `5G_Date` (
|
||
SELECT `日期`, `NCGI` FROM `5G` GROUP BY `日期`, `NCGI`
|
||
);
|
||
ALTER TABLE `5G_Date` ADD INDEX `DC`(`日期`, `NCGI`);
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `5G_MAX_IDX` (
|
||
SELECT
|
||
`5G_Date`.`日期`,
|
||
`5G_Date`.`NCGI`,
|
||
GREATEST(`ULPRB_MAX`.`上行PRB平均利用率`, `DLPRB_MAX`.`下行PRB平均利用率`) AS `最大值`
|
||
FROM
|
||
`5G_Date`
|
||
INNER JOIN
|
||
`DLPRB_MAX`
|
||
ON
|
||
`5G_Date`.`日期` = `DLPRB_MAX`.`日期` AND
|
||
`5G_Date`.`NCGI` = `DLPRB_MAX`.`NCGI`
|
||
INNER JOIN
|
||
`ULPRB_MAX`
|
||
ON
|
||
`5G_Date`.`日期` = `ULPRB_MAX`.`日期` AND
|
||
`5G_Date`.`NCGI` = `ULPRB_MAX`.`NCGI`
|
||
);
|
||
|
||
DROP TABLE IF EXISTS `5G_Date`;
|
||
ALTER TABLE `5G_MAX_IDX` ADD INDEX `DC`(`日期`, `NCGI`), ADD INDEX (`最大值`);
|
||
|
||
CREATE TABLE IF NOT EXISTS `5G_MAX` (
|
||
SELECT * FROM `5G` LIMIT 0
|
||
);
|
||
|
||
ALTER TABLE `5G_MAX` ADD INDEX (`日期`), ADD INDEX (`NCGI`), ADD INDEX `DC` (`日期`, `NCGI`), ADD INDEX `idx`(`NCGI`, `CU小区配置名称`);
|
||
|
||
TRUNCATE `5G_MAX`;
|
||
INSERT INTO `5G_MAX`
|
||
SELECT `ULPRB_MAX`.* FROM `ULPRB_MAX` INNER JOIN `5G_MAX_IDX`
|
||
ON
|
||
`ULPRB_MAX`.`日期` = `5G_MAX_IDX`.`日期` AND
|
||
`ULPRB_MAX`.`NCGI` = `5G_MAX_IDX`.`NCGI` AND
|
||
`ULPRB_MAX`.`上行PRB平均利用率` = `5G_MAX_IDX`.`最大值`;
|
||
|
||
DELETE FROM `DLPRB_MAX` WHERE `日期` IS NULL;
|
||
INSERT INTO `5G_MAX`
|
||
SELECT `DLPRB_MAX`.* FROM `DLPRB_MAX` INNER JOIN `5G_MAX_IDX`
|
||
ON
|
||
`DLPRB_MAX`.`日期` = `5G_MAX_IDX`.`日期` AND
|
||
`DLPRB_MAX`.`NCGI` = `5G_MAX_IDX`.`NCGI` AND
|
||
`DLPRB_MAX`.`下行PRB平均利用率` = `5G_MAX_IDX`.`最大值`
|
||
WHERE NOT EXISTS (
|
||
SELECT 1 FROM `5G_MAX`
|
||
WHERE `5G_MAX`.`日期` = `DLPRB_MAX`.`日期`
|
||
AND `5G_MAX`.`NCGI` = `DLPRB_MAX`.`NCGI`
|
||
);
|
||
|
||
DROP TABLE IF EXISTS `ULPRB_MAX`;
|
||
DROP TABLE IF EXISTS `DLPRB_MAX`;
|
||
DROP TABLE IF EXISTS `5G_MAX_IDX`;
|
||
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `日流量`(SELECT `日期`, `NCGI`, SUM(`5G上下行总流量_GB`) AS `日流量` FROM `5G` GROUP BY `日期`, `NCGI`);
|
||
ALTER TABLE `日流量` ADD INDEX (`NCGI`);
|
||
CREATE TEMPORARY TABLE IF NOT EXISTS `5G日均流量` (
|
||
SELECT `NCGI`, AVG(`日流量`) AS `日均流量`, COUNT(`日期`) AS `流量有效天数` FROM `日流量` WHERE `日流量` > 0 GROUP BY `NCGI`
|
||
);
|
||
|
||
CREATE TABLE IF NOT EXISTS `5G_结果表` (
|
||
SELECT `NCGI`, `CU小区配置名称`,
|
||
ROUND(AVG(`5G上下行总流量_GB`),6) AS `5G上下行总流量（上行PDCP PDU数据量+下行PDCP成功发送数据量）(GB)`,
|
||
ROUND(AVG(`5G上行流量_GB`),6) AS `5G上行流量（上行PDCP PDU数据量）(GB)`,
|
||
ROUND(AVG(`5G下行流量_GB`),6) AS `5G下行流量（下行PDCP成功发送数据量）(GB)`,
|
||
ROUND(AVG(`小区平均激活UE数`),6) AS `小区平均激活UE数`,
|
||
ROUND(AVG(`RRC连接最大连接用户数`),6) AS `RRC连接最大连接用户数`,
|
||
ROUND(AVG(`RRC连接平均连接用户数`),6) AS `RRC连接平均连接用户数`,
|
||
ROUND(AVG(`小区最大激活UE数`),6) AS `小区最大激活UE数`,
|
||
ROUND(AVG(`上行PRB平均利用率`),6) AS `上行PRB平均利用率`,
|
||
ROUND(AVG(`下行PRB平均利用率`),6) AS `下行PRB平均利用率`,
|
||
ROUND(AVG(`PDCCH信道动态CCE占用率`),6) AS `PDCCH信道CCE占用率（动态）(%)`,
|
||
ROUND(AVG(`小区下行RLC_SDU字节数_MByte`),6) AS `小区下行RLC SDU字节数(MByte)`,
|
||
ROUND(AVG(`小区上行RLC_SDU字节数_MByte`),6) AS `小区上行RLC SDU字节数(MByte)`,
|
||
ROUND(AVG(`平均单Flow流量_MB`),6) AS `单Flow流量(MB)`
|
||
FROM `5G_MAX` GROUP BY `NCGI`, `CU小区配置名称`
|
||
);
|
||
|
||
ALTER TABLE `5G_结果表` ADD COLUMN `日均流量（GB）` DOUBLE AFTER `CU小区配置名称`, ADD INDEX (`NCGI`);
|
||
ALTER TABLE `5G日均流量` ADD INDEX (`NCGI`);
|
||
UPDATE `5G_结果表` INNER JOIN `5G日均流量`
|
||
ON `5G_结果表`.`NCGI` = `5G日均流量`.`NCGI`
|
||
SET `5G_结果表`.`日均流量（GB）` = ROUND(`5G日均流量`.`日均流量`,6);
|
||
|
||
DROP TABLE IF EXISTS `日流量`;
|
||
DROP TABLE IF EXISTS `5G日均流量`;
|
||
DROP TABLE IF EXISTS `4G`;
|
||
DROP TABLE IF EXISTS `5G`;
|
||
DROP TABLE IF EXISTS `5G_MAX`;
|
||
|
||
UPDATE `4G_结果表` SET `日均流量（GB）` = IFNULL(`日均流量（GB）`, 0),
|
||
`自忙时流量（GB）` = IFNULL(`自忙时流量（GB）`, 0),
|
||
`ERAB流量` = IFNULL(`ERAB流量`, 0),
|
||
`上行流量（GB）` = IFNULL(`上行流量（GB）`, 0),
|
||
`下行流量（GB）` = IFNULL(`下行流量（GB）`, 0),
|
||
`用户面平均激活UE数` = IFNULL(`用户面平均激活UE数`, 0),
|
||
`YY-RRC连接建立最大用户数` = IFNULL(`YY-RRC连接建立最大用户数`, 0),
|
||
`上行PUSCH利用率` = IFNULL(`上行PUSCH利用率`, 0),
|
||
`下行PDSCH利用率` = IFNULL(`下行PDSCH利用率`, 0),
|
||
`PDCCH资源利用率` = IFNULL(`PDCCH资源利用率`, 0),
|
||
`用户面最大激活UE数` = IFNULL(`用户面最大激活UE数`, 0);
|
||
|
||
UPDATE `5G_结果表` SET
|
||
`日均流量（GB）` = IFNULL(`日均流量（GB）`,0),
|
||
`5G上下行总流量（上行PDCP PDU数据量+下行PDCP成功发送数据量）(GB)` = IFNULL(`5G上下行总流量（上行PDCP PDU数据量+下行PDCP成功发送数据量）(GB)`,0),
|
||
`5G上行流量（上行PDCP PDU数据量）(GB)` = IFNULL(`5G上行流量（上行PDCP PDU数据量）(GB)`,0),
|
||
`5G下行流量（下行PDCP成功发送数据量）(GB)` = IFNULL(`5G下行流量（下行PDCP成功发送数据量）(GB)`,0),
|
||
`小区平均激活UE数` = IFNULL(`小区平均激活UE数`,0),
|
||
`RRC连接最大连接用户数` = IFNULL(`RRC连接最大连接用户数`,0),
|
||
`RRC连接平均连接用户数` = IFNULL(`RRC连接平均连接用户数`,0),
|
||
`小区最大激活UE数` = IFNULL(`小区最大激活UE数`,0),
|
||
`上行PRB平均利用率` = IFNULL(`上行PRB平均利用率`,0),
|
||
`下行PRB平均利用率` = IFNULL(`下行PRB平均利用率`,0),
|
||
`PDCCH信道CCE占用率（动态）(%)` = IFNULL(`PDCCH信道CCE占用率（动态）(%)`,0),
|
||
`小区下行RLC SDU字节数(MByte)` = IFNULL(`小区下行RLC SDU字节数(MByte)`,0),
|
||
`小区上行RLC SDU字节数(MByte)` = IFNULL(`小区上行RLC SDU字节数(MByte)`,0),
|
||
`单Flow流量(MB)` = IFNULL(`单Flow流量(MB)`,0);
|
||
|
||
|
||
# 处理日间（广电、移动）流量数据
|
||
|
||
ALTER TABLE `5G_结果表`
|
||
ADD COLUMN `_gNBId` varchar(50),
|
||
ADD COLUMN `_cellId` varchar(50),
|
||
ADD COLUMN `移动流量_GB` double NOT NULL DEFAULT 0 AFTER `CU小区配置名称`,
|
||
ADD COLUMN `广电流量_GB` double NOT NULL DEFAULT 0 AFTER `移动流量_GB`;
|
||
|
||
UPDATE `5G_结果表` SET
|
||
`_gNBId` = SUBSTRING_INDEX(SUBSTRING_INDEX(`NCGI`, '-', 3), '-', -1),
|
||
`_cellId` = SUBSTRING_INDEX(`NCGI`, '-', -1);
|
||
|
||
ALTER TABLE `5G_结果表` ADD INDEX `_rj`(`_gNBId`, `_cellId`);
|
||
|
||
|
||
CREATE TABLE `_rj_yd` ( `gNBId` varchar(50), `cellId` varchar(50), `上下行总流量_GB` double, INDEX (`gNBId`, `cellId`)) AS
|
||
SELECT `gNBId`, `cellId`, AVG(`上下行总流量_GB`) AS `上下行总流量_GB` FROM (
|
||
SELECT `gNBId`, `cellId`, `上下行总流量_GB` FROM `2_6grjyd`
|
||
UNION ALL
|
||
SELECT `gNBId`, `cellId`, `上下行总流量_GB` FROM `700mrjyd`
|
||
) AS t
|
||
GROUP BY `gNBId`, `cellId`;
|
||
|
||
CREATE TABLE `_rj_gd` (
|
||
`gNBId` varchar(50), `cellId` varchar(50), `上下行总流量_GB` double,
|
||
INDEX (`gNBId`, `cellId`)
|
||
) AS
|
||
SELECT `gNBId`, `cellId`, AVG(`上下行总流量_GB`) AS `上下行总流量_GB`
|
||
FROM (
|
||
SELECT `gNBId`, `cellId`, `上下行总流量_GB` FROM `2_6grjgd`
|
||
UNION ALL
|
||
SELECT `gNBId`, `cellId`, `上下行总流量_GB` FROM `700mrjgd`
|
||
) AS t
|
||
GROUP BY `gNBId`, `cellId`;
|
||
|
||
CREATE TABLE `rj` (
|
||
`gNBId` varchar(50), `cellId` varchar(50),
|
||
`移动流量_GB` double NOT NULL DEFAULT 0,
|
||
`广电流量_GB` double NOT NULL DEFAULT 0,
|
||
INDEX (`gNBId`, `cellId`)
|
||
) AS
|
||
SELECT
|
||
`_rj_yd`.`gNBId`, `_rj_yd`.`cellId`,
|
||
IFNULL(`_rj_yd`.`上下行总流量_GB`, 0) AS `移动流量_GB`,
|
||
IFNULL(`_rj_gd`.`上下行总流量_GB`, 0) AS `广电流量_GB`
|
||
FROM `_rj_yd`
|
||
LEFT JOIN `_rj_gd` ON `_rj_yd`.`gNBId` = `_rj_gd`.`gNBId` AND `_rj_yd`.`cellId` = `_rj_gd`.`cellId`
|
||
UNION ALL
|
||
SELECT
|
||
`_rj_gd`.`gNBId`, `_rj_gd`.`cellId`,
|
||
0, `_rj_gd`.`上下行总流量_GB`
|
||
FROM `_rj_gd`
|
||
LEFT JOIN `_rj_yd` ON `_rj_gd`.`gNBId` = `_rj_yd`.`gNBId` AND `_rj_gd`.`cellId` = `_rj_yd`.`cellId`
|
||
WHERE `_rj_yd`.`gNBId` IS NULL;
|
||
|
||
UPDATE `5G_结果表`
|
||
LEFT JOIN `rj`
|
||
ON `5G_结果表`.`_gNBId` = `rj`.`gNBId`
|
||
AND `5G_结果表`.`_cellId` = `rj`.`cellId`
|
||
SET
|
||
`5G_结果表`.`移动流量_GB` = IFNULL(`rj`.`移动流量_GB`, 0),
|
||
`5G_结果表`.`广电流量_GB` = IFNULL(`rj`.`广电流量_GB`, 0);
|
||
|
||
ALTER TABLE `5G_结果表` DROP INDEX `_rj`, DROP COLUMN `_gNBId`, DROP COLUMN `_cellId`;
|
||
|
||
DROP TABLE `_rj_yd`;
|
||
DROP TABLE `_rj_gd`;
|
||
DROP TABLE `rj`;
|
||
|
||
|
||
# ============================================================
|
||
# 从 sector / cellinfo 富集小区信息
|
||
# ============================================================
|
||
|
||
|
||
ALTER TABLE `4G_结果表`
|
||
ADD COLUMN `扇区` varchar(200) AFTER `小区名称`,
|
||
ADD COLUMN `物理站` varchar(200) AFTER `扇区`,
|
||
ADD COLUMN `站型` varchar(50) AFTER `物理站`,
|
||
ADD COLUMN `频段` varchar(50) AFTER `站型`,
|
||
ADD COLUMN `频点` varchar(50) AFTER `频段`,
|
||
ADD COLUMN `带宽` varchar(20) AFTER `频点`,
|
||
ADD COLUMN `制式` varchar(50) AFTER `带宽`,
|
||
ADD COLUMN `功率` varchar(100) AFTER `制式`;
|
||
|
||
ALTER TABLE `5G_结果表`
|
||
ADD COLUMN `基站名称` varchar(200) AFTER `NCGI`,
|
||
ADD COLUMN `扇区` varchar(200) AFTER `基站名称`,
|
||
ADD COLUMN `物理站` varchar(200) AFTER `扇区`,
|
||
ADD COLUMN `站型` varchar(50) AFTER `物理站`,
|
||
ADD COLUMN `频段` varchar(50) AFTER `站型`,
|
||
ADD COLUMN `频点` varchar(50) AFTER `频段`,
|
||
ADD COLUMN `带宽` varchar(20) AFTER `频点`,
|
||
ADD COLUMN `制式` varchar(50) AFTER `带宽`,
|
||
ADD COLUMN `功率` varchar(100) AFTER `制式`;
|
||
|
||
|
||
|
||
UPDATE `4G_结果表` `t`
|
||
LEFT JOIN `sector` `s` ON `t`.`CGI` = `s`.`CGI`
|
||
SET
|
||
`t`.`扇区` = `s`.`扇区`,
|
||
`t`.`物理站` = `s`.`物理站`,
|
||
`t`.`站型` = `s`.`站型`,
|
||
`t`.`频段` = `s`.`频段`;
|
||
|
||
|
||
UPDATE `4G_结果表` `t`
|
||
LEFT JOIN `cellinfo` `c` ON `t`.`CGI` = `c`.`CGI`
|
||
SET
|
||
`t`.`频点` = `c`.`频点`,
|
||
`t`.`带宽` = `c`.`带宽`,
|
||
`t`.`制式` = `c`.`制式`,
|
||
`t`.`功率` = `c`.`功率`;
|
||
|
||
|
||
UPDATE `5G_结果表` `t`
|
||
LEFT JOIN `sector` `s` ON `t`.`NCGI` = `s`.`CGI`
|
||
SET
|
||
`t`.`扇区` = `s`.`扇区`,
|
||
`t`.`物理站` = `s`.`物理站`,
|
||
`t`.`站型` = `s`.`站型`,
|
||
`t`.`频段` = `s`.`频段`;
|
||
|
||
|
||
UPDATE `5G_结果表` `t`
|
||
LEFT JOIN `cellinfo` `c` ON `t`.`NCGI` = `c`.`CGI`
|
||
SET
|
||
`t`.`基站名称` = `c`.`基站名称`,
|
||
`t`.`频点` = `c`.`频点`,
|
||
`t`.`带宽` = `c`.`带宽`,
|
||
`t`.`制式` = `c`.`制式`,
|
||
`t`.`功率` = `c`.`功率`;
|
||
|
||
|
||
|
||
|
||
|
||
|
||
|
||
# ============================================================
|
||
# 高负荷小区判定（互斥，利用率优先）
|
||
# 利用率达标 → 用户数达标 = 高负荷；否则 = 利用率预警
|
||
# 利用率不达标 → 流量达标 = 高流量预警；否则 = 正常
|
||
# 是否高负荷小区：仅「高负荷」= 是；两类预警与正常 = 否（预警 ≠ 高负荷）。
|
||
# 门限区分 制式 / 带宽（直接用富集写入结果表的 `制式` `带宽` 列，无需再 JOIN）；不分站型；3DMM 归 TDD(0.5)。
|
||
# 阈值与命中量见 docs/高负荷小区判定_调研记录.md（§8）。
|
||
# ============================================================
|
||
|
||
ALTER TABLE `4G_结果表` ADD COLUMN `是否高负荷小区` VARCHAR(100);
|
||
ALTER TABLE `4G_结果表` ADD COLUMN `高负荷问题` VARCHAR(50);
|
||
|
||
ALTER TABLE `4G_结果表` ADD COLUMN `优化建议` TEXT;
|
||
|
||
ALTER TABLE `5G_结果表` ADD COLUMN `是否高负荷小区` VARCHAR(100);
|
||
ALTER TABLE `5G_结果表` ADD COLUMN `高负荷问题` VARCHAR(50);
|
||
ALTER TABLE `5G_结果表` ADD COLUMN `优化建议` TEXT;
|
||
|
||
# 4G：利用率 FDD≥0.7 / 其余(TDD、3DMM)≥0.5；用户数(YY-RRC)按带宽 20M=30/15M=25/10M=20/5M=12；
|
||
# 高流量(下行流量GB)按带宽 20M=10/15M=7.5/10M=5/5M=2.5。
|
||
UPDATE `4G_结果表` SET `高负荷问题` = CASE
|
||
WHEN (`下行PDSCH利用率` >= CASE WHEN `制式` = 'FDD' THEN 0.7 ELSE 0.5 END
|
||
OR `上行PUSCH利用率` >= CASE WHEN `制式` = 'FDD' THEN 0.7 ELSE 0.5 END)
|
||
THEN CASE
|
||
WHEN `YY-RRC连接建立最大用户数` >= CASE `带宽` WHEN '15M' THEN 25 WHEN '10M' THEN 20 WHEN '5M' THEN 12 ELSE 30 END
|
||
THEN '高负荷'
|
||
ELSE '利用率预警'
|
||
END
|
||
WHEN `下行流量（GB）` >= CASE `带宽` WHEN '15M' THEN 7.5 WHEN '10M' THEN 5 WHEN '5M' THEN 2.5 ELSE 10 END
|
||
THEN '高流量预警'
|
||
ELSE NULL
|
||
END;
|
||
|
||
UPDATE `4G_结果表` SET `是否高负荷小区` = IF(`高负荷问题` = '高负荷', '是', '否');
|
||
|
||
# 5G：利用率 上行PRB≥0.5 或 下行PRB≥0.7；用户数(RRC平均)按带宽 100M/80M=200/60M=120/30M=90；
|
||
# 高流量(上行GB 或 下行GB)按带宽 100M=5/70、60M=3/43、30M=8/30。
|
||
UPDATE `5G_结果表` SET `高负荷问题` = CASE
|
||
WHEN (`上行PRB平均利用率` >= 0.5 OR `下行PRB平均利用率` >= 0.7)
|
||
THEN CASE
|
||
WHEN `RRC连接平均连接用户数` >= CASE `带宽` WHEN '60M' THEN 120 WHEN '30M' THEN 90 ELSE 200 END
|
||
THEN '高负荷'
|
||
ELSE '利用率预警'
|
||
END
|
||
WHEN (`5G上行流量（上行PDCP PDU数据量）(GB)` >= CASE `带宽` WHEN '60M' THEN 3 WHEN '30M' THEN 8 ELSE 5 END
|
||
OR `5G下行流量（下行PDCP成功发送数据量）(GB)` >= CASE `带宽` WHEN '60M' THEN 43 WHEN '30M' THEN 30 ELSE 70 END)
|
||
THEN '高流量预警'
|
||
ELSE NULL
|
||
END;
|
||
|
||
UPDATE `5G_结果表` SET `是否高负荷小区` = IF(`高负荷问题` = '高负荷', '是', '否');
|
||
|
||
|
||
# ============================================================
|
||
# 优化建议（仅对 是否高负荷小区='是' 的高负荷小区生成）
|
||
# 分析范围：同扇区(`扇区`) + 同 PLMN（CGI/NCGI 前两段，如 460-00 移动 / 460-15 广电；
|
||
# 不同运营商不可均衡、不视为同扇区）。
|
||
# 在该范围内取“最空闲”小区（`高负荷问题` IS NULL，按 下行利用率→日均流量 升序取一）：
|
||
# 有空闲小区 → 模板1：给出本小区与空闲小区的指标，建议负载均衡；
|
||
# 无空闲小区（同扇区皆 高负荷/利用率预警/高流量预警）→ 模板2：建议人工分析周边小区。
|
||
# `_idle_4g`/`_idle_5g` 为每个(扇区,PLMN)的最空闲小区缓存表，用后即删。
|
||
# ============================================================
|
||
|
||
DROP TABLE IF EXISTS `_idle_4g`;
|
||
CREATE TABLE `_idle_4g` (
|
||
`扇区` varchar(200), `plmn` varchar(20),
|
||
`cgi` varchar(120), `name` varchar(200), `ul` double, `dl` double, `flow` double, `pwr` varchar(120),
|
||
INDEX (`扇区`, `plmn`)
|
||
) AS
|
||
SELECT `扇区`, `plmn`, `CGI` AS `cgi`, `小区名称` AS `name`, `上行PUSCH利用率` AS `ul`, `下行PDSCH利用率` AS `dl`, `日均流量（GB）` AS `flow`, `功率` AS `pwr`
|
||
FROM (
|
||
SELECT `扇区`, SUBSTRING_INDEX(`CGI`, '-', 2) AS `plmn`, `CGI`, `小区名称`,
|
||
`上行PUSCH利用率`, `下行PDSCH利用率`, `日均流量（GB）`, `功率`,
|
||
ROW_NUMBER() OVER (PARTITION BY `扇区`, SUBSTRING_INDEX(`CGI`, '-', 2)
|
||
ORDER BY `下行PDSCH利用率` ASC, `日均流量（GB）` ASC) AS `rn`
|
||
FROM `4G_结果表`
|
||
WHERE `高负荷问题` IS NULL AND `扇区` IS NOT NULL AND `扇区` <> ''
|
||
) `t`
|
||
WHERE `rn` = 1;
|
||
|
||
UPDATE `4G_结果表` `t`
|
||
LEFT JOIN `_idle_4g` `i` ON `i`.`扇区` = `t`.`扇区` AND `i`.`plmn` = SUBSTRING_INDEX(`t`.`CGI`, '-', 2)
|
||
SET `t`.`优化建议` = CONCAT(
|
||
'高负荷小区', `t`.`CGI`, '（', IFNULL(`t`.`小区名称`, '-'), '）',
|
||
'：上行利用率:', ROUND(`t`.`上行PUSCH利用率` * 100, 1), '%',
|
||
' 下行利用率:', ROUND(`t`.`下行PDSCH利用率` * 100, 1), '%',
|
||
' 日均流量:', ROUND(`t`.`日均流量（GB）`, 2), 'GB',
|
||
' 用户数:', ROUND(`t`.`YY-RRC连接建立最大用户数`, 0),
|
||
' 当前小区功率:', IFNULL(`t`.`功率`, '-'), '。',
|
||
IF(`i`.`cgi` IS NOT NULL,
|
||
CONCAT('存在同覆盖空闲小区:', `i`.`cgi`, '（', IFNULL(`i`.`name`, '-'), '）',
|
||
'：下行利用率:', ROUND(`i`.`dl` * 100, 1), '%',
|
||
' 上行利用率:', ROUND(`i`.`ul` * 100, 1), '%',
|
||
' 日均流量:', ROUND(`i`.`flow`, 2), 'GB',
|
||
' 小区功率:', IFNULL(`i`.`pwr`, '-'),
|
||
'，建议将本小区部分负荷均衡至该空闲小区（负载均衡/邻区参数优化）。'),
|
||
'经分析，本站同扇区（同PLMN）小区均为高负荷或预警状态、无空闲可均衡小区，建议人工分析周边小区是否可均衡。'
|
||
)
|
||
)
|
||
WHERE `t`.`是否高负荷小区` = '是';
|
||
|
||
DROP TABLE IF EXISTS `_idle_4g`;
|
||
|
||
|
||
DROP TABLE IF EXISTS `_idle_5g`;
|
||
CREATE TABLE `_idle_5g` (
|
||
`扇区` varchar(200), `plmn` varchar(20),
|
||
`cgi` varchar(120), `name` varchar(200), `ul` double, `dl` double, `flow` double, `pwr` varchar(120),
|
||
INDEX (`扇区`, `plmn`)
|
||
) AS
|
||
SELECT `扇区`, `plmn`, `NCGI` AS `cgi`, `CU小区配置名称` AS `name`, `上行PRB平均利用率` AS `ul`, `下行PRB平均利用率` AS `dl`, `日均流量（GB）` AS `flow`, `功率` AS `pwr`
|
||
FROM (
|
||
SELECT `扇区`, SUBSTRING_INDEX(`NCGI`, '-', 2) AS `plmn`, `NCGI`, `CU小区配置名称`,
|
||
`上行PRB平均利用率`, `下行PRB平均利用率`, `日均流量（GB）`, `功率`,
|
||
ROW_NUMBER() OVER (PARTITION BY `扇区`, SUBSTRING_INDEX(`NCGI`, '-', 2)
|
||
ORDER BY `下行PRB平均利用率` ASC, `日均流量（GB）` ASC) AS `rn`
|
||
FROM `5G_结果表`
|
||
WHERE `高负荷问题` IS NULL AND `扇区` IS NOT NULL AND `扇区` <> ''
|
||
) `t`
|
||
WHERE `rn` = 1;
|
||
|
||
UPDATE `5G_结果表` `t`
|
||
LEFT JOIN `_idle_5g` `i` ON `i`.`扇区` = `t`.`扇区` AND `i`.`plmn` = SUBSTRING_INDEX(`t`.`NCGI`, '-', 2)
|
||
SET `t`.`优化建议` = CONCAT(
|
||
'高负荷小区', `t`.`NCGI`, '（', IFNULL(`t`.`CU小区配置名称`, '-'), '）',
|
||
'：上行PRB利用率:', ROUND(`t`.`上行PRB平均利用率` * 100, 1), '%',
|
||
' 下行PRB利用率:', ROUND(`t`.`下行PRB平均利用率` * 100, 1), '%',
|
||
' 日均流量:', ROUND(`t`.`日均流量（GB）`, 2), 'GB',
|
||
' 用户数:', ROUND(`t`.`RRC连接平均连接用户数`, 0),
|
||
' 当前小区功率:', IFNULL(`t`.`功率`, '-'), '。',
|
||
IF(`i`.`cgi` IS NOT NULL,
|
||
CONCAT('存在同覆盖空闲小区:', `i`.`cgi`, '（', IFNULL(`i`.`name`, '-'), '）',
|
||
'：下行PRB利用率:', ROUND(`i`.`dl` * 100, 1), '%',
|
||
' 上行PRB利用率:', ROUND(`i`.`ul` * 100, 1), '%',
|
||
' 日均流量:', ROUND(`i`.`flow`, 2), 'GB',
|
||
' 小区功率:', IFNULL(`i`.`pwr`, '-'),
|
||
'，建议将本小区部分负荷均衡至该空闲小区（负载均衡/邻区参数优化）。'),
|
||
'经分析，本站同扇区（同PLMN）小区均为高负荷或预警状态、无空闲可均衡小区，建议人工分析周边小区是否可均衡。'
|
||
)
|
||
)
|
||
WHERE `t`.`是否高负荷小区` = '是';
|
||
|
||
DROP TABLE IF EXISTS `_idle_5g`;
|
||
|