Reports Logic
Based on current tables next data must be aggregated and analyzed:
- Number of patients per doctor
- Number of patients registered for the same phone number
- Number and percentage of patients per doctor that have set offline authorization method
- Number and percentage of patients per legal entity that have set offline authorization method
Using replicated tables from fraud data mart and BI tool the reports with outliers must be shown.
Until there is no enough statistic to use statistical methods to find outliers, the top least(5%, 25 rows) can be shown instead.
For now there are 3 reports are required - for autorization, doctors and phone_numbers.
Predefine views with aggregation
1. Doctor aggregation
number of patients per doctor (total_patients_doctor)
Conditions: employee, declarations
- employee.id=declarations.employee_id
- employee.employee_type='DOCTOR'
- employee.is_active=true
- employee.status='APPROVED'
- declarations.is_active=true
- declarations.status='active'
Fields:
| SOURCE | FIELD | NAME | DESCRIPTION |
|---|---|---|---|
| employee | party_id | party_id | |
| employee | legal_entity_id | legal_entity_id | |
| declarations | count(person_id) | patients_qty | qty patients by doctor (total till report date) |
| declarations | sum(qty_person_id_30)/ avg(qty_person_id_60) | patient_increase_30d | For each doctor calculate lifetime - (report_date-inserted_at) If doctor lifetime <=90 days - then null if doctor lifetime >= 90 days: sum(qty_person_id_30) - total number of patients for doctor for the last 30 days avg(qty_person_id_60) - average number of patients for doctor for 60 days before last 30 days if avg(qty_person_id_60)=0 then 9999 |
| declarations | sum(qty_person_id_30) | patient_increase_30d_0 | if avg(qty_person_id_60)=0 then sum(qnty_person_id_30) |
| $inserted_at | report_date | the date when calculated |
number and percentage of patients per doctor that have set offline authorization method (autorization_doctor)
Conditions:
- employee.id=declarations.employee_id
- declarations.person_id=presons.id
- employee.division_id=divisions.id
- employee.employee_type='DOCTOR'
- employee.is_active=true
- employee.status='APPROVED'
- declarations.is_active=true
- declarations.status='active'
- divisions.addresses.{type:"RESIDINCE"}
Fields:
| SOURCE | FIELD | NAME | DESCRIPTION |
|---|---|---|---|
| employee | party_id | party_id | |
| employee | legal_entity_id | legal_entity_id | |
| divisions | residence_settlement_type | residence_settlement_type | when type<>'CITY' then 'OTHER' else type |
| persons | count(authentication_methods.type='OFFLINE'.person_id) | offline_patients_qty | authentication_methods.type='OFFLINE' |
| persons | count(authentication_methods.type='OFFLINE'.person_id)/count(person_id) | ratio_offline_patients_qty | ratio of patients with offline method of authorization within particular doctor |
| persons | count(person_id) | patients_qty | qty patients by doctor (total till report date) |
| $inserted_at | report_date | the date when calculated |
2. Patient aggregation
number of patients with same phone number (patients_phonenumber)
The table recalculates on daily basis
Conditions:
- declarations.person_id=presons.id
- declarations.is_active=true
- declarations.status='active'
Fields:
| SOURCE | FIELD | NAME | DESCRIPTION |
|---|---|---|---|
| persons | phones.{number} | phone_number | |
| persons | count(id) | patients_qty | |
| $inserted_at | report_date | the date when calculated |
3. Legal entity aggregation
number and percentage of patients per legal_entity that have set offline authorization method (autorization_legal_entity)
Conditions:
- employee.id=declarations.employee_id
- declarations.person_id=presons.id
- employee.division_id=divisions.id
- employee.employee_type='DOCTOR'
- employee.is_active=true
- employee.status='APPROVED'
- declarations.is_active=true
- declarations.status='active'
- divisions.addresses.{type:"RESIDINCE"}
Fields:
| SOURCE | FIELD | NAME | DESCRIPTION |
|---|---|---|---|
| employee | legal_entity_id | legal_entity_id | |
| divisions | divisions.addresses.residence_settlement_type | residence_settlement_type | when type<>'CITY' then 'OTHER' else type |
| persons | count(authentication_methods.type='OFFLINE'.person_id) | offline_patients_qty | authentication_methods.type='OFFLINE' |
| persons | count(authentication_methods.{type}='OFFLINE'.person_id)/count(person_id) | ratio_offline_patients_qty | ratio of patients with offline method of authorization within particular legal entity |
| persons | count(person_id) | patients_qty | qty patients by legal entity (total till report date) |
| $inserted_at | report_date | the date when calculated |
Authorizations_fraud report
Using
- autorization_legal_entity table - legal entities with patients_qty<= 50 are not taken into account.
autorization_doctor table - doctors with patients_qty<= 10 are not taken into account.
Required input filter parameters:
- settlement_type ['CITY', 'OTHER']
- type ['DOCTOR', 'LEGAL_ENTITY']
Order by ratio_offline_patients_qty desc and show least(5%, 25 rows) with the highest value.
Output fields:
- id (based on input type it can be party_id or legal_entity_id)
- settlement_type
- offline_patients_qty
- ratio_offline_patients_qty
- report_date
Phone_numbers_fraud report
Using
- patients_phonenumber table - phone numbers with patients_qty<= 1 are not taken into account.
Order by ratio_offline_patients_qty desc and show least(5%, 25 rows) with the highest value.
Output fields:
- phone_number
- patients_qty
- report_date
Doctors_fraud report
Using
- total_patients_doctor table - doctors with patients_qty<= 10 are not taken into account.
Optional input query parameters (filter by):
- patients_qty
- patient_increase_30d
- patient_increase_30d_0
Output fields:
- party_id
- legal_entity_id
- one of [patients_qty, patient_increase_30d, patient_increase_30d_0]
- report_date