ai simplify 5g network - mwc19 shanghaibecome the largest ai use case in the telecom industry,...
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AI Simplify 5G Network
Zhang Sihong
Chief Engineer of AI Solution
ZTE Corporation
Future Network Requires More Intelligence
Business Operation faces highly diversified requirements
Network O & M changes from passive to proactive
Resource Scheduling needs to be more flexible
DU CU NFVI VIM
AMF SMF
UPF
Clouded networks are decoupled
Layering and decoupling causes complicated management
Real-time resource adjustment brings aboutnetwork operation complexity
difficult to locate end-to-end faults.
New services require differentiated operation
Traffic Path Optimization
Cloud Resource Scale-In/Out
IP Data center
OTN
Massive MIMO Parameter
Configuration; 4/5G Coordination
mMTC eMBB URLLC Industry Slicing Operation
The Telecom Industry Will Become the Largest AI Market
$0
$10,000
$20,000
$30,000
$40,000
2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
Software Service Hardware
Global Telecom total AI revenue forecast by industry: 2016-2025
Telecom AI Software Revenue by Use Case: 2016-2025
Source: Tractica/Ovum
According to Tractica/Ovum forecast and research:
•By 2025, the global telecom industry will invest US $36.7 billion in AI software, hardware, and services.
•Among the major use cases of AI technology in the telecom field, the operation monitoring and management of network/IT will
become the largest AI use case in the telecom industry, accounting for 61% of AI expenditure in the telecom industry during
2016-2025.
Large-scale deployment of SDN/NFV and 5G will promote the explosive growth of AI in the telecom industry
Network/IT operation monitoring and management will become the largest application scenario of AI
$36.7 billion
AI-Driven Network Intelligence Is a Focus Area
Machine learning in 5G core through NWDAF
Two AI-related ISG: ENI (Experiential Networked Intelligence) and ZSM (Zero touch network and Service Management)
FG-ML5G: Focus Group on Machine Learning for Future Networks including 5G
Introduce RAN intelligent controller to realize hierarchical, open and smart radio network
Acumos: An open source platform to build an open AI application and service ecosystem
ML platform to study AI scenarios in networks; Open source platform to cultivate ecosystems
CTNet2025 moves from 1.0 to 2.0, using AI technology to promote the network evolution
Announce 5G + plan, Put forward 5G+AICDE, promote the integration of 5G and AI
Introduces AI to network O&M to improve network performance, resource utilization and user experience
CUBE-Net 2.0+:AI-powered Intelligent Network based on SDN/NFV
Intent Engine Automatic Orchestration
AI Engine
Real-time AI engine
Lightweight AI engine
EMS SDN controller MANO
NR/eNB 5GC/EPCIP/OTN
Self-loop: Closed loop inside a device such as a base station.
Big Loop: Inter-network and inter-domain closed loop
Operation Evolution
Rapid Response and Continuous Increase in Revenue
O & M Evolution
Simplification and Continuous Cost Reduction
Network Evolution
On-Demand Scheduling and Continuous Investment Optimization
OPEX
REVENUE
CAPEX
Data Lake
AI training platform
Small Loop: Single-domain closed loop, such as wireless network.
General principles of top-level design: Hierarchical closed-loop, gradual evolution, and modular introduction
Hierarchical closed loop to build NE-Level, single-domain, and cross-domain intelligent network systems
Modularized design of AI capability, Introduced as needed, and controllable investment in overall evolution
Overall Design about Intelligent Network
Management and Control
Layer
Operation Layer
NE Layer
Intelligent Network Evolution Needs Systematic Grading Method
Intelligent level
Intelligent Range
Workflow
NE
Subnet
Whole network
Planning&design Provisioning&Deployment O&M Optimization Business Operation
Full Manual L0
Work with operators to propose a three-dimensional grading standard in ITU-T.
Advanced intelligence L4
Full intelligence L5
Primary Intelligence L2
Intermediate intelligence L3
Assisted Operation L1
L4L3L1 L2Assisted Operation Network L5
Boost Automation Capability and Evolve to Full Intelligent Network
Do TogetherInstruct to Do
Make DecisionSet Target
Unmanned
Simplify some operations Liberate operators Liberate analysts Liberate decision makers Unmanned
Demand
Decision
Policy
Excution
Tool assisted
Demand
Decision
Policy
Excution
Demand
Decision
Policy
Excution
Demand
Decision
Policy
Excution
Demand
Decision
Policy
Excution
Emergency intervention
only
Human AI
AdvancedIntelligence
PrimaryIntelligence
Intermediate Intelligence
Full Intelligence
Human AI Human AI Human AI Human AI
Scenario Planning and Design Network O & M Network Optimization Service OperationProvisioning and
Deployment
ZTE's Full Capability of Network Intelligence
The unified AI& Big data platform is adopted for both CT and IT industry.
ZENICVMAX
NR BigDNA
UME
FPGA Acceleration GPU Acceleration HPC Cluster
Big Data
RSRP Prediction Model
Coverage Assessment
AI Offline Training
AI Online Training
AI Model Acceleration AI Cloud Inference AI Edge
InferenceAI TerminalInference
Log Association Model Traffic Model Alarm Correlation
ModelKPI Association
ModelUser Behavior
Model
Parameter Optimization Traffic Forecast Alarm RCA KPI Detection Intent Translation
Cloud
Studio
Network+AI
Product
Capability
Infrastructure
AI Application Components
AI Algorithm Components
AI Framework
5G Intelligent Network Planning
RCA for 5G base station
AI Trials in 5G Smart Operation Project
Jiangsu
Root Cause Analysis(RCA) for 5GC
Effect
FujianThe planning time is expected to reduce from more
than 45 man-days to about 4 man-days.
RCA for 5G Base Station
5G Intelligent Network Planning
Alarm compression rate is above 48%.
The expected alarm compression rate is above 60%.
RCA for 5G Core Network
The expected detection accuracy is above 70%.
Optical Module Fault Detection
Optical Module Fault Detection
Establish alarm association between the
hardware layer, virtual layer, and NE
layer by using AI, reduce alarms and
analyze the root cause.
Use AI to establish the alarm association
of the DU-CU-AAU- cell, and combine
alarm messages and analyze the root
cause.
The existing 4G data is used for site
reuse and coverage planning, and 5G
planning in hotspot areas.
Active fault prediction is implemented
by using the optical module data and
fault information in the existing network.
Current LB Has the Lack of Accuracy and Timeliness
Challenge Solution Benefit
AI Empowered Load Balancing Based on O-RAN Architecture
Increase LB Accuracy
48.5%
Reduce LB Time
38%
Passive
Blind Selection
Blind handover
Slow handover Prediction
Radio Fingerprint
Scenario Recognition
Proactive user association
Make precise strategies
Customized optimization
Core AI Model
Cell1
Cell2 Cell3 Cell4
Non-RT RIC
Near-RT RIC
CU/DU
AI-based Construction of RF fingerprint DB
Load Balance Execution
Update RF fingerprint &
AI-based LB Policy
160 seconds260 seconds
61% 90.6%
Intelligent Application and Platform Pilot in 4/5G Network
Service Scenarios
Cell Traffic Prediction
Root Cause Analysis Based on LTE Base
Station Alarms
eNodeB Energy Saving Parameter Self-Optimization
Capacity Expansion CellIdentification
Antenna Feeder Parameter
Optimization
Root Cause Analysis of LTE KPI
Graphic User Interface
Data driven
Support machine learning, deep learning, andreinforcement learning
Open and Interconnection
ZTE uSmartInsight Platform
ZTE and China Unicom established the intelligent network joint inovation lab in shandong.
Open SourceStandard
Alliance
Founding member of Deep
Learning Foundation
Code contribution to the
community every year
Vice chairman
Daily management; AI case
collection and open source
project initiation.
WG3 chairman
ML-AWARE contribution
World's first intelligent network
architecture standard
ZSM: Initial member, ZSM004 reporter
ENI: promote the intelligence of SDN
network
NWDAF: proposals about mobility
management and data-plane NE
selection
Actively participate in TC1WG1
telecom network intelligent project
Lead TC5 mobile intelligent project
Cooperate with China Mobile in O-RAN
ZTE's Activities in AI Related Standard&Open Source Organizations
Industrial Ecology
Open Source
Alliance
Standard
Thank you