AI in Telecom: how artificial intelligence is reshaping the vision of telco industry
1. AI in Telecom
How artificial intelligence is reshaping
the vision of telco industry
Gabriele Randelli
May 18th, 2018
2. Once upon a time in a telco operator…
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- Traffic Volume
- Infrastructure as asset
- Customer-agnostic
- Data-agnostic
3. … there was an intruder
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- Service oriented
- No infrastructure
- Customer-centric
- Data eager
4. Over-the-top (OTT) Players
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OTTs
scrape out
44% of revenues
No network infrastructure costs
Customer-centric
Leverage on data insights
Low return from investment
Customer-agnostic
Content-agnostic
OTTs
market value
seven times
bigger than CSPs
5. Network costs vs revenues
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US$354 billion into maintaining, building
and upgrading networks in 2014
6. Towards a subscriber-centric paradigm
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AI
AI-assisted customer service
Next Best Action
Predictive Maintenance
Churn/Traffic PredictionNetwork
Anomaly Detection
Content Usage Trends
Fraud Detection
Customer
Profiling
Self-healing
Networks
Intelligent Edge
IoT & Edge
Converge data sources
(voice, data, fixed,
mobile, sensors,
billing, CRM,
network)
Automate
network processes
(zero-touch)
Customer-centric
services
Generate
new revenue
streams
Enable
AI-based
services
7. AI models adopted in Telco
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Prediction
Supervised: Artificial Neural Networks, Decision Trees learning, Regression Analysis,
Support Vector Machines, Naive Bayes
Customer Churn
Predictive Maintenance
Fraud Propensity
Traffic Peak Prediction
Problem Use Case Model
Anomaly
Detection
(Semi-)Supervised: one-class Support Vector Machine
Unsupervised: Auto-encoders, cluster analysis, self-organizing maps, k-means
Traffic Analysis
Behavior Analysis
Network Monitoring
Predictive Maintenance
Profiling
Supervised: Recurrent Neural Networks (RNN)
Unsupervised: Principal Component Analysis
Customer Profiling
Network Usage
Next Best Offer
Classification
Supervised: Artificial Neural Networks, Decision Trees, Logistic Regression, Support
Vector Machines
Customer Care
Failure Analysis
Content Classification
8. Spotlight on Deep Learning
Data Availability
- 2.5 exa-bytes
(1018) per day!!!
- Deep learning
performance scales
almost linear wrt.
data amount
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Computation Power
- Deep learning is
eager for training
resources
- Telco data centers
embed thousands
of machines with
very fast
connection
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Edge Computing
- 5G moves
intelligence at the
edge
- Deep learning
scales very well on
dedicated hardware
(e.g. GPU, TPU)
- Collaborative
learning techniques
- Mobile AI
frameworks
(TensorFlow Lite)
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Online Model Training
- From batch
analysis to real-
time streaming
- AI models need to
re-adapt to
evolving patterns
- What yesterday
was anomalous…
today is not!
- Still a lot to do in
this area…
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Unsupervised Learning
- Labeling datasets
is not feasible
- No training effort
- Anomaly detection
algorithms largely
adopted for traffic
analysis (e.g. Auto-
encoders)
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9. AI-based Customer Care
• By 2020, 85% of all customer interactions will be handled
without a human agent
• Resolving customer service issues before they arise could
significantly lower customer churning rate
• Combination of AI, NLP, chat-bots
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HOW
• Anticipate customer needs by continuously profiling user
behaviors (anomaly detection)
• Extract potential complaints published on social networks
(sentiment analysis)
• Correlate user complaints with detected network failures
(cluster analysis)
• Compare incoming problems to support cases already
evaluated (root cause analysis)
• Predict potential problems (time-series analysis)
10. Customized Marketing
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• 79% of CMOs are planning to boost customer experience
with AI
• AI algorithms combine historic patterns and behaviors to
provide personalized offers for subscribers
HOW
• Extract enriched customer insights from multiple data
sources
• Predict the potential interest of each customer for
available offers (prediction and ranking)
• Automatic offering proposition (when, what, how)
• Feedback collection and model update (reinforcement
learning, incremental learning)
11. Self-healing Networks
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• A UK mobile operator was recently fined £1.9 million for
a network design configuration that would have
compromised access to the 911 emergency service
• AI predicts future traffic peaks and load distribution for
automatic network scaling
• AI predicts potential network failure for automatic alarm
triggering and network re-configuration
• Combination of AI and network virtualization (NFV)
HOW
• Predict what will happen in the network (predictive
networks)
• Evaluate and guide in assessing the impact of the
prediction (prescriptive networks)
• Automatic action selection to mitigate the impact of a
predicted outcome (self-healing networks)