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Demystifying AI the framework counts
Uwe Weber, Martin Mitev
München, 29. October 2019
28:0AlphaZero Stockfish
THE POTENTIAL OF AI
(72 drawn games)
THE NEW TECHNIQUE WILL CHANGE THE WORLD…
Mathematic Cubes
Watson AI
+ Contextsensitive Semantic Analysis+ Basic Semantic Operations
(Transformation und Assotiation)+ Formal Logic+ NLP + Non-linear Simulation+ Reflection: „Decision Traceability“ + Output Generation: Text, Graph,
Audio and Video
Strong, awareness based AI
+ Consecutive Space-Time-Simulation+ Recursive Modeling+ Multy-Layer Deduction+ Number Teory enabled Thinking+ Humanoid behavior+ Non-Restricted
context/environmental Perception
+ Pattern Recognition+ Object Typing+ Abstraction+ Complex Imitation
(Deep) Neuronal Networks▪ Static Neuronal Networks▪ Preconfigured Network
Layers▪ Preconfigured Activation
Functions
▪ Quantum Logic▪ Artificial Self-Awarness
Self-Learning AI
+ No Dataset for learning required+ Learning Process based on Analysis
and Deduction+ Non-linear Simulations, the Basics of
the Set Theory and the Probability Theory are an Integral Part of the Thinking Process
▪ Learning Process Based on an Affine Functional Analysis
▪ Dynamic DNN Optimization
▪ AI-Platform▪ Extensible Neuronal
Networks▪ Logic und Statistic
Components▪ Linear Optimiser▪ Rich Compoonent Set
for Data Transformation and Output Generation
TensureFlow
+ Novel Thought Patters+ Negotiation Skills+ Complex Deduction
▪ Stream Processing▪ Learning and Processing
based on Function Theory▪ Dynamic Activation Functions▪ Basic Self Optimization
Functionality
AnwendungEigenschaften
Now
▪ Approximation▪ Monte-Carlo-Simulation▪ Hierarchical Rule Sets▪ Function Theory
+ Scalar Optimization+ Stochastic Analysis+ Convex Programs+ Geometry-Problems
+ Vector-based Optimization+ Linear Optimization+ Integer Optimization+ Non-Linear Optimization
+ Lagrange-Multiplication+ Quasi-Newton-Procedure+ …
THE BASIC BUILDING BLOCKS OF AI TODAY
Decision Traceability (Reflection)
Causality / Rule Based Validation
Data Quantity and Quality
Information Flows and Data Logistics
Solution Complexity
Context-aware Control (based on Markov Chains)
Fog Computing, Latency, Connectivity
THE CHALLENGES OF ACTUAL AI PROJECTS
DE
LIV
ER
Y M
OD
EL
S
ALADIN – DIGITAL REAL ESTATE LIFE CYCLE MANAGEMENT
ALADIN is a commercial digital business platform for holistic real estate management.
It provides looped and seamless information along the entire lifecycle in a common source.
Therefore it is the foundation for information-based collaboration within the ecosystem.
It is the enabler for lean processesand a rationalized technology infrastructure.
WHAT IS ALADIN?
SOLUTION
Illustration: pikisuperstar on freepik
8
Model-based approach for collaboration betweenstakeholders at any time.
New technologies and standards as enabler for a Digital Building Twin to integrate information, processes and organizations.
Therefore, a digital business platform is the ideal foundation for a lean and holistic management of a complex real estate ecosystem.
FUNCTIONAL ARCHITECTURE
9
Feedback – Learn – Apply
Sensors (IoT)
Enterprise IT (CAFM, ERP, CRM, BMS, SRM, CAD, PLM, MES,
MOM, SCM, CAE, etc.)
Geo Data
Weather Data
Traffic Data
…
Digital Building Twin(Ecosystem of 3D Models)
Cloud-Service (Data Lake)
Security
Monitoring
Analytics
Simulations
Planning Tools
Partner Value Services
Building (Physical Business)
SOURCE
Platform
INTEGRATION
Marketplace forApplications, Services & Data
SERVICES ROLE-BASED APPLICATIONS
Planner, Facility Manager, Asset Manager etc.
B
A
C ….
Real Estate Mgmt
Financial Mgmt
DriveabilityAnalysis
Analyze the behavior of a car driver to
check policy conditions
Vehicle, Water, Fire, Glass, Roof
Damages
Mobile App or drone photographs/films and calculates the amount of damage
Surveillance Camera Analysis
Ensure correct patrol of security staff in company
buildings and areas
Burglar Alarm
Use CCTV to alert public bodies in case of a burglar
Fraud Detection
Predict and prevent fraudulent activities
in claims, transactions, internal
activities, IT and security
Risk Management & Analysis
Analyses of mass information &
prediction of future situations based on historic decisions
and past trends and their implications
Supply Chain Risk Analysis
Derive risk assessment of
supply chains to enhance insurance
rates
Cognitive Assistants
Digital call center agent, based on AI
enabling insurances to fully automate simple processes
Communication Compliance
Monitor outbound communication, for
statements not compliant to
company regulations, like
profanity, company internal information,
secrets, etc. Contact Centeror Inbound
Management
Inbound IndexingEmail Management
Routing
Procurement
Data Extraction from offer requests, offers, orders
Master data change
Automate the change of banking detail, address on customer request
First Notification of Loss
Metadata extractionClassification
Anonymization
Allow storing or 3rd
party evaluation by removing person
related data
NDA Compliance Testing
Extract attributes from contracts
Work SafetyReal-time sensor
data helps identifying work safety threads in labor intensive
processes
Underwriting
Identify known risks
Pseudo-nymization
Like anonymization but replacing a
removed data by a suitable pseudonym
Ontology Learning
Automatic extraction of a W3C SKOS Model from text
Document Classification
Categorize documents based
on their content and simplify routing by
extracting factsSelf Service
Opportunities
Identify top issues from your customers
and move them to self service
Natural Language Processing
Text Analytics
Computer Vision
Predictive & Prescriptive Analytics
Predictive Pricing
Predict risk and dependencies
based on patterns in historical and real
time data
AI-REFERENCES OF T-SYSTEMS (FEW EXAMPLES)
DEUTSCHE TELEKOM'S NINE GUIDELINES FOR ARTIFICIAL INTELLIGENCE (AI)
We Care
We set the framework
We maintain control
We foster the cooperative model
We share and enlighten
We are secure
We are transparent
We put our customers first
We are responsible