fujitsu laboratories group’s r&d vision and key initiatives

0 Copyright 2015 FUJITSU LABORATORIES LTD.

Human Centric Innovation

in Action

Fujitsu Forum 2015

18th – 19th November


Fujitsu Laboratories Group’s R&D Vision and Key Initiatives

Dr. Hideyuki Saso CEO and Representative Director

Fujitsu Laboratories Ltd.


18th Century 19th Century 20th Century

Hyperconnected World

ICT advances are enabling diverse innovations

ICT is driving a New Industrial Revolution



Hyperconnected World

Technological advances are enabling diverse innovations

Common understanding of ICT evolution, research directionalities



Expectations for the delivery of higher-value ICT services

Internet of

Things

Customer Issue: Securing specialized talent required for an IoT society

Healthcare

Manufacturing Agriculture

Finance

Transportation Infrastructure

\

AI

BI/BA

Security

SDx/NFV

Digital Platform

Services

Market Trend: Accelerating Digitalization

Excerpted from Fujitsu’s Management Direction Briefing held on October 29, 2015, presented by Fujitsu President Tatsuya Tanaka



New ‘Fields’ in a Digital Society

Tasks

Innovation (Across industries,

new business areas)

Smart cities

Food and agriculture

Healthcare Fintech

Self-driving vehicles

Digital Marketing Smart factories

Field

Field

Fujitsu

Manu facturing

Finance

Retail Healthc

are

Govern ment

Industry sector

Fujitsu’s Business Opportunities


Excerpted from Fujitsu’s Management Direction Briefing held on October 29, 2015, presented by Fujitsu President Tatsuya Tanaka


Digital Business Platform: MetaArc

Platform for realizing customers’ digital transformation

Proving leading-edge ICT: Cloud, Mobile, Big Data, IoT, AI, etc.

Digital Business Platform: MetaArc

Cloud IoT Big Data Mobile AI

Transformation of existing business processes

Creation of new products and services

Ecosystem of multiple companies

Digital transformation of business (SoE)

Work efficiencies

Cost reductions

Existing information system (SoR)

Links between SoE and SoR


Fujitsu Laboratories Group: Introduction


Technologies to drive growth of the Fujitsu Group

Fujitsu Laboratories

Fujitsu Group

Growth Markets

New Domains

New Technologies

Fujitsu Laboratories Group: Mission



Fujitsu Laboratories Ltd. Atsugi Laboratories (Japan) (Established 1983)

Fujitsu Laboratories of Europe, Ltd. (Europe) (Established 2001)

Fujitsu Laboratories Ltd. Kawasaki Laboratories (Japan) (Established 1968)

Fujitsu Research and Development Center Co., Ltd. (China) (Established 1998)

Fujitsu Laboratories of America, Inc. (U.S.) (Established 1993)

Fujitsu Laboratories Group: Overview

CEO and Representative Director

Capital: 46 million EUR

R&D Budget: Approx. 230 million EUR

Total Employees: Approx. 1,400 worldwide

*€=\130: the approximate closing rate on March 31, 2015. FY 2014 is fiscal year ended March 31, 2015.


Fujitsu Laboratories: R&D Strategy Structure

Healthcare Agriculture Education Transportation/ Logistics

Environment Social

Infrastructure Energy Natural Disaster Mitigation

Computer Architecture Network Architecture Cognitive Computing

Social Science Physical and

Chemical

ICT Megatrends


Fujitsu Laboratories Group: Global Collaboration

Sunnyvale, California

Richardson, Texas

Kawasaki, Japan

Atsugi, Japan

London

Shanghai Suzhou

Beijing Madrid

11 Countries, 51Projects

Off-shore research leveraging exceptional researchers

Discovering regional technology trends

Technology dissemination to raise global presence

“Act local” activities targeting discovery of new businesses


Fujitsu Laboratories: R&D Strategy


Linear and Nonlinear Innovation

“SHINKA” Model: Necessity to jump diagonally forward

Market entry from

other domains

Retrieval Services

Retail

Manufacturing

Emergence of Black Swans

Google amazon

General Electric


Cloud Computing

300

400

500

200

100

Nu

mb

er

of

dev

ices

co

nn

ecte

d t

o

th

e In

tern

et (

hu

nd

red

mil

lio

ns)

IoT, Sensor Networks, Wearables, Social,

Intelligent Computing Mobile, Big Data,

Datacenters

2010 2020 2005 2015 2000

VPS, SaaS, Databases

Data sharing/ Conversion into services

0

Amoeba-like connections ( IpV6: 1036 )

Cloud Cloud Server consolidation

Cloud

Sources: Ministry of Internal Affairs and Communications (Japan); IDC + content added by Fujitsu Laboratories Ltd.

From server consolidation-based usage, to amoeba-like cloud connections


Full advent of Artificial Intelligence (AI)

1950 1970 1980 1990 2000 2010 1960

★AI term coined (Dartmouth conference)[’56]

★Massive AI Project established （Japan ICOT [’82], U.S. MCC [’83], U.K. Alvey [’84])

★AI’s failures (Lighthill report)[’73]

★DEC R1[’82] ★ELIZA language processing program developed ★Watson Victory [‘11]

★Brain Science Project established (BRAIN Initiative, etc.)

2020

Relational Database (Acceleration)

Multimedia DB (IoT, Imagery, Video) Column-Oriented DB

Project

System

AI: 1st major wave Era: Search and

Deductive Inference

AI: 2nd major wave Era:

Knowledge Acquisition

AI: 3rd major wave Era:

Machine learning

Computing Power

Data

★K computer 1 PFlop

★ASCI Red 2.4 TFlops

★CM-5/1024 60 GFlops

Exascale ~1 EFlop

★Deep Blue victory [’97] ★Turing test proposed ★MYCIN diagnostics program developed[’73]

Expert System Artificial Incompetence Agent System Turing Machine

★Cray-1 160 MFlops

★VP-400 1 GFlops

Integrated Data Base (GE社)【‘64】

Cognitive Computing

Big Data Unstructured (NoSQL) (40 ZB) Structured (SQL) File System Databases

Graph Database (Full-scale Utilization)


SoE Data Base

Explosive expansion of Unstructured Data

2020 2000 2010 1990

RDB: Relational Data Base DWH: Data Ware House

Da

ta V

olu

me

RDB (Unstructured)

SoE

Value Creation Unstructured Data

IoT, M2M, SNS Sensor Networks, Web Applications

In-Memory Databases

(Acceleration)

Graph Database (Full-scale Utilization)

Multimedia Databases (IoT, Imagery, Video)

40 ZB

(Z: 1021)

SoR Acceleration

Structured Data

Business Data, Enterprise Databases

Column Databases (Transaction Records, DWH)

Source: Ministry of Internal Affairs and Communications (Japan) + content added by Fujitsu Laboratories Ltd.


Core Front-End Networks Fusion

People will be encapsulated by ICT spaces

Sensors

LAN

BLE

People

Mega-Datacenters Datacenters

Servers Storage NFV/SDN

Industrie 4.0

Public Clouds

Private Clouds

5G

PAN, BAN WAN

LAN

Vehicles

5G

NFV: Network Functions Virtualization SDN: Software Defined Network BLE: Bluetooth Low Energy

Front-End Networks

Mobile Devices

PAN: Personal Area Network BAN: Body Area Network WAN: Wide Area Network

IoT IoT Core Networks


R&D Vision: Hyperconnected Cloud

IoT

Mobile

Public Clouds

AI

AI

AI AI

AI

AI

AI

Data Accumulation • Media Data • Sensor Data

Private Clouds

AI

AI

Servers Databases

AI

AI

AI

AI

AI AI

Providing Value • New insight • Information converted into knowledge

Web-Scale ICT Infrastructure

AI Mega-Datacenters Datacenters AI



Fujitsu Laboratories: Approach to Research Domains

20 Copyright 2015 FUJITSU LABORATORIES LTD. 20 Copyright 2015 FUJITSU LABORATORIES LTD.

IoT

Mobile

Public Clouds

AI

③AI

AI AI

AI

AI

AI

Data Accumulation • Media Data • Sensor Data

Private Clouds

AI

AI

Servers Databases

AI

AI

AI

AI

AI AI

Providing Value • New insight • Information converted into knowledge

①Web-Scale ICT Infrastructure

AI Mega-Datacenters Datacenters AI

Hyperconnected Cloud: Approach to Research Domains


①Web-Scale ICT Architecture

ICT R&D for the web-scale era, which will handle a greater magnitude of resources and data

ICT Management

Orc

hes

tra

tor

Application Manager

Cloud Manager

Virtualization Manager

Hardware Manager

SDSP SDS SDN

Service

Application Execution Engine

Cloud OS

API Service Service

API API

Specialized Engine (FPGA, DLU, Neuro, Quantum, …)

General purpose CPU

Web Scale ICT Infrastructure

API-based integration that can respond to immediate ICT changes

ICT management that Generates business value

New types of computing aiming beyond Moore’s Law


②Core Front-End Networks Service-Oriented Connection Create highly flexible systems that can anticipate changes in status of

communications, handle volume increases and qualitative diversity, and immediately respond to user needs.

(User System)

Logical Connectivity Management（Security）

実世界知能

Process Coordination

Optical and Wireless

Communication Fusion

Software control Disaggregation

Network Virtualization（SDN/NFV）

Maintenance Management Healthcare Traffic Congestion

Prediction Enterprise

System

5G Wireless・100Tbps Optical

Dynamic Service Coordination

Convert people, things, and

places into objects

Core Networks Front-End Networks

Event-Driven

Front-End Operation Management

Front-End Virtualization

(Web OS)

Infrastructure Layer

Service Layer

Wearable

Smart Devices


③Intelligent Computing: AI Fusion

Systematizing AI technologies of Fujitsu

Sensing Actuation

Sensing and Recognition

Image recognition

Emotion/State recognition

Knowledge processing Natural-language

Processing

Pattern discovery

Decision and Support

Inference & Planning

Interactivity & Recommendation

Advanced research Social receptivity Simulation Neuroscience

Learning Machine Learning Reinforcement

learning Deep Learning

Manufacturing

Marketing Security

City/Traffic Medical

Financial

Products・Services Business・Operation Applications

Voice recognition Knowledge processing & Discovery

Prediction & Optimization


③Intelligent Computing: Overview of R&D and Applications

Core ICT

Big Data

Media Data

Structured Data

Un- structured

Data

IoT Data

Sensor Data

AI

Intelligent Computing

New

Bu

sin

ess

Healthcare

Vehicles

Agriculture

Application Domains

Education

Social Infra-

structures

Energy

Natural Disaster Counter- measures

ICT Infrastructures

Business Applicability

PoB, PoC

Social Acceptance Business Models


Technology outlook for 2020

From MetaArc to the Hyper-Connected Cloud

Non-von Neumann Architecture Breakthrough ? ・Neuro/Quantum Computing ・CMOS Ising Machine ・Graphene Transistor ・Si Photonics ・100T Optical Communication ・Brain Science ・Wide-area ultra-distributed data search technology ・Emotional interface ・Wide-area ultra-distributed data search technology ・Resilient micro-service cloud technology

MetaArc ・K5 ・FUJITSU Cloud IaaS Trusted Public S5 ・FUJITSU Cloud A5 for Microsoft Azure ・Private Cloud Verticalization Type Product [PRIMEFLEX for Cloud] ・Private Cloud Platform Software ・SaaS 105 types [ServerView Resource Orchestrator] ・Multi Cloud Integrated Management[Cloud Services Management] ・Multi Cloud Cooperation ･Integrated Platform[RunMyProcess] ・[SPATIOWL] ・[HumanBridge] ・[Akisai]

Strengthening MetaArc ・Mega Datacenters ・Exa-scale ・Domain oriented Servers ・Cloud technologies for the IoT ・Multi-Media DB ・Cold Storage ・Incolumn DB ・Data virtual integration ・System Security ・Network Virtualization (SDN/NFV) ・200G Communication Packet capture ・ Auto Scaling ・LOD ・Deep Learning ・Knowledge Base ・Front –End Virtualization ・Dynamic Service coordination ・API Based SI ・Agile ・Dev Ops ・Web API Management ・Application Log Analysis ・Front-End Management

Hyperconnected Cloud ・Intelligent Computing ・Non-von Neumann architecture ・AI Fusion ・Fabric Computing ・Adaptive operational management technology ・Smart resource-mapping technology ・Digital Platform Resource Management ・Availability & Performance Management ・Web OS ・HTML5 ・Context Awareness ・5G ・IPｖX ・Core Front Fusion ・Trillion Sensors ・Service Oriented Connection・Next-Generation UI ・5 Senses Sensing

2020 2015


Fujitsu Laboratories: R&D Highlights


Technology for Quality Analysis at High Speed of 200Gbps

Ultra high-speed analysis of transmission packets

in datacenters and backbone carrier networks

Raises performance speed, previously limited to 20Gbps, by ten times

using only software and conventional servers,

without need for expensive, specialized hardware

Quickly Providing Service Security

Early Trouble Resolving

Web Scale ICT Infrastructure

Demonstration Center : Booth S2



Finger Ring: Ring-Type Wearable Device

Intuitive Interface

Fingertip motion-based text input of text, numbers, etc.

Links with headmount display

“Hands-free” operation/data manipulation

Demonstration Center : Booth L20

Core Front Network Fusion


Finger Ring: Ring-Type Wearable Device

Intuitive Interface

Fingertip motion-based text input of text, numbers, etc.

Links with headmount display

“Hands-free” operation/data manipulation




(3) Intuitive User Interface

Entire Rooms Convert into Digital Spaces Hand-held smart devices automatically connect to display hardware, and expand the UI throughout the entire space

×

Transfer of application screen from personal device

×

(2) Sensing technology Indicated content shared between devices

Application screen transfer

(1) Device-linking Platform technology

Place-service platform

Gather locally input information

Environmental Sensor




Large-scale data storage and search technology for LOD, enabling gathering and single-batch search of over 40 billion kinds of LOD worldwide

Joint research with Ireland’s Digital Enterprise Research Institute (DERI),

a leader in this domain

Linked Open Data (LOD) Applications for FinTech Intelligent Computing: AI Fusion

Financial Solutions


AI-based recognition of handwritten Chinese characters

Achieves 96.7% recognition rate surpassing that of humans

Deep Learning-based Image Recognition Intelligent Computing: AI Fusion

人

犬

人

人

人

人

人

人

Automatic distinction of the Characters

Input Output

人

人

猫

象

A

M

午 T

S

Simple Features Contrast

Unique Features

Overall Features

人人

人人

Neural Network Engine

S 犬 T M

M


Succeeds in early establishment of production lines, approximately

5 times faster than was previously necessary

Optimization of testing to determine

misalignment of packaging components,

by leveraging genetic algorithms

Machine Learning-based Detection of Manufacturing Defects Intelligent Computing: AI Fusion


Input

Image transformation

Verification processing

Output

Program structure

Degree of relatedness distribution

Before learning

After learning

Optimized program

Sample data input

Template image

Shooting image

Correct position


Joint research with Professor Toshiaki Hisada and Professor Seiryo Sugiura, Professors at the Graduate School of Frontier Science, the University of Tokyo

For diagnostic precision, prior-to-surgery prediction of

post-surgery effects and prognosis:

By accurately reconstructing heartbeats

at the myocardial level

(based on 640,000 myocardial cells)

Heart Simulator: Computing power leads to innovation in healthcare



Developing tsunami flooding prediction technologies and simulation technology for flood prediction

Real-time tsunami prediction through high-speed parallel computing

Provides many types of disaster prevention information

Joint research with Tohoku University – International Research Institute of Disaster Science

Disaster Prevention Solutions through ICT



Big Data Analysis for Healthcare

Strategic research collaboration with IdISSC and Fujitsu

First proof of concept addresses mental health issues, using data analytics to identify patterns and enable critical clinical decision-making

Second project under review involving faster cancer detection, with Fujitsu’s medical image registration technology

HIKARI Project

Demonstration Center : Booth M7


5G Innovation Centre

5G Innovation Centre Official Opening, 15th September 2015

Dr Saso with HRH Duke of Kent


Joint Research (Globally-generated regional local research)

Region Subjects Development Technology

Europe ・HIKARI* ・Horizon 2020 ・5G Innovation Centre

・Medical data analysis ・Privacy Protection, ID reconciliation ・SmarterEMC2 (Energy Management) ・5G (Next-generation Wireless Network)

Asia

・Forest Fire Monitoring ・Traffic Monitoring ・Ancient docs digitalization

・Nature image recognition ・Image analysis ・Image synthesis

・Singapore CoE ・Mobility Control, etc.

U.S.

・Optical Network ・Optical Network Virtualization

・Smart network ・Health care service

・Open ADR System ・Stress Monitoring

*HIKARI：Healthcare Innovations for Knowledge fusion in Advanced Research Initiative


Future Breakthroughs Technology Pool

Quantum Dots

Brain Function Analysis

Photocatalysts

Affective User Interfaces

Biometric Authentication

Nano-Carbon

Energy Harvesting

Image Recognition

Quantum Encryption

QCM

Natural Language Compilers

Neural Network

Superconductivity

Blue Laser HEMT GaN

New Materials Artificial Photosynthesis

Quantum Batteries

New Processes Beyond 10nm

Nano-Robots

Single Molecule Switching

Implant Devices Biometric Sensors

Single Atom Transistors

New Devices

Ultra-large-scale Parallel Computing

Artificial Brain

Novel Computer Architecture

Quantum Computer

Leading-Edge Technology to Drive Future Breakthroughs


Quantum Computer

Laser Light Quantum Dot

Manufacturing Equipment Quantum Encryption

Computer Architecture Application Domains Device Development

Quantum Annealing

s1

s2 s3

s4 s5 s6 s7 s8

h1

h2

h3

h4

h5 h6 h7

h8

J18

J28

J38

J48

J17

J27

J37

J47

J16

J26

J36

J46

J15

J25

J35

J45

(Source: https://dwave.wordpress.com/)

Quantum Neural Network

|x1〉

|x2〉

|xn-1〉

|xn〉

|f(x)〉

Nuclear Magnetic Resonance

|θ〉 NMR

Quantum Dot

First-Principles Calculation

Graphene


Aiming to break through physical limitations

Ultra-high-speed, ultra-low-voltage

⇒Overcoming limitations of silicon

Beyond Moore

2015

2020

Ultra-High-Speed Devices

Quantum Computers

Various Sensors

2025

2003 2007 2011

More Moore Limit of Moore’s Law


Fujitsu Laboratories Group Exhibits: Demonstration Center – Fujitsu Forum 2015

ID# Demonstration

J4 Advanced Open Data Knowledge Processing

M7 Towards Integrated Healthcare Provision

M6 Improving Patient Protection in Care

S2 Improving Network Security & Quality

S3 Voiceprint Recognition Reduces Risk

G3.1 Optimizing WLAN Planning

L18 Creative Digital Spaces with Virtual Windows

L19 Machine Learning for Massive Datasets

L20 Air Hand-Writing with Ring-Type Device

~ Unlocking Financial Relations with Data Mining~

~ Knowledge Fusion to Assist Clinical Decisions~

~ Advanced Technology for Patient Status Recognition ~

~ Real-time 200Gbps Software Analysis Technology ~

~ Fast Accurate ID Technology Enhances Call Security ~

~ Multi-Objective Optimization Enhances Performance ~

~ ICT Supports Co-Creation with UI Technology~

~ Quickly Generating Accurate Predictive Models ~

~ Text Input by Fingertip for Hands-Free Operations ~

Fujitsu Limited 80th anniversary

Innovation

Invention x Business Model (Monetization)

＝ Copyright 2015 FUJITSU LABORATORIES LTD. 45