ai collaborating with humans in the real world...・organizational change (apr. 2016) ・nedo...
TRANSCRIPT
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AI Collaborating with Humans in the Real World
Junichi TsujiiDirector
Artificial Intelligence Research Center AIST, Japan
Professor School of Computer ScienceUniversity of Manchester, UK
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Plan of the Talk
• Background
• Examples of Research and Development
• Infrastructures and Future Directions
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Plan of the Talk
• Background
• Examples of Research and Development
• Infrastructures and Future Directions
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• AIRC/ AIST was established in May 2015 to be the largest AI research center in Japan for promoting large-scale AI research with PPP.
• Cooperating with RIKEN and NICT, AIRC/AIST accelerates AI R&D and deployment with industries and overseas research institutes.
History of AIRC
AIRC/AIST RIKEN・NICT and governments
FY2015
FY2016
FY2017
AIRC established (May 2015)
RIKEN・AIP established (Apr. 2016)
NICT・AIS established (Apr. 2017)
・NEDO research project fund contracted(Jul 2015)
NICT・CiNet (2013~) , others
・Strategic Council of AI Technology established(Apr. 2016)First Joint Symposium on Next Generation AI Technology (Apr. 2016)
Second Joint Symposium on Next Generation AI Technology (May 2017)
・AI Technology Strategy/Roadmaps published(Mar. 2017)
・Organizational change (Apr. 2016)
・NEDO projects interim progress presentation(2017.3)
・Google (Alpha Go) beats Lee Sedol (Mar. 2016)
・LOI with Carnegie Mellon University (Dec. 2015)
・MOU with German Research Center for AI Research (DFKI) (Mar. 2016)
・AI Technology Consortium established(Jul 2015)
・NEC-AIST AI Cooperative Research Lab established (Jun. 2016)・Research project w/ National Cancer Center Japan started(Nov. 2016)
・Panasonic –AIST Advanced AI collaborative Lab established (Feb. 2017)
4・Organizational change (Sep. 2017)
・Commemorative symposium (Sep. 2015)
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招聘研究員
客員研究員
特定集中研究専門員
契約職員
その他
事務職員
Growing AIRC
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• When AIRC was established on May 2015, the numbers of persons at AIRC is 77. Currently it is 461 (Jan 2018)
• FT Researchers are around 100. Of which, around 20 are foreign researchers.
• Large networks with universities and industries researchers.
FY2015 FY2016 FY2017 Category May 15 Jan. 18
FT Researchers 33 100 Concurrent 30 Foreigners 21
Researchers from Univ. 13 85
Cross Appointment 0 7
Part-timeResearchers
0 18
Invited Researchers 13 60
Part-time Researchersfrom Industries
0 34
Post-Doctor, RA,technical staff, etc.
18 117 Foreigners 9
Technical trainee(students), collaborativeresearchers, other staffs
10 119 Students 65Industries 47Foreigners 30
Support Staffs (FT) 3 6
Total 77 461
Numbers of persons at AIRC (History and it’s breakdown)
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Core Center of AI for Industry-Academia Co-operation
InstitutesCompanies
Technology TransferJoint Research
Technology TransferSpin-off
Start-ups
Machine Learning and Probabilistic Modeling
Brain-inspired AI Data-Knowledge Integration AI
AI embedded in the Real World
Observation,Data Acquisition
Modeling,Recognition,Prediction
・・・Natural LanguageUnderstanding
Planning,Control
②AI Framework andAdvanced Modules
①Large-Scale Fundamental Research
Modeling Phenomenain Daily Human Life
Constructing Geo-SpatialInformation Platform
Robot For Manufacturingand Daily Life Support
Accelerating Scientific Research
③Shared Tasks and Benchmark Data
Strategy for AI research- Creating positive cycle among research and deployment of AI
Productivity【Manufacturing】PredictionEfficient Production【Services】Metrics & VisualizationSupport improvement
Mobility
Efficient MobilityQuality of MobilityAutonomous Car
Health, Medical Care, WelfareAI-aided Diagnosispersonalized medicineRisk predictionDisease identificationDrug development
Safety/ SecurityDisaster preventionDisaster ResponseEstimation of affectedareaEvacuation Plan
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AI Embedded in the Real World- from the Internet to the Real World -
AI which cooperates with HumanCooperative Autonomy, Explainable AI
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Multi-AgentSimulation
MachineLearning
OntologyKnowledge
Recognition Modeling Planning
AI Embedded in the Real World
Sensing Action
Inference
Data Acquisition & Recognition
Action Planning& Execution
Real World Real World
ApplicationDomain
ApplicationDomain
Core of AI
AI x IoT AI x Robotics
HPC for AI
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Plan of the Talk
• Background
• Examples of Research and Development
• Infrastructures and Future Directions
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Sensing and Recognition
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Object Recognition by Multiple Views
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Robot Platform Deep Learning Robot
Conventional
Methods
Better recognition rates with less training images
Our method
Images for training
Re
co
gn
itio
n R
ate
★12 categories, 132 objects, trained by 21,120 images of objects in everyday life
80
90%⇒92%、 80 images⇒less than 20
Competition of 3D object identification atStanford (SHREC2017) The best Performance
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Everyone can use a lot of satellite images.
• ASTER archive at AIST
– It covers the whole world from 1999 to the present. The cumulative data volume is about 1 PB
• Amazon offers satellite imagery free of charge in the West.
– Landsat8 (USA):from 2013, 300TB
– Sentinel-2(EU):from 2015, Several TB / day
• Both are open data that anyone can use freely, but the volume is enormous, so exhaustive analysis by humans is difficult.
地球
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Tiny Satellite = Sensor Network in space
Along with the recent miniaturization of satellite hardware, the number of micro satellite launches sharply increased.Within 10 years any point on the earth will be able to observe several times a day with resolution of a few meters.
→ AI, which finds useful "knowledge" from enormous image data, is important in the future.
http://spaceref.biz/company/will-google-build-a-satellite-constellation.html
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Applying AI to solar panel detectionWe can measure the power demand capability by solar light not only in Japan but also in the world.
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Detection example: Wildfire of California
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Construction of multiscale geospatial information platform
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Local
Global
Real-time copy of real space built on cyber space
Common functions at all scales: object recognition / change detection and dynamic update
• Maps can be created by various moving bodies other than satellites
• Recording more accurate changes by using multi-scale map
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“Odaiba“ seamless 3D map
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Recognition, Model of the World, and Action
Self-Navigation
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Multi-AgentSimulation
MachineLearning
Domain Knowledge
Recognition Modeling Planning
AI Embedded in the Real World
Sensing Action
Inference
Data Acquisition & Recognition
Action Planning& Execution
Real World Real World
ApplicationDomain
ApplicationDomain
Core of AI
AI x IoT AI x Robotics
HPC for AI
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Demonstration at a Business Expo
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Intelligent agent which cohabits and cooperates with human
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Interface&
Interaction
Model Construction
Human Model (faces, bodies, movements, location)
Model of Movements(map, paths, changes)
Model of Environment(shapes, locations, changes
)
Recognition
Planning
Control
Self-Driving
環境Environment
Context
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Human Tracking using Laser Range Sensor
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From Simulation to a Real Robot
Research Topics• Treatment of incomplete Visual Information• Re-training by Real Trial Data
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Learning of the best picking positions
Learning Times :17hrsTraning data:64,800 samples
Depth Images
Picking positions
Depth images+Picking positions
+ … … Fail
Success
Convolution Layers+Pooling Layers
Red:BestYellow:90%
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Planning Complex Motion Sequencefor Assembly Task
Movie from Prof. Kensuke Harada (Osaka University/AIRC)
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Understanding and Language
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Multi-AgentSimulation
MachineLearning
Domain Knowledge
Recognition Modeling Planning
AI Embedded in the Real World
Sensing Action
Inference
Data Acquisition & Recognition
Action Planning& Execution
Real World Real World
ApplicationDomain
ApplicationDomain
Core of AI
AI x IoT AI x Robotics
HPC for AI
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Output=“A monkey is doing a karate with a man.”29
From Video to textual explanation
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Recognition of sequences of actions with fine-grained object detection
Significant error reduction by sequence recognition
Video Captioning
Baseline method:A man is drinking.
Proposed method:A girl is doing makeup.
Baseline Method: A dog is playing with a dog.
Proposed Method:A boy is playing with a dog.
Baseline Method : A man is riding a car.
Proposed Method:A woman is riding a boat.
Baseline Method: A man is riding a bicycle.
Proposed Method :A man is riding a bike.
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2/14/2018 言語処理学会 第23回年次大会31
(1) 09:00 日経平均、続落で始まる
(2) 09:29 日経平均、上げに転じる
(3) 11:30日経平均、続落 前引けは5円安の19386円
(4) 12:30 日経平均、午後は上昇で始まる
(5) 13:54 日経平均、上げ幅100円超える
(6) 15:00日経平均、反発 大引けは102円高の19494円
Reports by humanTime Sequence of Nikkei Average
Characteristics of Market Reports
Stock market report generation
Text Generation
1. Changes in short term and long term affects choices of expressions
2. Context (Time of the day) affects choices of expressions
3. References to actual figures
Reference to the historical context
Reference to the context of utterances
Reference to numeriaclvalues
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Revolution in Science/Engineering
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Multi-AgentSimulation
MachineLearning
Domain Knowledge
Recognition Modeling Planning
AI Embedded in the Real World
Sensing Action
Inference
Data Acquisition & Recognition
Action Planning& Execution
Real World Real World
ApplicationDomain
ApplicationDomain
Core of AI
AI x IoT AI x Robotics
HPC for AI
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MaholoRBI, Start-Up by Researchers of AIST
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Autonomous Cell Culturing System
z
x
y
A robot culture cells under observation with a microscope and omics data. By changing culturing conditions dynamically according to its observation, it brings cells into the optimal condition.
microscope omics
a robot tries to trace the predicted shortest path to the optimal point.
PubMed
Need to have knowledge from the journal database to get a clue to find a direction of modifying culture condition for a type of cell.
This optimization problem is an open problem and is a part of open innovation = a process of science
NEDO F.S. AIxRobot 2017~2018
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1,2-Diacyglycerol intracellular
AKT(PKB)
ALK
Androgen receptor
B-Raf
BETA-PIX
C/EBPbeta
C3G
CDC42
CDK2
CREB1
Ca('2+) cytosol
Cyclic AMP intracellular
Cyclic GMP intracellular
EGR1
ERK1/2
ESR1 (nuclear)
Elk-1
FMO3
FRS2
GAB1
GRB2
Galectin-1
H-Ras
HDBP1
HGF receptor (Met)
HIF1A
HSP27
IRS-1
IRS-2
JNK(MAPK8-10)
K-RAS
Lyn
MAP2
MEK1/2
MEK4(MAP2K4)
MEK6(MAP2K6)
MEKK1(MAP3K1)
MEKK4(MAP3K4)
MLK3(MAP3K11)
N-Ras
NCK2 (Grb4)
NO intracellularNeurofibromin
PAK1
PDGF receptor
PDLIM3
PDZ-GEF1
PI3K cat class IA
PIP5KI
PKC
PR (nuclear)
Protein kinase G1
Pyk2(FAK2)
R-Ras
RASGRF2
RIPK4
Rac1
SHP-2
SLC36A1
SOS
SP1
Shc
Slc39a14 (Zip14)
Tiam1
VEGFR-1
alpha-6/beta-4 integrin
c-Fos
c-Jun
c-Kit
c-Myc
c-Raf-1
cPLA2
p90Rsk
Big Mechanism(AI for Sciences)DARPA Chicago Univ. Manchester Univ. Microsoft
Reading AssemblyExplanation
1,2-Diacyglycerol intracellular
AKT(PKB)
ALK
Androgen receptor
B-Raf
BETA-PIX
C/EBPbeta
C3G
CDC42
CDK2
CREB1
Ca('2+) cytosol
Cyclic AMP intracellular
Cyclic GMP intracellular
EGR1
ERK1/2
ESR1 (nuclear)
Elk-1
FMO3
FRS2
GAB1
GRB2
Galectin-1
H-Ras
HDBP1
HGF receptor (Met)
HIF1A
HSP27
IRS-1
IRS-2
JNK(MAPK8-10)
K-RAS
Lyn
MAP2
MEK1/2
MEK4(MAP2K4)
MEK6(MAP2K6)
MEKK1(MAP3K1)
MEKK4(MAP3K4)
MLK3(MAP3K11)
N-Ras
NCK2 (Grb4)
NO intracellularNeurofibromin
PAK1
PDGF receptor
PDLIM3
PDZ-GEF1
PI3K cat class IA
PIP5KI
PKC
PR (nuclear)
Protein kinase G1
Pyk2(FAK2)
R-Ras
RASGRF2
RIPK4
Rac1
SHP-2
SLC36A1
SOS
SP1
Shc
Slc39a14 (Zip14)
Tiam1
VEGFR-1
alpha-6/beta-4 integrin
c-Fos
c-Jun
c-Kit
c-Myc
c-Raf-1
cPLA2
p90Rsk
1,2-Diacyglycerol intracellular
AKT(PKB)
ALK
Androgen receptor
B-Raf
BETA-PIX
C/EBPbeta
C3G
CDC42
CDK2
CREB1
Ca('2+) cytosol
Cyclic AMP intracellular
Cyclic GMP intracellular
EGR1
ERK1/2
ESR1 (nuclear)
Elk-1
FMO3
FRS2
GAB1
GRB2
Galectin-1
H-Ras
HDBP1
HGF receptor (Met)
HIF1A
HSP27
IRS-1
IRS-2
JNK(MAPK8-10)
K-RAS
Lyn
MAP2
MEK1/2
MEK4(MAP2K4)
MEK6(MAP2K6)
MEKK1(MAP3K1)
MEKK4(MAP3K4)
MLK3(MAP3K11)
N-Ras
NCK2 (Grb4)
NO intracellularNeurofibromin
PAK1
PDGF receptor
PDLIM3
PDZ-GEF1
PI3K cat class IA
PIP5KI
PKC
PR (nuclear)
Protein kinase G1
Pyk2(FAK2)
R-Ras
RASGRF2
RIPK4
Rac1
SHP-2
SLC36A1
SOS
SP1
Shc
Slc39a14 (Zip14)
Tiam1
VEGFR-1
alpha-6/beta-4 integrin
c-Fos
c-Jun
c-Kit
c-Myc
c-Raf-1
cPLA2
p90Rsk
Very large conflicting(probabilistic) network
Smaller(relevant)groundedmodel
Computationalhypotheses/wet labExperimentscontrolling states of thenetwork
A.Rzhetsky(U.Chicago) 36
Robot Scientist
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Knowledge Acquisition from Text
Event Type: Inhibition Modified Substance: DorsomorphinProtain: SMAD 1/5/8 Prodcut: pSMAD 1/5/8 (phosphorylated)
イベント構造
Text and Knowledge
Dorsomorphin was identified as an inhibitor of Smad 1/5/8 phosphorylation
Complex Knowledge Systems Biology: Pathway
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Ananiadou 38
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Plan of the Talk
• Background
• Examples of Research and Development
• Infrastructures and Future Directions
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Research Prototype, Internal useBy NEDO project
2016.6-
NEDO Project
Nairobi(Tsukuba)
FY2015 Supplementary Budget
AAIC (Tsukuba)
FY2016 Supplementary BudgetGlobal Research Hub for AI研究
ABCI(Kashiwa)
2017.4-
2018.3
A System being used for Joint Projects with Industry and Other Research Institues
Open Innovation Hub used by Funded by Private and PublicSectors
DL
HPC
0.5 PFlops 8.6 PFlops > 550 PFlops
2.1 PFlops >37 PFlops0.2 PFlops
16 times 64 times
10times
Storage 4.5 PiB > 22 PiB23 TiB200 times 5 times
Computing Environment
※半精度演算のピーク性能
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18 times
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人工知能に関するグローバル研究拠点(臨海)
Demonstrate advanced model of distribution of products and information by linking various processing machines and robots and optimizing them by AI technology.
Demonstrated improvement of drug discovery productivity through AI robot bio-scientist developmentGoal: R & D expenses such as drug discovery to 1/10!
"Shared testing factory"
that enables verification of
"connecting factory"
• Formalization study of craftsmanship
• Cooperating Autonomous Working Robot
• Intelligence and robots for human cooperative work
AI×
Robotics
Processing(Bending, cutting etc.)
manipulation(Assembly, picking, transportation)
optimizing by AI
Factory Robotics
Repeated expert skill work by humanoid type robot
Retail store mock environment
Material handling with AI x robot Target: Labor saving of store management
Bio research robotics
AI provides multiple cooperative tasks
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Global Networks as a world AI Center
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AIST/AI Research Center
【Domestic Univ.】
【RIKEN & NICT】
【Research Labs.】
【Overseas Labs.】
【Industries】
【Outreach -Diffusion & HR dev.】
• Cooperation with National Cancer Center Japan
• Cooperation with national laboratories of MLIT, MOAA etc
• Priority based on “AI Technology Strategy”
• Consistent from basic to deployment
• Network with university researchers : more than 80(~20 domestic universities , national laboratories, basic private research institutes)
• Students attended:~60
• Invite Excellent researchers from overseas(U of Manchester from this fall)
• Cooperation w/ CMU, TTI-C, DFKI etc. Cooperation w/ Asian univs. /institutes
• Foreign FT researchers:~30%, foreign researchers & students: ~50(from 20 countries)
• Joint laboratories w/ NEC etc.• Cooperative researches w/
industries:~40(Total ~80)• AI Technology Consortium: ~
120 firms participated
• Conference for start-ups – 5times
• AI seminar – 20 times in total, Lecturers at various kinds of seminars.
• Cooperation w/ universities for HR resources development
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AI Embedded in the Real World- from the Internet to the Real World -
AI which cooperates with HumanCooperative Autonomy, Explainable AI
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