map a flow of intelligence activity map b matching ... · perspectives (fig. 2). the four maps are...
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The Japanese Societ y for Ar tific ial Intell igence, AI Map task force
Map AFlow of intel l igence act iv i t y
Map BMatching technology andappl icat ions wi th the nex t target
Map CConnect iv i t y of fundamentalswi th methods and appl icat ions
Map DAI research is d iverseThe vast f ront ier of AI
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Artificial intelligence (AI) research has expanded greatly this century, making it difficult to capture the whole picture. Therefore, we have created the ‘AI Map’ series of maps to provide sketches of this picture to help new AI researchers with their future work as well as researchers in other fields who would like to use AI (Fig. 1).
There are many areas of AI research. These areas are intricately linked and developing rapidly so it is difficult to fit the relevance of all research fields into a single map without contradiction. Therefore, for the beta version of the AI Map, we created four maps that capture AI research from four different perspectives (Fig. 2).
The four maps are beta versions and we plan to improve them further. We also expect that volunteers will produce additional maps. For example, experts in specific fields will create partially detailed maps as well as tutorials, and these maps will be linked to the beta versions.
As an introduction, we describe the four maps and illustrate their usage.
Map A focuses on the process of intelligence. The concept of intelligence as an input/output process flow is shared by many AI researchers, and research on each step of this process is ongoing. This map is intended to be used to develop fundamen-tal research to realize complex processing, or to deconstruct
intellectual processing. In addition, the viewpoints of individual intelligence and group intelligence are included in this map.
Map B shows the relationship between technologies and applications. Many AI studies research fundamental technolo-gies with limited targets. This map shows representative pairs of technologies and objects. Because there have been many successful studies in which the target shifted, the next successful area may center on individual keywords. The map is intended to show how to shift research targets as well as the peripheral technology used for applications.
Map C focuses on the foundations that AI research rests on and AI’s various applications. AI research is a highly interdisci-plinary field broadly based on natural sciences, humanities, and social sciences. In addition, the map shows important areas of application. This map is intended as a reference when reviewing fundamental research or when exploring new applications.
Map D shows AI researchers’ various answers to the question “What is intelligence?”. One researcher answered “learning, recognition, and prediction”. Other research is pursuing various aspects of intelligence, such as “inference, knowledge, and language” as well as “discovery, search, and creation”, and how these aspects mutually affect one another. This map is intended to show the spread of AI research and the depth of the research field. The frontier of AI research is broad.
© The Japanese Society for Artificial Intelligence
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© The Japanese Society for Artificial Intelligence
Figure 1. Main target users of AI Map Beta
Interdisciplinaryresearchers
Target users
Beginners
Figure 2. Relationship between the whole of AI research and AI Map Beta
Flow of intelligence processing
What is intelligence?
Successful applications and their development trends
What kind of applicationand basis are there?
AB
CD
H
G
E
K
I
ML
N
O
P
Map AMap D
Map BMap C
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A
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Flow of intelligence activity
AI research sees human activity as a flow consisting of a combination of many intellec-tual activities. There are research fields that correspond to each step in this flow. Humans perceive and interpret the visual image, pay attention to the required informa-tion, evaluate the information based on the selected information, form an intention, and decide a series of operation sequences. For example, let’s consider a fellow research-er who approaches while holding out his right hand. I recognize the right hand approaching and identify the person as non-Japanese. In addition, his expression is friendly. I remember that there is a custom of shaking hands in foreign countries. I combine the recognition, and construct a series of actions, such as putting out my right hand, smiling while making eye contact, and shaking his hand.
AI also needs to work with humans by communicating with the people around it, and this involves many areas of research. For example, one area of research studies the interaction and dialogue between humans and robots with physical bodies.
In addition, many new research fields are emerging that examine how humans view AI. Research is also required on the appropriate use of AI, and includes evaluating AI’s reliability and operability.
Novices can learn about applications and activities related to their academic fields. For those who are already researching a certain field, the map can show related AI research themes and highlight possible partners for collaboration.
Internalenvironment
Externalenvironment
Objective
Evaluation
Interpretation
Perception
Intention formation
Operation selection
Execution
Robot, AgentHuman, Interaction,
Information
Relationship between AI and people
AI elemental technologies
Discovery, Search
Prediction
Creation
Knowledge, Language
Body, Motion
Learning
Cognition
Brain science
Cognitive scienceMedia
Artificial GeneralIntelligence
Reasoning
AI Integration
Evolution, Growth
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Internalenvironment
Externalenvironment
Robot, Agent
Human, Interaction, Information
Relationship between AI and people
Discovery, Search
Creation
Knowledge, Language
Body, Motion
Prediction
Learning
Cognition
Brain science
Cognitive scienceMedia
Reasoning
AI elemental technologies
AI Integration
Artificial GeneralIntelligence
Evolution, Growth
Objective
Evaluation
Interpretation
Perception
Intention formation
Operation selection
Execution
Cognitive architecture
Machine Learning
Behavior estimation
Artificial neural network
Commonsense
Evolutionary comp. Artificial life
Genetic Algorithm
Inductive reasoningHypothetical reasoning
Deductive inference
Natural languageprocessing
Information Retrieval Affordance
Understanding of meaning
Concept learning Knowledge acquisition
Knowledge discovery
AI for medical care Agriculture and AI
Real estate and AI
Computational social sciences
Transportation, Logistics and AI
Automated driving system
Financial AIIndustrial AI Food and AI
Materials informatics
AI ethics
Legal AI
AI lifecycle
ExplainabilityMachine LearningEngineering
Privacy preservingdata mining
Software engineering
Fairness of AI
AI reliability
AI evaluation/validation
Information visualization
Green AI
Social infrastracture and AI
Fuzzy Logic
Prediction
Summarization
Serach
Transfer learning
Deep Learning Reinforcement learning
Anomaly detection
Clustering
Image recognition
Embodiment
Robot
Multi agent system
Human Interface
Kansei
Onomatopoeia Brain science
Cognitive science
Cognitive neuroscience
Knowledge sharing
InteractionBehavioral economics
Recommendation system
Machine translation
Expert systemMedia synthesisTuring test
Intelligent tutoring system
Game AI
CreativityMusic and AI
Intelligent user interface
HAI
HRI
Human computation
Speech recognition
Signal recognition Computer vision
SegmentationGesture recognition
Touch, tasteand smell recognition
Heuristics
Knowledge graph
TheoremprovingComputational neuroscience
Ontology
Knowledge base
Logic programming
Planning
Robotics
KinematicsSkill science
Subsumptionarchitecture
Semantic web
Singularity
Swarmvintelligence
AGI
GAN
Bayesian inference
Triggers for Behavior Change
AI ethicsAI ethics
ReliabilityReliability
Causal inference
Evaluationand verification
Evaluationand verification
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Matching technology and applications
with the next target
Application
Technology
Cognitive science Problem solving Knowledge,Reasoning
Learning
Web
Natural language
Image
Sound
Agent
Cyber Physical
System
Multimedia
Monomedia
Society and AI
Human
Singularity
AI research has produced a large number of technologies that are general-purpose with no specific target. However, during development, targets have been defined within a certain range, and realization methods and fundamental technologies have been developed for them. For example, image targets have evolved from simple signal recognition to complex image recognition, and then to generative adversarial network (GAN).
In addition, technological development in a specific field has stimulated related technical fields, and has created new technology-target pairs. Therefore, the area around coordinates that is currently producing a large number of new technologies could be developed by changing the target or changing the technical goal.
For example, as a hypothesis, in recent years the practicality of multi-agent systems has been rapidly improved by increases in computing power and the preparation of large amounts of data. Looking at surrounding areas on the map, scheduling is likely to be closer to problem solving, and as the target moves closer to knowledge and reasoning, new technological advances may emerge in multi-agent systems (e.g., the Semantic Web).
B
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Automated driving system
Robot
Kansei
Market design
Game AI
Computer vision
Cognitive science Problem solving Knowledge,Reasoning
Learning
Web
Natural language
Image
Sound
Agent
Cyber Physical
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Technology
Application
Rule-based system
常識推論
因果推論
SAT CSP
Math. optimization Information visualization
Text Mining
Data mining
Auction
Scheduling
Society and AI
System
Multimedia
Monomedia
Human
Artificial neural network
Computational neuroscience
Onomatopoeia
Signal recognition
Understanding of meaning
Logic programming
Planning
SerachFuzzy Logic
Theoremproving
Heuristics
Skill science
Embodiment
Subsumptionarchitecture
Cognitive architecture
Human computation
Commonsense
Causal inference
HRI
Genetic Algorithm
Swarmvintelligence
Knowledge base
Ontology
Multi agent systemEvolutionary comp.
Artificial life
Inductive reasoning
Hypothetical reasoning
Deductive inference
Image recognition
Speech recognition GAN
Deep Learning
Summarization
Interaction Concept learning
Recommendation system
SegmentationWeb mining
ClusteringPredictionSemantic web
Knowledge graph
Anomaly detection
Knowledge discovery
Knowledge acquisitionKnowledge sharingGesture recognition
Data science
Transfer learning
Reinforcement learning
Behavior estimation
Expert system
Bayesian inference
AGI
Media synthesis
Music and AI
Software engineering
AI evaluation/validation
AI ethics
Fairness of AI
AI reliability Singularity
Explainability
AI lifecycle
CreativityLegal AI
Triggers for Behavior ChangeIntelligent user interface
Machine translation
Information Retrieval
Intelligent tutoring system
HAI
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Connectivity of fundamentals
with methods and applications
Application
Method
Basis
Industrial Application
Game Medical and BiologyRobotics
Human Interface, Interaction
Social computing Agent
Natural Language Processing Multimedia
AI Basics/Theory
Machine Learning/Data Mining / Text Mining Metaheuristics
Knowledge expressionLogic / Reasoning
Knowledge ManagementSemantic Technology
3rd
Major classification Middle classification
2nd
1st
3rd
2nd
1st
3rd
2nd
1stMap C shows how the roots and branches of AI research spread widely.
AI is built on many fundamental disciplines, including mathematics, statistics, logic, cognitive science, and neuroscience. Of course, it is impossible to master all these subjects before you start AI research. However, it may be useful to return to the basics before aiming to go beyond the horizon of current research. Along with reading the latest papers and comparing and evaluating the latest libraries on GitHub, it is also worthwhile spending time studying the fundamentals.
Map C shows the scope of AI applications, which is rapidly expanding. Applications will probably extend to every aspect of human society as practicability improves. As a starting point, the map shows the application areas that are now booming. For example, AI is used in various fields such as financial technology, medicine, real estate, music, and agriculture. In addition, as the applications expand, new technical issues and social issues are emerging, including ethics, credibility, and explainability. These are fed back as learning into the foundations of AI, and the large tree of AI research spreads further.
Major classification
C
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3rd layer
2nd layer
1st layer
Social infrastructure
Basic science
EconomicProductionLifeCulture
Industrial infrastructure
Application
Method
Basis
Probability / Statistics* An example of interpretation : Inductive inference is created based on probability / statistics and mathematical science, machine learning technology develops, prediction technology advances social infrastructure AI, and contributes to infrastructure maintenance, environmental conservation, and economic activity development
Philosophy Mathematical science Data Science Computer science Psychology Biology
Peripheral research area
ArchitectureBig data analysisORMath. optimizationMathimatical statisticsMathimatical logic
Crowd Sourcing
Major classification
Knowledge management and inheritance
Society
Robotics
Social Computing
Agent
Machine Learning / Data Mining / Text Mining
User interface
Industry/Infrastructure Medical and biology
Management
Industrial application
Environment
EducationTransportation and logistics
Entertainment and art
Natural language processing
Multimedia
Deep LearningMetaheuristics
Artificial intelligence basics / theory
Knowledge engineeringKnowledge expression
Logic and reasoning
Semantic technology
Creativeactivity
Livingassistance
Data market designKnowledge management
Recommendation system
AI for decision making and consensus building
SAT CSP
AI-based security
AI for Management
Food and AI
AI for Investment
AI teacherAI for Transportation, Logistics
Data Engineering
Applied science
Behavior estimation
Evolutionary comp.Genetic Algorithm
Concept learning Knowledge discovery
Automated driving system
Materials informatics
AI ethics
Software engineering
AI reliability AI evaluation/validation
Green AI
Fuzzy LogicPrediction
Clustering
Image recognition
Embodiment
Multi agent system
Human Interface
Onomatopoeia
Brain scienceCognitive science
Interaction
Game AI
Creativity
Music and AI
HAIHRI
Speech recognitionSignal recognition
Segmentation
Gesture recognitionTouch, taste
and smell recognition
Knowledge graphOntology Knowledge base
Logic programming
Kinematics
Skill science
Subsumptionarchitecture
Semantic web
Swarmvintelligence
AGIGAN
Triggers for Behavior Change
Intelligent tutoring system
Legal AI AI for medical care Agriculture and AIReal estate and AI
Industrial AI
Intelligent user interface
Computational social sciences
Social infrastracture and AI
Transfer learning Anomaly detectionReinforcement learning Machine translation
Computer vision Media synthesis
Privacy preservingdata mining
Human computation
AI lifecycleInductive reasoningTheoremprovingDeductive inference Bayesian inference
Commonsense Knowledge acquisition
Information Retrieval
Expert system
Kansei
Hypothetical reasoning
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AI research is diverse
The vast frontier of AI
Reasoning, Knowledge, Language
Discovery, Search,Creation
Evolution, Life, Growth
Human, Interaction, Emotion
AI Frontier
Body, Robot, Motion
Scope of AI research
Learning, Cognition, Prediction
In AI research, there are various approaches for realizing mechanical intelligence. The ultimate goal of the "AI frontier" is the realization of intelligence comparable to or beyond that of humans and other living things, and its integration into society. In the surrounding area of the map, there are multiple viewpoints with different ways of thinking about intelligence that continue to be studied in depth, and each has made steady scientific and technological progress. Furthermore, AI research is related to many other research fields, and through close coordination with these other fields it can split from or fuse with other fields, opening up new horizons.
For example, in this map, the area of “reasoning, knowledge, and language” (also called “adult intelligence”) is shown in the upper right of “learning, recognition, and prediction”. Humans can use words, build and share knowledge, and make various inferences. Some of these processes are formalized in AI research and have theoreti-cal explanations and practical applications. In this area, new technologies and research directions are being developed with data-driven approaches. In addition, research is beginning to show that language and reasoning influence recognition itself.
To keep the map in a single plane, two main adjacent areas were used. However, in practice, fusion with the opposite region across the AI frontier is also popular. For example, the relationship between “reasoning, knowledge, and language” and “human, interaction, and emotion” is deep, and “onomatopoeia" is a research field located between these two opposite fields. In addition, image generation using GAN which is an application of deep learning, is a fusion of “learning, recognition, and prediction” and “discovery, search, and creation”. Future AI research may have great potential for merging areas that do not have deep links.
AI Fundamentals
AIFrontier
DiscoverySearchCreation
ReasoningKnowledgeLanguage
LearningCognitionPrediction
BodyRobotMotion
Human,InteractionEmotion
EvolutionLifeGrowth
AI research is developing in conjunction with a number of academic disciplines around it. The closer to the center, the more AI-specific or unresolved / undefined problems.
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Reasoning, Knowledge, LanguageDiscovery, Search,Creation
Evolution, Life, Growth
Human, Interaction, Emotion
Body, Robot, Motion
Learning, Cognition, Prediction
Scheduling
SAT CSP
Information visualization
Auction
Data mining
Web mining
Data market design Rule-based system
Foundations of mathematics Mathimatical logic Semantics Formal language theory
Mathematical programming
Graph theory
Game theory
Big data analysis
Database
Mechatronics
Body psychology
Sports brain science
Biology
Developmental science
Developmental psychology
Math. optimization
Simulation
OR
Data science
Mathimatical statistics
Object oriented
AI Frontier
10
Cognitive architecture
Machine Learning
Behavior estimation
Commonsense
Evolutionary comp.
Artificial life
Genetic Algorithm
Inductive reasoning
Hypothetical reasoning
Deductive inference
Natural languageprocessing
Information Retrieval
Affordance
Understanding of meaningConcept learning
Knowledge acquisition
Knowledge discovery
Automated driving system
AI ethics
Legal AI
AI lifecycle
Machine LearningEngineering
Fairness of AI
AI reliability
AI evaluation/validationExplainability
Fuzzy Logic
Summarization SerachTransfer learning
Deep Learning
Reinforcement learning
Anomaly detection
Clustering
Embodiment
Multi agent system
Human Interface
Kansei
Onomatopoeia
Cognitive science
Cognitive neuroscience
Knowledge sharingInteraction
Behavioral economics
Recommendation system
Expert system
Media synthesis
Intelligent tutoring system
Game AI
Creativity
Intelligent user interface
HAI
HRI
Human computation
Speech recognition
Segmentation
Gesture recognition
Knowledge graph Theoremproving
Computational neuroscience
Ontology
Knowledge base
Logic programming
Planning
Robotics
Kinematics
Skill science
Subsumptionarchitecture
Semantic web
Singularity
Swarmvintelligence
AGI
GAN
Bayesian inference
Triggers for Behavior Change
Causal inference
Brain science
Computer vision
Touch, tasteand smell recognition
Image recognition
PredictionSignal recognition
Artificial neural network
Software engineering
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There are 24 special interest groups (SIGs) in the Japanese Society for Artificial Intelligence (JSAI). The following website provides informa-tion on SIGs.https://www.ai-gakkai.or.jp/sig/sig-list/
For beginners and interdisciplinary researchers who are interested in AI research, active partici-pation in SIGs is desirable for obtaining up-to-date research information and making contact with front-line researchers.
However, it is difficult to link the names of groups, titles of papers, and users’ interests. Therefore, we have created maps of the groups that overlap with AI Map, beta version to encour-age participation.
Map of special interest groups in the Japanese Society for Artificial Intelligence
Financial Informatics
Business Informatics
Knowledge-BasedSystem
Semantic Web and Ontology
FundamentalProblems in
Artificial Intelligence
Web Science
Web Science
Natural Computing
AGI
Language Senseprocessing Engneering
Artificial Intelligence in MedicineKnowledge Sharing Network
Knowledge Sharing Network
Advanced Learning Science and Engineering
Triggers for Behavior Change
Crowd Co-creative Intelligence
Knowledge and Skills Transfer
Skill Science
Skill Science
Skill Science
Data Oriented ConstructiveMining and Simulation
MolecularBioinformatics
Society and Artificial Intelligence
Interactive InformationAccess and Visual Mining
CommonsenseKnowledgeand Emotion
CommonsenseKnowledgeand Emotion
Spoken Language Understanding and Dialogue Processing
CommonsenseKnowledgeand Emotion
Commonsense Knowledgeand Emotion
Crowd Co-creativeIntelligence
Commonsense Knowledge and Emotion
AI Challenges
AI Challenges
Placement difficult
Internalenvironment
Externalenvironment
Robot, AgentHuman, Interaction,
Information
Relationship between AI and people
Brain science
Cognitive science
Media
AI elementaltechnologies
Application of AI to society
AI Integration
Artificial GeneralIntelligence
Evolution, Growth
AI ethicsAI ethics
ReliabilityReliability
Evaluationand verification
Evaluationand verification
Discovery, Search
Creation
Knowledge, Language
Body, Motion
Prediction
Learning
Cognition
Reasoning
MeasurementInformatics
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However, it is difficult to link the names of groups, titles of papers, and users’ interests. Therefore, we have created maps of the groups that overlap with AI Map, beta version to encourage participation.
The four SIG maps shown here were created based on the results of a questionnaire answered by the leaders of each group. The maps are arranged to ensure maximum visibility.
There were several groups that were difficult to place on a specific map because of their diverse scope, so we have placed them outside of the maps. In addition, some groups are combining or simultaneously handling distant areas on the map. We have shown the spread of the target area by connecting areas with a line or vertically and horizontally.
Business Informatics
Web Science
Natural Computing Measurement Informatics
Measurement Informatics
AGI
Advanced Learning Science and Engineering
Triggers for Behavior Change
Knowledge and Skills Transfer
Knowledge and Skills Transfer
Skill Science
Data Oriented ConstructiveMining and Simulation
MolecularBioinformatics
Spoken Language Understanding and Dialogue Processing
CommonsenseKnowledgeand Emotion
Crowd
Co-creativeIntelligence
Commonsense Knowledgeand Emotion
Commonsense Knowledgeand Emotion
Commonsense Knowledgeand Emotion
Interactive InformationAccess and Visual Mining
Placement difficult
Knowledge-BasedSystem
AI Challenges
AI Challenges
Semantic Web and Ontology
Society andArtificial Intelligence
Financial Informatics
FundamentalProblems in
Artificial Intelligence
Language Senseprocessing Engneering
Artificial Intelligencein Medicine
Web
Natural language
Image
Sound
Agent
Cyber Physical
Society and AI
System
Multimedia
Monomedia
Human
Cognitive science Problem solving Knowledge,Reasoning
Learning Technology
Application
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コモンセンス知識と情動
Skill Science
Interactive InformationAccess and Visual Mining
Placement difficult
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These maps show the areas where research groups are concentrated, and the similarities between groups.
The JSAI holds joint research meetings of the SIGs once a year. Joining neighboring groups on the map will allow researchers to grasp the latest research trends in related areas quickly.
In addition, the areas in which the groups are concentrated on the map are likely to be hot topics in AI research and will highlight current research trends.
Financial Informatics
Business Informatics
Knowledge-BasedSystem
Semantic Web and Ontology
FundamentalProblems in
Artificial Intelligence
Web Science
Natural Computing
Language Senseprocessing Engneering
Triggers forBehavior Change
Artificial Intelligence in Medicine
Knowledge Sharing Network
Knowledge Sharing Network
Advanced Learning Science and Engineering
Data Oriented ConstructiveMining and Simulation
MolecularBioinformatics
Knowledge andSkills Transfer
Society and Artificial Intelligence
Spoken Language Understanding and Dialogue Processing
Commonsense Knowledgeand Emotion
Commonsense Knowledgeand Emotion
Crowd Co-creativeIntelligence
Commonsense Knowledge and Emotion
Commonsense Knowledge and Emotion
AI Challenges
MeasurementInformatics
AI Challenges
AGI
3rd layer
2nd layer
1st layer
Application
Method
Basis
Economic
Production
Life
Culture
Knowledge managementand inheritance
Society
Robotics
Social Computing
AgentMachine Learning/Data Mining / Text Mining
User interface
Industry / Infrastructure
Medical and biologyManagement
Industrial application
Environment
EducationTransportationand logistics
Entertainment and art
Natural language processingMultimedia
Deep LearningMetaheuristics
Artificial intelligence basics / theory
Knowledge engineering
Knowledge expression Logic and reasoningSemantic technology
Creativeactivity
Livingassistance
Basic science
Applied science
Social infrastructure Industrial infrastructure
Probability / StatisticsPhilosophy Mathematical science Data Science Computer science Psychology Biology
Peripheral research area
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AGI : Artificial General IntelligenceAIMED: Artificial Intelligence in MedicineALST : A d v a n c e d L e a r n i n g S c i e n c e and EngineeringAM : Interactive Information Access and V isua l Min ingBI : Bus iness Informat icsCCI : Crowd Co-creative IntelligenceChallenge: AI ChallengesCKE : Commonsense Knowledge and EmotionDOCMAS: Data Oriented Constructive Mining and SimulationFIN : Financial InformaticsFPAI : Fundamental Problems in Artificial IntelligenceKBS : Knowledge-Based SystemKSN : Knowledge Sharing NetworkKST : Knowledge and Skills TransferLSE : Language Sense processing EngneeringMBI : Molecular BioinformaticsMEI : Measurement InformaticsNAC : Natural ComputingSAI : Society and Artificial IntelligenceSKL : Skill ScienceSLUD : Spoken Language Understanding and Dialogue ProcessingSWO : Semant ic Web and Onto logyTBC : Tr iggers for Behav ior ChangeWebSci : Web Sc ience
List of SIGs
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ことば工学
Placement difficult
Financial Informatics
Business Informatics
Knowledge-BasedSystem
Semantic Web and Ontology
FundamentalProblems in
Artificial Intelligence
Web Science
Natural Computing
AGI
Language Senseprocessing Engneering
Language Senseprocessing Engneering
Language Senseprocessing Engneering
Language Senseprocessing Engneering
Knowledge Sharing Network
Knowledge Sharing Network
Knowledge Sharing Network
Advanced Learning Science and Engineering
Triggers for Behavior Change
Knowledge and Skills Transfer
Skill Science
Skill Science
Skill Science
Data Oriented ConstructiveMining and Simulation
MolecularBioinformatics
Society and Artificial Intelligence
Interactive InformationAccess and Visual Mining
Interactive InformationAccess and Visual Mining
Spoken Language Understanding and Dialogue Processing
Spoken Language Understanding and Dialogue Processing
Spoken Language Understanding and Dialogue Processing
Commonsense Knowledgeand Emotion
Commonsense Knowledgeand Emotion
Commonsense Knowledgeand Emotion
Commonsense Knowledgeand Emotion Commonsense Knowledge
and Emotion
Crowd Co-creativeIntelligence
Commonsense Knowledge and Emotion
MeasurementInformatics
Artificial Intelligence in Medicine
Commonsense Knowledge and Emotion
AI Challenges
Reasoning, Knowledge, Language
Discovery, Search,Creation
Evolution, Life, Growth
Human, Interaction, Emotion
Body, Robot, Motion
Learning, Cognition,Prediction
AI Frontier
![Page 16: Map A Flow of intelligence activity Map B Matching ... · perspectives (Fig. 2). The four maps are beta versions and we plan to improve them further. We also expect that volunteers](https://reader034.vdocuments.site/reader034/viewer/2022042219/5ec50a07b8de365c8b745cff/html5/thumbnails/16.jpg)
© The Japanese Society for Artificial Intelligence
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The JSAI, AI Map task force
TSUTSUMI Fujio,Central Research Institute of Electric Power Industry
MORIKAWA Koji, Panasonic Corporation
ICHISE Ryutaro, National Institute of Informatics
UENO Ken, Toshiba Corporation
TSUMOTO Shusaku, Shimane University
FUKUSHIMA Shunichi, Japan Science and Technology Agency
The JSAI board of directors
The members of the Leader, Secretary of JSAI SIGs
Pamphlet production: Apricot Design
https://apricot-design.com/
Contact information on AI Map: info [at] ai-gakkai.or.jp
(Convert [at] to @)
Date of issue: June 6, 2019
Acknowledgements:
Publisher:
Future development and requests
In the map, we only used four viewpoints; however, while we were
creating the map, we were asked whether we could create various other
related maps. Some of the requests are shown below. We would like to
take these requests into consideration when making future updates.
(1) Data-driven interactive map
The JSAI has many high-quality documents, such as papers, journals,
and workshop reports, which contain many keywords. Therefore, a map
automatically created from these documents could be created by
visualizing mined text. Furthermore, converting the map to interactive
Web content that allows users to walk through multiple viewpoints would
allow the spread of AI research to be understood in three-dimensions.
(2) Learning support map for beginners
Beginners also need maps that can be used as guides to deepen their
understanding and gain practical knowledge that can be used for
research. For example, it is useful to know which fundamental academic
fields can contribute to the basis and applications of image recognition. In
addition, journals provide a wealth of knowledge, and there are many
tutorial articles that help beginners. A guide to the month and year of
issue of journals will improve a beginner’s ability to gather information.
(3) Major conference map and conference session map
There are numerous domestic and international conferences related to AI
research. Maps showing their relevance are also useful for efficient
article submission and information gathering. In addition, at annual
conferences, a large number of general and organized sessions are held,
which are wider in scope than the SIGs. Maps of these sessions will also
help to make the events meaningful.
The beta version of AI Map was created as part of the activities of the
Japan Society for Artificial Intelligence. If you are interested in this map,
we would recommend joining JSAI. Members can access useful informa-
tion, such as academic journals with articles on the latest AI research
and applications. In addition, members can contribute to annual
conferences, SIGs, and journals, and get discounts on participation fees
for events such as seminars. The admission process is detailed on the
following homepage (URL).
https://www.ai-gakkai.or.jp/about/membership/
Additional maps Join the Japan Society for Artificial Intelligence
Recruitment of people who would liketo make new maps
Every AI researcher will have a map based on his or her own perspective
and a map of his or her field of study. In addition, for each SIG, you may
be able to create a map showing research trends in each field, or a
tutorial for beginners in the research group. JSAI supports the creation
of new maps. In addition, we intend to recruit researchers who will help
update the next version of AI Map.