ScholarWorks@Soongsil University: PARK, YOUNG TACK

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PARK, YOUNG TACK (박영택)

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온톨로지:27||Ontology:23||추론:10||RDFS:10||ontology:10||Semantic Web:9||spark:9||온톨로지 추론:8||빅데이터:7||SWRL:7||지식 그래프:7||embedding:7||Spark:7||SPARQL:7||시맨틱 웹:6||LUBM:6||스마트폰:6||Smart Phone:6||딥러닝:6||임베딩:6||deep learning:6||big data:6||Data Mining:5||knowledge completion:5||ontology reasoning:5||태블로 알고리즘:5||Metadata:5||스파크:5||지식 완성:5||knowledge graph:5||Description Logic:4||reasoning:4||Route Prediction:4||OWLHorst:4||Context:4||Ontology Debugging:4||OWL:4||Ontology Reasoning:4||OWL Horst:4||온톨로지 디버깅:4||위치 기반 서비스:4||SparkSQL:4||distributed computing:3||컨텍스트:3||Location based Service:3||경로 예측:3||Ontology Reasoner:3||Tableaux Algorithm:3||GPS:3||메타데이터:3||Location Based Service:3||IPTV:3||Inference:3||Semantic Search:3||서술 논리:3||상황인지:3||clustering:3||추론 엔진:3||데이터 마이닝:3||Optimization:2||데이터프레임:2||최적화 기법:2||동적 베이지안 망:2||link prediction:2||링크 예측:2||Optimized Method:2||SparQL:2||무인기:2||Subsumption Relationship:2||Knowledge graph completion:2||neural network:2||KorLex:2||관심 지점:2||Temporal Reasoning:2||Time Axiom:2||Largescale GPS:2||분산처리:2||Link prediction:2||realization:2||사용자 의도 예측:2||Ubiquitous Environment:2||Ubiquitous System:2||Planning Graph:2||Context Aware:2||User Preference:2||Machine Learning:2||Question Answer system:2||Web Service:2||WordNet:2||서술논리:2||MapReduce:2||Author Name Disambiguation:2||HBase:2||Contingent Planning:2||smartphone:2||CNN:2||Reasoning:2||Agent:2||Category Utility:2||Image Processing:2||시멘틱 웹:2||Classification:2||신뢰값:2||실체화:2||distributed ATMS:2||에이전트 커뮤니케이션 언어:2||온톨로지 모델링:2||Datatype:2||dynamic bayesian network:2||웹 서비스:2||event calculus:2||SPARQLGX:2||Agent Communication Language:2||grid map:2||경로 학습:2||hadoop:2||이동 궤적:2||Search Heuristic:2||이벤트 연산:2||관계 추론:2||Ontolgy:2||inference engine:2||자동 분류:2||Semiautomatic Annotation:2||그리드 맵:2||대용량 GPS:2||knowledge graphs:2||대용량 데이터:2||Belief State Space:2||지식 추론:2||GPGPU:2||classification:1||cloud computing:1||cluster computing:1||confidence value:1||daily life pattern recognition:1||dataframe:1||datalog:1||description logic:1||distributed SWRL reasoner:1||distributed computing cluster:1||distributed reasoning:1||distributed system:1||event recognition:1||explainable knowledge completion:1||graph structure:1||hidden Markov models:1||hidden conditional random fields:1||human intention prediction:1||inmemory based distributed query engine:1||integrated explanation system:1||intention ontology:1||knowledge base:1||knowledge extraction:1||knowledge graph completion:1||knowledge inference:1||knowledge reasoning:1||large scale reasoning:1||largescale streaming sensor data:1||lineage:1||living pattern:1||location based service:1||locationbased intelligent personal assistant:1||logic system:1||lowdimensional embedding:1||machine learning:1||mapreduce:1||media ontology:1||neurosymbolic:1||ontology debug:1||ontology modeling:1||particle filter:1||pathbased reasoning:1||percept sequence:1||point of interest:1||query:1||question answering:1||realtime and parallel semantic translation:1||recommendation:1||relationship inference:1||relationship reasoning:1||rete algorithm:1||robust particle filtering:1||route inference:1||route prediction:1||rule based reasoning:1||scalable RDFS reasoning:1||scalable data:1||scalable ontology:1||semantic web:1||sempala:1||sequence based rule:1||situation awareness:1||smartphone sensors:1||social network:1||stepwise linear discriminant analysis:1||streaming:1||subsumption test:1||symbolic learning and reasoning:1||tableaux algorithm:1||temporal transition:1||time type:1||top search:1||travel route:1||travel routes model:1||triple:1||user destination:1||user intention prediction:1||user route:1||가속도:1||가정 기반 사실 관리 시스템:1||가정 기반 진리 유지 시스템:1||강인한 파티클 필터:1||개인 대중 교통 서비스:1||개인화:1||개인화 정보 검색:1||객체 온톨로지:1||결정 트리(Decision Tree):1||경로 기반 추론:1||계층구조 추론:1||계획:1||계획 그래프:1||군집화:1||귀납적 기계 학습(Inductive Machine Learning):1||규칙:1||규칙기반 추론:1||그래프 구조:1||기계 학습:1||기계학습:1||노이즈 제거:1||논리 프로그래밍:1||대용량 ABox:1||대용량 RDFS 추론:1||대용량 스트리밍 센서데이터:1||대용량 온톨로지:1||대용량 추론:1||데이타 로그:1||로직 시스템:1||리니지 표현:1||맵리듀스:1||맵리듀스:1||멀티 에이전트:1||메타데이타:1||메타데이타 자동 생성:1||모바일:1||미디어 온톨로지:1||믿음 상태 공간:1||반자동 어노테이션:1||분산 ATMS:1||분산 SWRL:1||분산 SWRL 추론:1||분산 가정기반 진리 관리 시스템:1||분산 가정기반진리관리시스템:1||분산 인메모리 프레임워크:1||분산 추론:1||분산 컴퓨팅:1||분산 컴퓨팅 클러스터:1||비논리적 개념:1||비단조 추론:1||비단조 추론(nonmonotonic Reasoning):1||사건변화:1||사물인터넷:1||사용자 취향:1||사용자 프로파일:1||사용자 행위 인지:1||상습 경로 분류:1||상태 전이도:1||상황 인지:1||상황정보(컨텍스트):1||생활 패턴:1||생활 패턴 인지:1||서비스 합성:1||선호 경로 모델:1||설명 가능한 지식 완성:1||성능평가:1||소셜 네트워크:1||소셜 네트워크 분석:1||순서기반 규칙 추론:1||순환 신경망:1||스마트 폰:1||스마트폰 센서:1||스트리밍:1||시간 규칙:1||시간적 추론:1||시간형식:1||시맨틱 POI:1||시맨틱 검색:1||시맨틱 웹 규칙 언어 추론:1||시멘틱 검색:1||시멘틱웹 규칙언어:1||신경망:1||실시간･병렬 시맨틱 변환:1||아파치 스톰:1||어텐션 메커니즘:1||에이전트:1||예측최대화 알고리즘:1||온톨로지 추론 엔진:1||온톨로지 추론엔진:1||워드넷:1||위치 기반 지능형 개인화 서비스:1||유비쿼터스:1||유비쿼터스 시스템:1||유비쿼터스 환경:1||유사 경로 클러스터링:1||의도 온톨로지:1||의미 중의성:1||이동 경로:1||이동 경로 모델:1||이미지 처리:1||이벤트 인지:1||인공지능:1||인메모리 기반 분산 질의 엔진:1||인메모리 분산 추론:1||일차 술어논리:1||임베딩. 뉴로 심볼릭:1||저자명 모호성 해결:1||저차원의 임베딩:1||전략 게임(Strategy Game):1||전방향 추론:1||조건부 계획수립:1||종속 부호:1||종속 부호 기반 백트랙킹:1||지각 정보:1||지능형:1||지능형 서비스:1||지능형 서비스 에이전트:1||지능형 어플리케이션:1||지식 그래프 완성:1||지식베이스:1||직교 거리:1||질의응답시스템:1||최적화:1||추론 시스템:1||추론 엔진(Inference Engine):1||추론엔진:1||추천:1||카테고리 유틸리티:1||컴퓨터 클러스터:1||코렉스:1||쿼리:1||클라우드 컴퓨팅:1||클러스터링:1||탐색 휴리스틱:1||통합 설명 시스템:1||트리플:1||파티클 필터:1||퍼베시브 컴퓨팅:1||포함관계:1||하둡:1||행위 인지:1||ABox reasoning:1||휴대형 단말기:1||ABox 추론:1||ACLAgent Communication Language:1||ASP:1||ATMS:1||ATMS Monitoring System:1||ATMS 모니터링 시스템:1||Accelerometer:1||Accelerometer signals:1||Activity recognition:1||Answer Set Programming:1||Assumption based Truth Maintenance System:1||Automated Metadata Generation:1||Automated classification:1||Big Data:1||CWA:1||Closed World Assumption:1||Confidence Value:1||Contextawareness:1||DL reasoning:1||DQL(Daml Query Language):1||Daily living pattern:1||DataFrame:1||Dependancy Directed Backtracking:1||Dependency Label:1||Description logic:1||Distributed ATMS:1||Distributed InMemory Framework:1||Distributed SWRL:1||Dynamic Bayesian network model:1||EM algorithm:1||Event calculus:1||Evolutionary fuzzy model:1||Facial expressions:1||Feature selection:1||FirstOrder Predicate Logic:1||Forward Chaining:1||GPS Error Minimization:1||GPS data:1||GPS 오차최소화:1||Genetic algorithm:1||HTN planning:1||Habitual Path Classification:1||Handheld:1||Human intention:1||Image processing:1||Inmemory distributed Inference:1||Inference System:1||Intelligent:1||Intelligent Service:1||Intelligent Service Agent:1||Intention ontology:1||IoT:1||Large ABox:1||Lowdimensional embedding:1||Maximal relevance:1||Metadata:1||Minimal redundancy:1||Mobile:1||Mobile planner:1||Moving Trajectory:1||Multi Agent:1||Mutual information:1||Noise Reduction:1||Nonmonotonic Reasoning:1||OWA:1||OWL Ontology:1||OWL 온톨로지:1||Ontology modelling:1||Open World Assumption:1||POI(Point of Interest):1||Pathbased reasoning:1||Percept sequence:1||Performance Analysis:1||Personal assistant:1||Personalized:1||Personalized Information Search:1||Personalized Public Transportation Service:1||Pervasive Computing:1||Planning:1||Preference:1||Preferredroute model:1||RDFS parallel reasoning:1||RDFS reasoning:1||RDFS 병렬추론:1||RDFS 추론:1||RNN:1||Reasoner:1||Rectilinear Distance:1||Relation network:1||Rete 알고리즘:1||Robust particle filter:1||Route Learning:1||Route learning:1||Route model:1||Rule:1||SHIQ(D):1||SNA(social network analysis):1||SWRL Reasoning:1||Semantic Ambiguity:1||Semantic POI:1||Sempala:1||Sequencebased rule:1||Service Composition:1||Service composition:1||Similar route clustering:1||Situation Awareness:1||Smart Application:1||Smartphone:1||Spatialtemporal contextaware services:1||State Transition Diagram:1||Tableau Algorithm:1||Tableau algorithm:1||Temporal Probabilistic Model:1||Thinning algorithm:1||Triple classification:1||UAV:1||UAVs:1||Ubiquitous:1||Uncertain sensor data:1||User Activity Recognition:1||User Profile Inference Engine:1||User Trajectory:1||action recognition:1||apache storm:1||artificial intelligence:1||attention mechanism:1||automated classification:1||axiom pinpointing:1||bigdata:1||bottom search:1||

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