ScholarWorks@Hongik: Kim, Robert Young chul

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Kim, Robert Young chul (김영철)

Graduate School (Software and Communications Engineering)

Research Area: 소프트웨어공학

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UML:14||Metamodel:11||Model Transformation:10||Model transformation:7||Smartphone:6||Software Engineering:5||Unified Modeling Language:5||Automatic test case generation:4||code visualization:4||ATL:4||소프트웨어 가시화:4||Android:4||Interoperability:4||Reverse Engineering:4||소프트웨어 품질:4||BPSQL:4||Code Complexity:3||State Diagram:3||Modeling:3||Modeling &:3||Meta Object Facility (MOF):3||Test Maturity Model:3||통합 모델링 언어:3||Heterogeneous Smartphone Application:3||Unified modeling language:3||Model Convergence:3||Query Language:3||Embedded System:3||Model Driven Architecture:3||refactoring:3||리팩토링:3||Cross Platform:3||Refactoring:3||Software Visualization:3||역공학:3||MultiJoint Robot:3||Requirement Engineering:3||modeling:3||SW Visualization:3||Simulation:3||사용자 행위 분석:3||Knowledge Infrastructure:3||복잡도:3||코드 가시화:3||상호운용성:3||Function Point:3||Concurrency:2||Design Driven Testing:2||임베디드 소프트웨어:2||임베디드 시스템:2||Ninja router:2||Convergence:2||작업 플로우(Work Flow):2||Service:2||test:2||test case:2||Service Architecture:2||test management system:2||MDA:2||transaction:2||MDA(Model Driven Architecture):2||Fillmore:2||Business Process Framework (BPF):2||Fillmore’s Case Grammar:2||컴포넌트:2||verification:2||컴포넌트 추출(Components Identification):2||컴포넌트 플랫폼(Component Platform):2||MapReduce:2||xUML(Excutable UML):2||Home network:2||User data:2||가시화:2||Smart Phone:2||Design Thinking:2||Messagesequence diagram:2||결합도:2||경량화된 테스트 성숙도 모델:2||IPTV:2||국방 소프트웨어(Defense software):2||다관절 로봇:2||Context:2||Visualization:2||Process:2||Cartoon:2||도메인 분석(Domain Analysis):2||Model Driven Architectur (MDA):2||software quality:2||RMS (Rate Monotonic Scheduler):2||Software Quality:2||ECA:2||모델 기반 아키텍처:2||Software Test:2||모델변환:2||causeeffect graph:2||RTOS (Real Time Operating System):2||Blockchain:2||Goal Oriented Analysis:2||Realtime Object Oriented software Development:2||cyberphysical system (CPS):2||BPM:2||Static Analysis:2||Stochastic:2||embedded system:2||Integrated Architecture:2||TMMi:2||Model driven development:2||metamodel:2||ModelToText Transformation Language:2||소프트웨어 공학:2||multijoint robots:2||소프트웨어 컴포넌트(Software Component):2||Integrated monitoring system:2||Electrics Telecommunication Research Institute(ETRI) CPS Modeling Language (ECML):2||Embedded Software:2||operating software:2||Test Matrix:2||스마트폰:2||Embedded Software System:2||Modeling and Simulation:2||실행 가능 UML:2||CBD:2||Multijointed robot:2||Cyber Physical Systems(CPS):2||NIPA:2||reverse engineering:2||SW quality:2||NMS:2||UBA(User Behavior Analysis):2||Complexity:2||Component:2||Adaptive Use Case:2||UML 컴포넌트(UML Components):2||Improvement of Software Process Quality:1||Information Engineering:1||Information engineering:1||Information tracking:1||Infrastructure System:1||Integrated model:1||Interchange Specification (SEDRIS):1||Internet Protocol TeleVision:1||Internet of Thing:1||Interperability:1||Intrusion Detection:1||Java:1||JavaParser:1||Joint robot:1||Knowledge infrastructure:1||Korean language based requirement specification:1||Korean natural language analysis:1||LBS:1||Layer Architecture:1||Lightweighting Test Maturity Model(TMM):1||Low Power:1||MDD (model driven development):1||MDD(Model Driven Development):1||MOF(Meta Object Facility):1||Machine Learning:1||Mapping Technique.:1||Matrix Clustering:1||Measurement:1||Meta model:1||Metamodel:1||Micro Service:1||Model Driven Architecture (MDA):1||Model Driven Development:1||Model Transformation Language:1||Model Transformation Rule:1||Model based Test:1||Model convergence:1||Model driven architecture:1||Model driven architecture (MDA):1||ModeltoText Transformation:1||Modeltotext transformation language:1||ModelToText Transformation Language:1||Modeling Tool:1||Monitoring System:1||Motion Creation Tool:1||Multi:1||Multi tasking:1||Multiple condition control flow graph (MCCFG):1||Mythology Tomb mural:1||NLR:1||Natural Language:1||Natural Language Analysis:1||Natural Language Requirement Analysis:1||Natural Language oriented requirement spec:1||Needs:1||New Integrated Services:1||Nonfunctional Requirement(비기능적 요구 사항):1||OOP:1||ObjectOriented:1||Open Architecture:1||Open Science:1||Optimization:1||Packet Sniffing:1||Passive service:1||Pattern matching:1||Performance Visualization:1||Performance monitoring unit (PMU):1||Photovoltaic monitoring system:1||Plant Disease Detection:1||Platform:1||Plugin:1||Profile:1||Proof of Nonce Consensus algorithm:1||QR code:1||Query language:1||Questionnaire:1||REST API:1||ROS2:1||RTOS:1||RTOS(RealTime Operating System):1||Realtime:1||Recommendation:1||Relex:1||Reliability:1||Remote Control:1||Renewable energy:1||Requirement:1||Requirement Analysis:1||Requirements:1||Requirements prioritization:1||Research lifecycle:1||Reverse engineering:1||Robot Design(로봇 설계):1||Robot Development Environment(로봇 개발 환경):1||Robot Development Tool(로봇 개발 도구):1||Robot Software Framework:1||Rule extraction:1||SA management scheme:1||SCADA:1||SOA:1||STMT:1||SUGV(소형무인지상차량):1||SW Quality:1||SW complexity:1||SW performance:1||SW quality improvement:1||SW visualization:1||Safe Software:1||Safety Inspection:1||Safety Process:1||Sasang Constitution:1||Security Requirements:1||Security audit:1||Sensing system:1||Service agreement (SA):1||Service integration:1||Service system:1||Simplest LTS:1||Simplified TMM:1||Simulation(모델링 &:1||Small Unmanned Ground Vehicle:1||Small unmanned ground vehicle:1||Smart Appliances:1||Smart contracts:1||Smart farm:1||Social Overhead Capital:1||Software Architecture:1||Software Architecture Style:1||Software Architecture(소프트웨어 아키텍처):1||Software Cost Estimation:1||Software Cost Estimation based Requirement:1||Software Cost Validation Reverse Engineering:1||Software Development Life Cycle:1||Software Development Process:1||Software LifeCycle:1||Software Process Quality:1||Software Process Toolchain System:1||Software Refactoring:1||Software Testing:1||Software controller:1||Software visualization:1||Solar Power Generation:1||State Diagram Concurrency:1||State diagram:1||Strong equivalence:1||Structured Query Language (SQL):1||Synthetic Environment Data Representation &:1||TAG:1||TMMi(Test Maturity Model Integration):1||TPI Next(Test Process Improvement):1||TPI next:1||Terrain Environment:1||Test:1||Test Assessment Guide:1||Test Attributes to Maturity Levels Correlation Matrix:1||Test Environment:1||Test Maturity:1||Test Maturity Correlation Metrics:1||Test Maturity Model (TMM):1||Test Process Improvement:1||Test automation:1||Test case:1||Test case Generation:1||Testcase genaration:1||Testing:1||The Rule:1||The Simplified Test Maturity Model:1||Toolchain:1||Toon Engineering:1||Topological sequence recognition mechanism:1||Traditional Korean Medicine:1||Transformation Engine:1||Twister:1||UBBSDA(User Behavior Based Software Development Methodology):1||UML (unified modeling language):1||UML Profile:1||UML Sequence Diagram:1||UML 프로파일:1||UML(Unified Modeling Language):1||Ubiquitous Computing:1||Ubiquitous Home Network:1||Unreal Engine:1||Use Case Extraction:1||Use Case Point:1||Use Case Priority:1||Use Case Size Decision:1||Use case based test coverage:1||Use case point:1||Use case point (UCP):1||User Behavior Analysis:1||User Focused.:1||User Needs:1||User behavior analysis:1||Validation:1||Value Added Network (VAN):1||Vehicle to everything (V2X):1||Virtual Environment:1||Virtual Reality:1||Virtual Robert (VirRobot):1||Virtual prototyping:1||A renewable energy integrated monitoring system:1||Web services:1||Windows Mobile:1||Workflow:1||XML databases:1||absolute coordinates:1||abstract syntax tree:1||agile computing:1||anonymous:1||artificial intelligence:1||automatic test case generation:1||automatic test cases generation:1||automatical system:1||backdoor:1||case grammar:1||closing network:1||complexity:1||continuous integration:1||coupling:1||crosswalk traffic light for handicapped:1||design document automation:1||drowsiness:1||eMDD(Embedded Model Driven Development):1||ebXML:1||gated recurrent unit (GRU):1||goal importance:1||goal oriented requirements engineering:1||linguist Fillmore&apos:1||machine learning:1||metamodeling:1||model transformation:1||modeldriven architecture (MDA):1||multiplatform:1||natural language oriented informal requirement specification:1||neural network:1||performance measurement:1||photovoltaic power prediction:1||posture:1||pretesting:1||predict:1||priority:1||process visualization:1||project management:1||real time transaction:1||regression:1||remote control:1||requirement analysis:1||requirement formulation:1||requirement redundancy:1||requirement similarity:1||reusability metrics:1||reuse:1||risk based testing:1||risk decision matrix:1||risk impact:1||s textual analysis:1||secure coding:1||secure vulnerability:1||simulation:1||simulation of the IOT traffic light:1||singleimage detection:1||smart crosswalk traffic light mechanism:1||smartphone:1||software development management:1||software high quality:1||software process:1||software reuse:1||software visualization:1||solar energy monitoring system:1||test case generation:1||toolchain:1||use case:1||use case point:1||use case point(UCP):1||usecase point (UCP):1||valueinnovative requirements engineering:1||virtual environment:1||visualization:1||xUML(Executable UML):1||xUML: Executable UML:1||‘VTune’ Performance Analysis Tool(성능 분석기):1||가치혁신 요구공학:1||객체지향:1||검증:1||교육용 로봇:1||교육용 소프트웨어:1||교통약자 보행신호등:1||다중처리:1||다중플랫폼:1||데이터베이스:1||데이터베이스 정규화:1||도메인 분석:1||디자인씽킹:1||디자인패턴:1||리스크 결정 매트릭스:1||리스크 기반 테스팅:1||리스크 영향도:1||리펙토링:1||매트릭스 클러스터링:1||메타모델:1||메타모델링:1||모델 지향 아키텍처:1||모델링 도구:1||모델링(Modeling):1||모션 생성 도구:1||목표 지향 분석:1||배드 스멜:1||벽화무덤:1||병렬성:1||보안 감사:1||보안 요구사항:1||보안 취약점:1||복합 시스템:1||블록체인:1||블루투스 신호등:1||사용자 니즈:1||사용자 컴퓨터 인터랙션(Human Computer Interaction):1||사용자 행위 기반 개발 방법론:1||사용자 행위 분석(User Behavior Analysis):1||사용자 행위분석:1||서비스:1||설계 문서 자동화:1||성능가시화:1||소프트웨어 개발 관리:1||소프트웨어 고품질:1||소프트웨어 리팩토링 가시화:1||소프트웨어 생명주기:1||소프트웨어 재사용:1||소프트웨어 테스트:1||소프트웨어 프로세스 가시화:1||소프트웨어공학:1||소프트웨어공학(Software Engineering):1||소형 무인 지상 차량:1||스마트 계약:1||스마트 기기:1||스마트 보행신호 메커니즘 시스템:1||시뮬레이션:1||시뮬레이션):1||시큐어 코딩:1||신뢰성:1||신화:1||실시간:1||실시간 운영체제:1||암호화:1||연상기억장치:1||오픈 아키텍처:1||요구:1||요구 공학:1||요구공학:1||요구사항:1||우선순위:1||워크플로우:1||윈도우즈 모바일:1||유비쿼터스 컴퓨팅:1||유비쿼터스 홈 네트워크:1||유비쿼터스 홈네트워크(uHome Network):1||유스 케이스 점수:1||유스케이스:1||유스케이스 점수:1||유스케이스 크기 결정:1||응집도:1||이중 V 모델:1||인공지능:1||자동화 시스템:1||자바:1||자바 파서:1||재사용:1||재사용 메트릭:1||저전력:1||정보공학:1||정적 분석:1||지속적 통합:1||질의서:1||창의적 사고:1||체크리스트:1||추상구문트리:1||측정:1||침입 탐지 시스템:1||컨버전스:1||컴포넌트 기반 개발:1||컴포넌트 기반 개발 방법론:1||컴포넌트 테스트 플랜 매트릭스:1||코드 메트릭:1||코드 복잡도:1||코드 스멜:1||코드 취약점:1||코딩 교육 프로세스:1||테스트 성숙도:1||테스트 성숙도 모델:1||테스트 성숙도 모델(TMMi):1||테스트 성숙도 상호관련 메트릭스:1||테스트 성숙도 측정 모델:1||테스트 속성과 성숙도 상호관련 매트릭스:1||테스트 평가 가이드:1||테스트 프로세스 개선:1||테스트 프로세스 개선 모델(TPI NEXT):1||통치:1||툴 체인:1||툴체인:1||패킷스니핑:1||패턴 매칭:1||평가리스트:1||프레임워크:1||프로세스:1||프로세스 가시화:1||프로젝트 관리:1||프로파일:1||플러그인:1||필모어의 격문법:1||행위분석 도구:1||Vitamin Bucket Model:1||ARM DS5:1||ATL(ATLAS Transformation Language):1||Absolute Coordinates:1||Active service:1||Adapter Design Pattern:1||Analytic hierarchy process (AHP):1||Android native development kit (NDK):1||Anonymous:1||Articulated Robot:1||Artificial Intelligence:1||Assessment Model:1||Associative Memory:1||Augmented Reality:1||Augmented Reality (AR):1||Automatic Code Generation:1||Automatic Generation Method:1||Automatic Generation System for Document Artifact:1||Automatic Tool:1||Automatic multimedia image translation processing:1||Autonomous Reconnaissance Ground Robot(자율 탐사 로봇):1||Autonomous vehicle:1||BNF:1||BPF(Business process framework):1||BPM(Bussiness Process Modeling):1||Backdoor:1||Bad Smell:1||Behavior Tree:1||Berkeley Neural Parser:1||Big data:1||Big data analysis:1||Big data management:1||Bioelectricity Current Pattern:1||Block Chain:1||Blueprint visual script:1||Broadcast storm:1||Building Information Modeling:1||Building Information Modeling (BIM):1||Business Process:1||Business Process Framework(BPF):1||Business process framework (BPF):1||C3Tree model:1||CASE Tool:1||CASE tool:1||CBD(Component Based Development):1||CMMI:1||CNN Algorithm:1||COVID19:1||Case tool:1||CauseEffect Graph:1||Ch:1||Checklist:1||Closing network:1||Clustering etc:1||Code Generation:1||Code Metrics:1||Code Quality:1||Code Smell:1||Code Template:1||Code Visualization:1||Code Weakness:1||Coding Education Process:1||Cohesion:1||Cold chain logistics:1||Component Test Plan Metrics:1||Composite System:1||Connected car:1||Connected mobile virtual fence (CMVF) system:1||Control flow graph (CFG):1||Convergence service:1||Coupling:1||Coveragebased testing:1||Creative Thinking:1||Cyber Physical System (CPS):1||Data Based Decision Making:1||Data Collection:1||Data Representation Model (DRM):1||Database:1||Database Normalization:1||Desgin Pattern:1||Design Method:1||Design Pattern:1||Docker:1||Document Artifact:1||Domain Analysis:1||Education:1||Education Robot:1||Education Software:1||Eight Constitution:1||Embedded software:1||Embedded system:1||Emotion:1||Encryption:1||Event Condition Action (ECA):1||Expert System:1||Exynos9820:1||Failure Prediction:1||Fault Tree:1||Federal Database (FDB):1||Fillmore Case Grammar:1||Framework:1||Function point:1||Functional Component:1||Game:1||Geekbench:1||Geofence:1||Goal Modeling:1||Goal Oriented Use Case Approach:1||Goal Use Case Modeling:1||Goal oriented requirements engineering process (GoRE):1||Goal 모델링:1||Goal 중요도:1||Goal 지향 요구공학:1||Goal 지향 유스케이스 방법론:1||Goaloriented requirements process:1||HDFS:1||HDL(Hardware Description Language):1||Hadoop:1||Hardware Modeling:1||Hardware Profile:1||Height Map:1||Heterogeneous:1||Heterogeneous Development:1||Heterogeneous Embedded Systems:1||Heterogeneous data collection:1||Heterogeneous mobile software:1||Heterogeneous smartphone platform:1||Heterogeneous systems:1||Hybrid approach:1||IOT 보행신호등의 시뮬레이션:1||ISO/IEC 9126:1||Image Generation:1||Improved UCP:1||

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