Astrodynamics and Control Laboratory (ACL)
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  • Home
  • News
  • Research
  • Projects
    • Previous projects
    • Current projects
  • People
    • Professor
    • PhD students
    • MS students
  • Publications
    • Theses
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    • Domestic journals
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    • Domestic conferences
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  • Study on trajectory of air launch vehicle for micro satellite orbit insertion

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  • Microsatellite Constellation Design for Regional Coverage and Constellation Orbit Deployment Strategy

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  • Development and verification of flight software for CANYVAL-C mission

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  • Development of Relative Navigation Algorithm for CANYVAL-C CubeSat Mission

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  • Study of micro-satellite constellation design and station keeping

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  • Design and Analysis of Attitude System for CANYVAL-C Cubesat Mission

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  • A Modified Basin Hopping Method for Interplanetary Trajectory Design

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  • Development of Attitude Determination and Control and Thrust Modulation Algorithms for Formation Flying of the SNIPE Nano-Satellite

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  • Development and Performance Verification of Ephemeris Generator for Korean Pathfinder Lunar Orbiter

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  • Precise Orbit Determination of LEO Satellites with Optical Observations Using Batch Filter

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  • SNIPE 나노위성 임무를 위한 편대 비행 시나리오 설계 및 분석

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  • 시험용 달 궤도선의 정밀 궤도결정을 위한 DSN 관측 모델 개발 및 검증

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  • 시각 센서를 이용한 위성 상대 위치/자세 추정 알고리즘 분석 및 검증

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  • 전자광학감시체계를 활용한 정지궤도 위성의 정밀궤도결정 및 분석

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  • Relative Orbit Estimation with Laser-Based Intermittent Measurement for Formation Flying Spacecraft

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  • Numerical analysis of the relative orbit control strategy of the CANYVAL-X mission

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  • Development of the Data Simulation Module of the Flight Dynamics Subsystem for Korea Pathfinder Lunar Orbiter,

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  • Orbit Design of the Lunar Impactor CubeSat Measuring Local Magnetic Field and the Lunar Orbiter CubeSat Implementing Space Internet Technology,

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  • Development of Flight Software for CANYVAL-X Cubesat Mission,

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  • Design and construction of communication system and ground station for CANYVAL-X cubesat

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Updated in 2023. Astrodynamics and Control Lab. (연세대학교 우주비행제어연구실)
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