Papers
- 1) A MORPHOLOGICAL APPROACH OF FALSE STAR REMOVAL AND CAMERA MOTION ESTIMATION FOR STAR SENSORS
- 2) A NANO-SATELLITE LAUNCH ARRANGEMENT AND INTERFACE CONTROL
- 3) BIRDS-4 1U CUBESAT MISSIONS AND ON-ORBIT RESULTS
- 4) BIT-ERROR RATE COMPARISION BETWEEN M-QAM AND M-PSK IN CASE OF TURBO CODING
- 5) COMMUNICATION SYSTEM OF KAZAKHSTANI SCIENTIFIC NANOSATELLITE KAZSCISAT
- 6) COMPUTATIONAL TOOLS FOR MODELING THE CHASQUI A AND CHASQUI B NANOSATELLITE MISSIONS IN SPACE WEATHER STUDY
- 7) DESIGN OF A VISUAL POSE ESTIMATION ALGORITHM FOR MOON LANDING
- 8) DESIGN OF LOW-THRUST CONTROL IN STATION KEEPING MANEUVER FOR SMALL GEOSTATIONARY SATELLITES
- 9) DEVELOPMENT OF AN EFFICIENT MONO-FRAME CUBESAT PLATFORM FOR FAST AND DEMANDING MISSIONS
- 10) LESSON LEARNED ON IN-ORBIT OPERATION OF THE IRIS-A ATTITUDE DETERMINATION AND CONTROL SUBSYSTEM
- 11) IMPACT OF EARTH'S REFLECTED RADIATION ON ATTITUDE MOTION OF A NANOSATELLITE
- 12) NAPA-2 TURN-KEY MISSION: HIGH-RESOLUTION IMAGES AND DATA FROM LEO
- 13) NON TRADITIONAL GYRO-BASED EKF FOR SMALL SATELLITE ATTITUDE ESTIMATION AND SENSOR BIAS CALIBRATION
- 14) ON THE CREATION OF A SPACE SYSTEM FOR SCIENTIFIC PURPOSES KAZSCISAT-1
- 15) ONBOARD CONTROL COMPLEX OF KAZAKHSTANI SCIENTIFIC NANOSATELLITE KAZSCISAT
- 16) OPTIMIZED CIRCULAR POLARIZED ANTENNA WITH SMALL APERTURE FOR SATELLITE COMMUNICATIONS
- 17) PERFORMANCE CHARACTERISATION OF A 1U CUBESAT PASSIVE ATTITUDE CONTROL SYSTEM THROUGH ONGROUND TESTS
- 18) REDUCING THE COMPUTATIONAL LOAD OF ATTITUDE ESTIMATION FOR NANO-SATELLITES USING INTEGRATED MEASUREMENTS
- 19) REVISION STRATEGY OF LEAN SATELLITE TESTING STANDARD ISO-19683
- 20) ROLE OF AI IN NANO-SATELLITE CONSTELLATIONS FOR AUTONOMY
- 21) SATELLITE DEVELOPMENT IN AFRICA: A SURVEY
- 22) SOME ALGORITHMS FOR CONTROLLING THE MOTION OF SATELLITES IN A FORMATION
- 23) SPACE TECHNOLOGIES TRAINING AND CAPACITY BUILDING IN TUNISIA THROUGH THE FACT PROJECT
- 24) STRATEGIC FRAMEWORK DESIGN FOR UNIVERSITY-BASED SATELLITES MISSION ASSURANCE
- 25) n-LOTUSAT: THE DESIGN OF A STUDENT-DRIVEN LEAN CUBESAT PROJECT
- 26) UTILIZING UGANDA'S FIRST SATELLITE TO FULFILL ITS DEMANDS
- 27) PROSPECTS FOR THE APPLICATION OF BIG DATA ANALYSIS TECHNOLOGIES IN THE TASK OF SEARCHING FOR HARBINGERS OF SEISMIC ACTIVITY BY PROCESSING THE RESULTS OF MEASUREMENTS CARRIED OUT USING SPACE INFRASTRUCTURE
- 28) ON-BOARD SOFTWARE DEVELOPMENT FOR A 3U CUBESAT