Low earth orbit design using genetic algorithms by Nguyen, Dai Tuan.

“…The microsatellite usually operates in the Low Earth Orbit with the mission of taking ground image. …”
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Space situational awareness - development of satellite tracking methods by Tan, Kelvin Shi Chuan

“…Setting satellites at Low-Earth Orbit has been of great interest in recent years as seen by the thousands of satellites at that orbit, most of which have been placed there by private companies such as SpaceX. …”
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Design of a radiation-hardened-by-design (RHBD) I²C controller by Ng, Wei Yet

“…The primary objective of this final year project is to design an RHBD I²C Controller for low earth orbit satellites based on a 65nm CMOS fabrication process. …”
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Design and development of space deployable system by Yeo, Elwin Wei Sheng

“…It is projected that over 2,600 nanosatellites will be launched into the Low Earth Orbit (LEO) over the next five years [1]. Therefore, there is a need to plan for all small satellites that will be launched to space are currently in development, driving the need for a scalable and reliable deorbiting system. …”
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Numerical investigation of aerodynamic properties and stability of satellites by Lim, Deon Meng Wee

“…Satellites orbiting Earth at very low earth orbit (VLEO) provide benefits such as increased resolution in optical payloads, reduced costs of launch and enhanced use of air-breathing propulsion and specular materials. …”
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Outreach focused CanSat project by Chan, Ming Hui

“…The CanSat is a platform representing a scaled-down version of a conventional Low Earth Orbit satellite, based within a small Aluminium can commonly use in canned drinks or canned foodstuff. …”
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Doppler tracking for position determination 2 by Chan, Yong Hong.

“…This project focuses on simulating a receiver to determine its location using a low earth orbit (LEO) satellite. Geometrical analysis of the movement and orientation of the LEO satellite and measurements of Doppler count are required for the receiver to calculate its position. …”
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Development of nano-satellite - image processing module by Kanika Bansal.

“…Velox-I is the premier nano-satellite being designed and built by the students of Nanyang Technological University and will be deployed into the Low Earth Orbit (LEO) in 2013. One of the objectives of the Velox-I mission is Earth observation. …”
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Localization using LEO satellites by Xia, Yingyu

“…In an attempt to improve the localization reliability, this project explores the feasibility of using Low Earth Orbit (LEO) satellites for positioning services. …”
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