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Skylab (for matlab skyplot)
4.0
Application background Application of the global satellite navigation system, such as GLONASS, GALILEO, GPS, often need to determine the satellite position in the sky. When observing and receiving a satellite signal in a certain position, people are going to figure out which of the satellite is visible at a certain position, and its azimuth and altitude. Skylab comes from Delft University, which includes a series of programs that can solve these problems. Key Technology Download ephemeris file;Select the location of the calculation;Clear to what point, namely the time position information satellite ephemeris;Output result or graphics display;
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TEQC satellite position solution
4.0
Application background TEQC (Editing, and, Quality Checking Translation) is a powerful and easy to use GLONASS GPS/ data preprocessing software, which is developed by Facility GPS for the study of UNAVCO monitoring station data management services for public free software, the main features are format conversion, editing and quality inspection. The format conversion can transform many different manufacturers of GPS observation (binary) files into the in RINEX files can also be converted between the RINEX files of different formats; editing functions can be used to RINEX file prefix block part and data files of arbitrary cutting and merging, observation type deletion, selection of satellite system and specific satellite disable; quality checking can reflect the GPS data of the ionospheric delay, multipath effect, receiver week jump, satellite signal to noise ratio and other information, and the realization of visualization. Key Technology 3 basic
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C++Primer Fifth Edition source code
4.0
C++Primer Fifth Edition source code, synchronization with the textbooks, as far as possible improve the speed and depth
of learning C++ for beginners C+Primer+Plus +5th+Edition
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Principle and application of DSP (Zhou Jianjiang)
4.0
DSP principles and Applications (by Zhou Jianjiang) course assignments, including low-pass FIR filter, 8 ~ 1024 FFT based on time decimation
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Spacecraft optimal control example
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Examples of spacecraft optimal control, linear quadratic optimal guidance missile Terminal guidance law design and simulation,
through concrete examples, deepen the understanding of the optimal control theory, especially for optimal control of initial
conditions and performance indicators
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Spacecraft optimal control theory, as well as opti
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The optimal control theory of spacecraft is to seek the optimal control strategy under certain constraints, so that the performance index takes the maximum or minimum. Taking the design and Simulation of optimal guidance law for spacecraft rendezvous and docking as an example, the algorithm flow and design idea of optimal control are explained
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Kalman filtering
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Build a simple Kalman filter model to deepen the understanding of Kalman filtering process, data updates, parameters of understanding
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