Students unable to take the exam are kindly requested to notify the teacher as soon as possible. No show will adversely affect the sequence of the exams!
*** Exams: February 16, 2015 - 10 am, teacher's office
De Cesaris (10:00)
*** MSS test n.2:
List of received homeworks
Students admitted to the exam in simplified mode
MSS 2014 - Home test n. 2
Email the code and the report to email@example.com AND firstname.lastname@example.org by Friday May 30 23:59:59.
Students passing both home tests (or the challenge and the second test) will be entitled to take the exam in a simplified mode.
Clarification #1: you may neglect the torque variations due to the eclipses.
Clarification #2: if needed, you may use this matlab routine to solve Kepler's equation.
Clarification #3: The angular momentum storage capacity is 29.32 N-m-s and not 22.6 N-m-s.
Clarification #4: The minimum time requirement has to be intended loosely. Any design of the control system attaining the required attitude in a reasonable time is acceptable.
*** Challenge MSS 2014 - Results
- Mario Tindaro Migliorino - 2 pt.
- Michela Archi - 1 pt.
- Renato Volpe - 1 pt.
- Filippo Silvestrucci - 1 pt.
- Andrea Antolino - 1 pt.
Congratulations to all participants. The solution will be presented on Monday May 19, 1:30 pm, at the Radio Science Lab.
*** Guest Lectures on Space Missions:
R.T. Mitchell, Jet Propulsion Laboratory (ret.), Former Project Manager of the Galileo and Cassini missions
- Tuesday May 13, 8:30-10:00 am, room 39
- Wednesday May 13, 12:00-1:30 pm, room 39
- Thursday May 13, 10:15-11:45 am, room ********* 39 ********
Downoad Slides (zipped file)
Challenge MSS 2014 ****WARNING (May 9, h.19:30) : The first guess value of the GM must be set to 401500 km3/s2 and not to 398500 km3/s2 as reported in the text of the challenge. ****
Observables: track_GS1.txt track_GS2.txt
Email the code and the report to email@example.com AND firstname.lastname@example.org by Sunday May 11 23:59:59 UTC.
Students who did not pass the first test can take part in the challenge. The challenge is valid as a backup test. The deadline is unchanged (no extension this time).
Home Test 1 (revised) (students passing both tests are eligible to take the final exam in a simplified mode)
Observable quantities (trackfile.txt)
*** Email the code (Matlab, Fortran, C ...) and a short note containing the procedure, the solution and the plots to email@example.com AND firstname.lastname@example.org by midnight Sunday Apr. 27, 2014.
*** Updated List of received reports by midnight Sunday Apr. 27, 2014 ***
List of Received Reports (Updated)
*** Home Test 1 Results ***
Home Test 1 Results
Students who did not pass the first test can take part in the challenge. The challenge is valid as a backup test.
** Follow the link on the side to know the dates of examination sessions.
** Dates of home tests and competition:
- Apr. 23-27 (home test 1)
- May. 20-24 (home test 2)
- May 9-11 (competition)
** Space Environment and Instrumentation: The updated class notes
- phase_amplitude.m (matlab file)
- quadrupole_eig.m (matlab file)
may be downloaded from the link Class Notes.
** Space Missions and Systems: The updated class notes
- Missioni_Sist_Spa_2_2014.pdf (only minor typos corrected)
- Missioni_Sist_Spa_3_2014.pdf (some typos corrected)
may be downloaded from the link Class Notes. Please consider also the auxiliary slides Normal_Distributions.pdf.
For updated information you may follow me on Twitter (luciano_iess)
*** Seminars at Beijing Institute of Tracking and Telecommunications Technology (BITTT):
Seminar 1: Deep Space Navigation Systems: Where Do We Stand?
Seminar 2: The European Delta-DOR Correlator
Seminar 3: BepiColombo, the ESA Mission To Mercury; MORE: Geodesy, Geophysics, Navigation
Seminar 4 and 5: The Scientific Use of Deep Space Tracking Systems; Radio Science in Deep Space Missions
***Tour of Robledo's DNS facilities. The visit to the Robledo and Cebreros tracking complexes was an interesting and profitable experience for all of us. Follow the link to see some photos.
Frequently Asked Question (FAQ)
Relativity in the Global positioning System by N. Ashby
The rotation of LAGEOS