University of Maryland DYMAFLEX SHOT II Post-Flight Presentation

Slides:



Advertisements
Similar presentations
Solar Cell Efficiency Flight Readiness Review Teddy Bounds Angela Dunn Joel Sasser.
Advertisements

Aolani “heavenly cloud” University of Hawaii Shantel Hunt, Nick Fisher, Dan Fong, James Ah Heong, Monica Umeda.
CASTOR Jr. MIT 2LT Corey Crowell 2LT Matt McCormack Lucas de la Garza Spenser Parra.
1 May 18, 2007Team # 7103: METEOR Instrumentation Platform M.E.T.E.O.R. Instrumentation Platform Matt Lipschutz Rashmi Shah Adam Gutterman Jessica.
T24 Wireless Telemetry Advanced Intelligent Instrumentation.
GLAST LAT Project June 6, 2007 NCRs and Waivers 1 GLAST Large Area Telescope Systems Engineering Test Status, NCRs and Verification Status Pat Hascall.
EEE440 Modern Communication Systems Satellite Systems.
BOREAS: Balloon Sub-Orbital Radio Evaluation of Data TransmissionSlide 1 of 6 6/14/2006 Introduction:
1 SHOT II Communication System Experiment University of Minnesota Max Schadegg, Cole Christensen, Ian Macmillen, Steve Haviland June 10 th, 2010 University.
UHM CanSat Team Members: Chris Ho: Team master, software Tyson Fukuyama: Hardware.
M-SAT Missouri S&T Satellite Team SHOT II Post-Launch Ryan Pahl Matt Campbell Stephanie Evans Austin Ferguson.
Texas A&M University Ryan Goodnight Amanda Collins Libby Osgood.
1 November 10, 2006Team # 7103 M.E.T.E.O.R. Instrumentation Platform Sponsor: Harris Corporation Matt Lipschutz Rashmi Shah Adam Gutterman Jessica.
M-SAT Missouri S&T Satellite Team SHOT II Pre-Launch Ryan Pahl Matt Campbell Stephanie Evans Austin Ferguson.
Mission Expectations As Planned: –Full end-to-end test of Akoya-Bandit imaging and dedicated comm subsystems –Take, store, and transmit images over 900MHz.
Wireless Data Acquisition for SAE Car Project by: J.P. Haberkorn & Jon Trainor Advised by: Mr. Steven Gutschlag.
Yongho Kim Aug 2, : My Job TLM_ReceiverRS decoderGSEOS Nothing.. Interface - Serial line - TCP/IP connection with MPS Functions - CCSDS frame,
EC4019PA Intrusion & Access Control Technology (IACT) Chapter 4- CAMS Prepared by Sandy Tay.
University at Buffalo GLADOS SHOT II Balloon Payload Presentation June 29, 2012 Andrew Dianetti, Alex Wende, Bryant Carlson, Joe Flannery 1.
Existing Network Study CPIT 375 Data Network Designing and Evaluation.
Document Number ETH West Diamond Avenue - Third Floor, Gaithersburg, MD Phone: (301) Fax: (301)
LSU 06/23/04COSPAR 2004, HASP Presentation1 The High Altitude Student Platform (HASP) for Student-Built Payloads T.G. Guzik and J.P. Wefel Dept. of Physics.
CanSat Interim Presentation II
KHU Ground Station Nayoung Yoon KHU, 2010/10/041TRIO-CINEMA.
CHIPSat Cosmic Hot Interstellar Plasma Spectrometer Spacecraft Julius-Maximilians-Universität Würzburg S: Telematik in der Raumfahrt Prof. Dr. Schilling.
DINO PDR 17 October 2015 DINO Communication System Zach Allen Hosam Ghaith Mike Li.
The Balloon Launch “Spacecraft” and Environment ACES Presentation T. Gregory Guzik February 20, 2003.
NDT: Update Duplex Mismatch Detection Rich Carlson Winter Joint Tech February 15, 2005.
Atomic Aggies CDR. Final Launch Vehicle Dimensions Diameter 5.5” Overall length: inches Approximate Loaded Weight: lb.
Flight Testing Small Satellites Through High Altitude Ballooning Presented by Zach Henney 18 April 2015.
1 University of Maryland DYMAFLEX SHOT II Pre-Flight Presentation June 29, 2012.
Boston University Daniel TaylorNima Badizadegan R. Terry BlackPantelis Thomadis.
1 ARMADILLO – SHOT II The University of Texas at Austin Post-flight Analysis Travis Imken Shaina Johl Christopher McBryde Travis Sanders July 1 st, 2012.
20 November 2008 SB-1 First Look at the Deep Impact DTN Experiment (DINET) Scott Burleigh Jet Propulsion Laboratory California Institute of Technology.
Arizona Space Grant Symposium April 19, 2008 SWE Imaging Payload Command and Data Handling Jordan Cluster.
Designing a Communications System for Eagle Lisa Ferguson Dr. Gary Yale, Dr. Ed Post Arizona Statewide Symposium Announcements April 12, 2014.
Group Members Richard George – Industrial Technology Mike Svendsen – Computer Engineer Steve Towey – Computer Engineer Brian Walker – Architect Client.
Laboratory 2 Group 19 The Group of Destiny. User Interface - Debugging Objectives:  Display: Sensor data (telemetry) – including IR sensors, status of.
Colorado Space Grant Consortium University of Colorado at Boulder Undergraduate Research Opportunity Fund.
Science Presentation. Mission Goals & Objectives Verifying U.S Standard Atmospheric Model for altitudes up 100,000 ft Collect data of temperature, pressure,
University at Buffalo GLADOS SHOT II Balloon Launch Results Presentation July 1, 2012 Andrew Dianetti, Alex Wende, Bryant Carlson, Joe Flannery 1.
A network without routers is a very simple concept. When information is sent across a network line, all devices connected to that line read the data. If.
Van Allen Probes VAP Spacecraft and Programmatic Status Ed Reynolds
© Airspan Networks Inc. Automatic QoS Testing over IEEE Standard.
ETTC 2015-Guaranteed end-to-end latency through Ethernet Øyvind Holmeide 02/01/2015 by.
Doble TDR 900 Test Set and T-Doble Software Set-up and Testing.
Wire the power and the RS-485 port(COM1) of the meter Connect the RS-485 port of the meter to your computer serial port Power up the meter Check the serial.
Instructor Materials Chapter 8: Network Troubleshooting
Communications Design Review
Driftsonde System Capabilities
Ozone Sensors Payload and its Applications on
USNA Next Generation Ground Station
Ozone Sensors Payload and its Applications on
Shape Memory Alloy Reusable Deployment Mechanism
Fault Protection Techniques in JPL Spacecraft
Drone Flight Manager Software on Linux
CanSat Competition Competition Objectives Pre-Launch Launch
SWITCHING Switched Network Circuit-Switched Network Datagram Networks
StratoBuoy II Results Matt Voll Brian Mayernik Pat O’Hara.
HA1L High Altitude 1U Laboratory
StratoBuoy II Matt Voll Brian Mayernik Pat O’Hara.
Pima Community College ASCEND Flight: Spring 2010 A post-mortem!!!
Data Communication Networks
ECE477 Group 7 Success Criteria
Daniel Taylor Nima Badizadegan R. Terry Black Pantelis Thomadis
Significant Milestones in Satellite Technology
Which of the following is a digital communications mode?
<Your Team # > Your Team Name Here
<Your Team # > Your Team Name Here
Suggestion on your presentation of the TT&C subsystem
Presentation transcript:

University of Maryland DYMAFLEX SHOT II Post-Flight Presentation July 1, 2012

Summary Goal: Receive packets to analyze packet loss with the satellite link margin Test preliminary satellite software and C&DH configuration Began receiving packets immediately after power on of payload Received packets for the duration of the flight, with some exceptions Began recording packets with the ground station shortly after balloon released Temperatures looked accurate throughout flight

Temperature Data

Packet Loss Analysis 207 total packets sent, recorded 129 packets First 42 not recorded due to ground station setup delay 26 dropped during communications loss 3 dropped during anomalous behavior 7 other unexplained dropped packets 3.38% of packets dropped Unable to determine accurate cause of anomalous packets drops due to lack of sensor data from the payload Packet drops possibly caused by: Low temperatures Condensation Neil Patrick Harris on a Unicorn (Pegasus?)

Flight Anomalies Lost contact with payload during descent at ~24,000 ft Contact regained at ~10,000 ft Attempted to transmit command to payload During this portion, could not record received packets, accounting for 2 dropped packets Changed log files to make sure logging was correct, allowing a packet to be dropped Temperature consistency Temperature remained static at -5.84°C for some portions of flight Repeated packet Contained anomalous data: odd temperature data and static time stamp

Future Testing Input voltage monitoring Internal logging Uplink commands Fully tested ground station Thermal protection on C&DH 9600 baud RF Stream protocol testing

Any Questions?