ICDV, MSR and GPS data description Camille Catalano ICDV data MSR data GPS data.

Slides:



Advertisements
Similar presentations
Systems and sensors Dr. Bertrand Dano ©Altapic.com, 2014.
Advertisements

Accelerometers and Gyros Timothy Friez Class # 3 1/29/08.
UNIT V: EARTH’S COORDINATE SYSTEMS
Dr. Shanker Balasubramaniam
Hacking and controlling toy flyers Mid-term presentation Student : Frédéric Blanc Assistant : Rico Möckel Professor : Auke Jan Ijspeert.
Note if in doubt click the “Help” button
Euler Angles. Three Angles  A rotation matrix can be described with three free parameters. Select three separate rotations about body axesSelect three.
Position and Motion Section 1.1.
Part 2 - Pitch and Roll Yaw
The Accelerometer and Gyroscope
Airborne Gravity Processing 101 Sandra Preaux
Quadcopters. History Also known as quadrotors First flying quadrotor: – 11 November 1922 – Etienne Oehmichen Image: blogger.com.
Data Organization Data Collection and Spreadsheets.
Balloon Fest December 7, 2013 Team 26 Learning for Life School Group 3 – Wolves (Advanced) Determine Whether GPS Altitude Lags Barometric Pressure and.
13.1 & 13.3 A Closer Look at the Earth and Why we have Seasons Katrina
Mapping Our World: Globes Chapter 2. Your Experience with Maps Describe the various ways in which you have used maps. Why is it important to use a map?
Mathematics for IT Lecture 4 trigonometric. TRIG REVIEW Trig Function Evaluation : How to use the unit circle to find the value of trig functions at some.
Karman filter and attitude estimation Lin Zhong ELEC424, Fall 2010.
IMPROVE THE INNOVATION Today: High Performance Inertial Measurement Systems LI.COM.
Inertial Navigation System Overview – Mechanization Equation
This tutorial will assist you in creating graphs from downloadable excel files.
Assignment: Descriptive stats and Graphing using Excel 2010.
The Research of a New Low-Cost INS/GPS Integrated Navigation Masaru Naruoka.
Touchdevelop api api gyroscope measure device rotation rate Disclaimer: This document is provided “as-is”. Information and views expressed in this document,
ADCS Review – Attitude Determination Prof. Der-Ming Ma, Ph.D. Dept. of Aerospace Engineering Tamkang University.
WHICH TRANSFORMATIONS DO YOU KNOW? ROTATION WHICH TRANSFORMATIONS DO YOU KNOW? ROTATION.
6.5 Notes Graphing trigonometric functions transformationally: changes to C and D.
ASIRAS Pre Report ● Part 1: ASIRAS campaigns 2004 ● System characteristics ● Data acquisition ● Part2: preliminary data processing report ● GPS processing.
Current Works Corrected unit conversions in code Found an error in calculating offset (to zero sensors) – Fixed error, but still not accurately integrating.
Objective: To develop a fully-autonomous control system for the Q-ball based on onboard IMU/Magnetometer/Ultrasound sensory information Summer Internship.
LATITUDES & LONGITUDES
Latitude & Longitude Practice
Latitude measures the vertical axis, which describes how far north or south a location is. The zero point for latitude is the equator. To the north, the.
Sensor Fusion Donald Heer 11/10/10. The Questions Can two things happen at the ‘same’ time? Can the same thing be observed ‘identically’ by two different.
AHRS calibration and performance study V. Kulikovskiy.
Translations Unit 2 Section 1. What is a translation? Moving a shape, without rotating or flipping it. "Sliding". The shape still looks exactly the same,
EE 495 Modern Navigation Systems Navigation Mathematics Rotation Matrices – Part II Wednesday, Jan 14 EE 495 Modern Navigation Systems Slide 1 of 21.
90 Vertical Horizontal Oblique line a b Angles a + b = 180 o Angles at a Point b = 115 o Angle a = 180 – 115 = 65 o.
6.7 Graphing Absolute Value Equations. Vertical Translations Below are the graphs of y = | x | and y = | x | + 2. Describe how the graphs are the same.
What type of transformation is used in inflating a balloon?
Quadroter Control System
Outline Introduction to sensors
Lab Cube.
CS4101 Introduction to Embedded Systems Lab 11: Sensors
Interpolating and extrapolating information
Latitude and Longitude
Recall that AIR TEMPERATURE varies dependent upon
Angles and Their Measure
Angles and Their Measure
Inertial Measurement Unit (IMU) Basics
Lesson 5-1: Angles and Degree Measure
Latitude and Longitude
TEST 1-4 REVIEW 381 Algebra.
Rotations on the Coordinate Plane
6.7 Graphing Absolute Value Equations
Image Acquisition and Processing of Remotely Sensed Data
Robotics System Lecture 4: Gyro Sensor
Latitude and Longitude
Robotics System Lecture 4: Gyro Sensor
G.CO.2&5: Rotations March 4th, 2015.
Latitude and Longitude
Motion Part 2: Distance-Time Graphs.
( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , )
Latitude and Longitude
Latitude & Longitude Practice
Transformations Review
Velocity vs Time Graphs – Notebooks
TEST 1-4 REVIEW 381 Algebra.
Describing Transformations
Warm up honors algebra 2 3/1/19
Presentation transcript:

ICDV, MSR and GPS data description Camille Catalano ICDV data MSR data GPS data

ICDV data Localisation : In the “MECC” unit

ICDV data The OCDV folder : 14_23 / 4 sensors : a temperature sensor, an accelerometer, a gyroscope and a magnetometer. All located in the NOSYCA gondola. 3000data/minutes. File of description : CONFIG_CTIN TXT Data in 516 files (MC_CTIN-001.PHY.CSV ) Line of header with the date and time of the first data of the file. 14 columns : counter; roll; pitch; yaw; gyroX; gyroY; gyroZ; accX; accY; accZ; magnX; magnY; magnZ; Temperature;

ICDV data Counter : time in seconds from the first data of the first file Roll, Pitch and Yaw are the Euler angles (in radians) defined around the X, Y and Z axis X Z Y

ICDV data First look at the yaw angle (rotation around the vertical axis of the balloon) during the waiting time on the tarmac… -> Important drift ! Still in discussion with CNES people…

MSR data The folder MSR_NCU 3 accelerometers in an unit at the level of the crash-pads Already.jpg graph and data in.csv format Between 27 and 38 lines of headers describe all of the file data Date/Time ; AccX ; AccY ; AccZ ; T ; Bat

GPS data Two identical GPS (ITAC and ULIS) in the NOSYCA gondola taking data each seconds. Data are in Excel format. 8 columns : Time (utc date and time) USOL_GC_GPSALTITUDE (altitude in meter), USOL_GC_GPSLATITUDE (latitude in degrees), USOL_GC_GPSLONGITUDE (longitude in degrees), USOL_GC_GPS_QUAL_LOC, USOL_GC_GPSCAP, USOL_GC_GPSVHORIZONTALE (horizontal velocity in meters per second) USOL_GC_GPSVVERTICALE (vertical velocity in meters per second). !!!! LOC-ITAC_EUSO.xls doesn’t contain data of the landing !!!!

ICDV, MSR and GPS data description All could be found in the almost finish “ICDV_GPS_datadescription.docx”