- StarNav III: A Three Fields of View Star Tracker12 Daniele Mortari1
- Daniele Mortari Associate Professor of Aerospace Engineering
- The Flower Constellations Daniele Mortari
- Acta Astronautica 59 (2006) 474482 www.elsevier.com/locate/actaastro
- Attitude and Orbit Error in n-Dimensional Spaces Daniele Mortari
- Non-Dimensional Star Identification for Un-Calibrated Star Cameras
- JOURNAL OF GUIDANCE, CONTROL, AND DYNAMICS Vol. 23, No. 5, SeptemberOctober 2000
- Ortho-Skew and Ortho-Sym Matrix Trigonometry Daniele Mortari
- Ortho-Skew and Ortho-Sym Matrix Trigonometry1 Daniele Mortari2
- THE FLOWER FORMATION FLYING PART I: THEORY Daniele Mortari*
- Synodic and Relative Flower Constellations with Applications to Planetary Explorations
- ORBIT DESIGN AND ESTIMATION FOR SURVEILLANCE MISSIONS USING GENETIC ALGORITHMS
- Satellite Constellation Design for Earth Observation
- Comparisons between GalileoSat and Global Navigation Flower Constellations
- Two-Way Orbits Ossama Omar Abdelkhalik and Daniele Mortari
- FLOWER CONSTELLATIONS AS RIGID OBJECTS IN SPACE Daniele Mortari
- The problem of estimating the state vector of a dynamical system from vector measurements, when it is known that the state vector satisfies certain constraints is considered. The case of a
- The Flower Constellations1 Daniele Mortari2
- Orbit Design for Ground Surveillance Using Genetic Algorithms
- QUATERNION ATTITUDE ESTIMATION USING VECTOR OBSERVATIONS
- OPTIMAL LINEAR ATTITUDE ESTIMATOR Daniele Mortari
- Solving Kepler's Equation using Bezier Curves A. Daniele Mortaria and B. Alberto Clocchiattib
- Constellation Design Via Projection of an Arbitrary Shape onto a Flower Constellation Surface
- Responsive Space Surveillance using Periodic Close Encounters
- Single-Point Optimal Attitude Determination Using Modified Rodrigues Parameters
- QUASI CONSTANT-TIME ORBIT PROPAGATION WITHOUT SOLVING KEPLER'S EQUATION1
- On the Rigid Rotation Concept in n-Dimensional Spaces
- PROCEEDINGS OF MICRORAD08 CONFERENCE, MARCH 11-14, 2008 -FLORENCE, ITALY Abstract--Requirements and preliminary specifications to
- UNIFORMLY DISTRIBUTED FLOWER CONSTELLATION DESIGN STUDY FOR GLOBAL NAVIGATION SYSTEM
- Conformal Mapping among Orthogonal, Symmetric, and Skew-Symmetric Matrices
- Texas A&M University is an Affirmative Action/Equal Opportunity Employer. The university is dedicated to the goal of building a culturally diverse and pluralistic faculty and staff committed to teaching and working in a multicultural environment and stron
- Flower Constellation of Orbiters for Martian Communication
- ROCK-AROUND ORBITS SCOTT KENNETH BOURGEOIS
- Aerospace Engineering 423 Space Technology I
- CCD Data Processing Improvements for Star Cameras D. Mortaria
- Space Surveillance with Star Trackers. Part II: Orbit Estimation
- Reconnaissance Problem Using Genetic Algorithms
- Nondimensional Star Identification for Uncalibrated
- Universita di Roma -"La Sapienza" Facolta di Ingegneria
- Compass Star Tracker for GPS Applications1
- A Study of Six Near-Earth Asteroids John L. Junkins1
- SP-SEARCH STAR PATTERN RECOGNITION FOR MULTIPLE FIELDS-OF-VIEW STAR TRACKERS
- GPS RECEIVER SELF SURVEY AND ATTITUDE DETERMINATION USING PSEUDOLITE SIGNALS
- Toward Ground-Based Autonomous Telescope Attitude Estimation
- AERO 211-501 -AEROSPACE ENGINEERING MECHANICS SPRING 2009 -3 CREDITS
- Paper AAS 03-609 Novel Techniques for Creating
- A PHOTON MAPPING BASED APPROACH TO COMPUTING CELESTIAL ILLUMINATION
- MULTIPLICATIVE MEASUREMENT MODEL AND SINGLE-POINT ATTITUDE ESTIMATION
- Two-Way Orbits Ossama Abdelkhalik and Daniele Mortari
- Predictive Centroiding for Single and Multiple FOVs Star Trackers1
- On Sun-Synchronous Orbits and Associated Constellations
- Star Pattern Recognition and Mirror Assembly Misalignment for DIGISTAR
- Dual-Compatible Flower Constellations Daniele Mortari
- Analysis and Demonstration: A Proof-of-Concept Compass Star Tracker Michael J. Swanzy
- Attitude and Position Estimation from Vector Observations
- Space Surveillance using Star Trackers. Part I: Simulations
- The Pyramid Star Identification Technique Daniele Mortari
- Spacecraft Attitude Determination Credit 3: (3-0)
- Low Energy Interplanetary Transfers Using Halo Orbit Hopping Method
- Planet and Time Estimation using Star Trackers Daniele Mortari
- THE FLOWER FORMATION FLYING PART II: APPLICATION1 Stefania Tonetti,2
- How to Avoid Singularity For Euler Angle Set? Puneet Singla
- FLOWER CONSTELLATIONS FOR TELEMEDICINE M. De Sanctis1
- THE FLOWER CONSTELLATIONS -THEORY, DESIGN PROCESS, AND APPLICATIONS
- User Interface Design for Moon-and-Star Night-Sky Observation Experiments
- JOURNAL OF IEEE TRANSACTIONS ON AEROSPACE AND ELECTRONIC SYSTEMS, VOL. 41, NO. 4, OCTOBER 2005 1 Recursive Mode Star Identification Algorithms
- The Flower Constellations Visualization and Analysis Tool Christian Bruccoleri and Daniele Mortari
- Uni-Flower: A Novel Proposal for University-Built Nanosatellites
