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Unnamed: 0 | 2011 AHS Specialists' Meeting on Unmanned Rotorcraft  - Program | Unnamed: 2 | Unnamed: 3 | Unnamed: 4 | Unnamed: 5 | Unnamed: 6
No. | Title | Authors | Affliation | Session | Session Title | [NAME]
1 | Realizing Visual-Augmented Inertial Navigation for a Rotorcraft Vehicle | [NAME], [NAME], [NAME], [NAME], [NAME] | Dipartimento di Ingegneria Aerospaziale, [NAME] | 1 | Control and Autonomy
2 | Design, Control, and [NAME] of a Quad-rotor MAV | [NAME] and [NAME] | University of Maryland | 3
3 | From Falling to Flying: The Path to Powered Flight of a Robotic Samara | [NAME], [NAME] | University of Maryland | 3
4 | Towards Obstacle Avoidance For Autonomous UAV Operation | [NAME] and [NAME] | University of Maryland | 1
5 | Minimal risk motion planning: a new planner for autonomous UAVs in uncertain environments | [NAME] and [NAME] | Army AFDD | 1
6 | Optimal Design Study of a Micro Quad-rotor | [NAME], [NAME] and [NAME] | University of Maryland | 3
7 | Twist Control of an Extremely Flexible Rotor Blade for Micro-Aerial Vehicles | [NAME] and [NAME] | University of Texas, Austin | 3
8 | Advanced attitude command generation for unmanned helicopters in the context of a feedback free reference system | [NAME], [NAME], [NAME] | DLR  Germany | 1
9 | High [NAME] of-the-Earth Unmanned Helicopter Flight | [NAME], [NAME], [NAME], J.V.R Prasad and [NAME] | Georgia Tech and [NAME] | 1
10 | Adaptive Path Planning in Dynamic Environment using Receding Horizon Probabilistic Roadmap: Experimental Demonstration | [NAME], [NAME], [NAME], [NAME], [NAME] | [NAME] and UTRC | 1
11 | Applying Virtual Simulation in Operational Testing of Apache Block III Levels of Interoperability with Unmanned Aerial Systems | [NAME] and [NAME] | Boeing | 2 | Network Centric Operations
12 | Numerical Investigation of Aerodynamics of Avian Based Rigid Flapping Wing for MAV Applications | Ria Malhan, [NAME], [NAME] and [NAME] | University of Maryland | 3 | Micro Air Vehicles Design and Control
13 | Self-contained Passive Autonomous Formation Flying | [NAME], [NAME] and [NAME] | [NAME] and UTRC | 1
14 | Experimental Investigation of the Effect of Rotor Geometry on the Performance of a MAV-Scale Cycloidal Rotor | Moble Benedict, [NAME] and [NAME] | University of Maryland | 3
15 | A Flexible Framework for Network Integration | [NAME] | Boeing | 2
16 | Unmanned Rotorcraft Electronics Network Centric Reference Architecture & Applications | [NAME], [NAME] and [NAME] | Curtiss-Wright Controls Electronic Systems | 2
17 | Distributed Flight Controls for Unmanned Fixed Wing and VTOL Air Vehicles | [NAME], Jr., [NAME], [NAME] and [NAME] | Continuum Dynamics Inc. | 1
18 | Design of a morphing Micro Aerial Vehicle | Rohan R Mahadik and [NAME] | University of Texas, Austin | 3
19 | Exploring the Insect-Based Aerodynamics for Micro-Air Vehicles | [NAME], Moble [NAME]  and [NAME] | University of Maryland | 3
20 | Flight Test Evaluation of Safety Concepts for Manned-Unmanned Rotorcraft Flight Operations in a Shared Airspace | [NAME] and [NAME] | DLR  Institute of Flight Systems, Germany | 1
21 | Interoperability with Unmanned Air Vehicles as an Operationally Effective Alternative to Wideband SATCOM on Rotorcraft | [NAME], [NAME], [NAME], [NAME] and [NAME] | Boeing | 2
22 | Performance and Rotor-Based Control of a Shrouded Rotor [NAME] in Edgewise Flow | [NAME] and [NAME] | University of Maryland | 3
 | Invited Speakers
1 | UAS Integration into NAS | [NAME] | Georgia Tech
2 | Emerging Concepts in Net Centric UAS Operations | [NAME], [NAME], [NAME] and Sergio Menchaca | Bell Helicopter Textron and AAI Corporation
3 | Little Bird and Unmanned VTOL Technologies | Dino cerchie | Boeing
4 | [NAME] (A160) Unmanned Rotorcraft Deployment Demonstrations and Transition to Production | [NAME] and [NAME] | Boeing
5 | Network Centric Operations - A Navy Perspective | [NAME] | Boeing, NCOIC Technical Council Chair
6 | Network Centric Operations - An Industry Perspective | [NAME] | SPAWAR, US Navy
 | Others Invited
1 | Col. Sova |  | US Army | Keynote Speaker
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