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2 | October 30-31 | Alexandria, VA | ||||||
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5 | DAY ONE | Thursday, October 30, 3:00pm - 5:00pm | Location: Westin 2nd Floor Foyer | ||||||
6 | # | First Name | Last Name | Affiliation | Poster Title | Poster Link | |
7 | 1 | Ian | Abraham | Yale University | NSF CAREER: Robots That Plan to Learn | ian.abraham@yale.edu | POSTER |
8 | 2 | Kaveh | Akbari Hamed | Virginia Tech | NRI: INT: Collaborative Research: A Robotic Platform for Body-Scale Human Physical Interaction Simulation in Embodied Virtual Reality | kavehakbarihamed@vt.edu | POSTER |
9 | 3 | Keenan | Albee | USC | Information-Aware Planning and Model Resilience for Extreme Environment Robotics | kalbee@usc.edu | POSTER |
10 | 4 | Sean | Andersson | Boston University | Intention-Aligned Autonomy for Resource Constrained Robots | sanderss@bu.edu | POSTER |
11 | 5 | Andres | Arrieta | Purdue University | Embodying Intelligence in Soft Machines from Multistability | aarrieta@purdue.edu | POSTER |
12 | 6 | Reza | Azadeh | University of Massachusetts Lowell | CAREER: Robot Learning of Complex Tasks | reza_azadeh@uml.edu | POSTER |
13 | 7 | Corina | Barbalata | Louisiana State University | CAREER: Autonomous underwater vehicle-manipulator robots adaptable to the unforeseen | cbarbalata@lsu.edu | POSTER |
14 | 8 | Sarah | Bergbreiter | Carnegie Mellon University | Enabling new mobility capabilities for robots at small scales | sbergbre@andrew.cmu.edu | POSTER |
15 | 9 | Laura | Blumenschein | Purdue University | Co-design of Heterogeneous Robot Team for Symbiotic Collaboration: Vine Robot | lhblumen@purdue.edu | POSTER |
16 | 10 | Laura | Blumenschein | Purdue University | Co-design of Heterogeneous Robot Team for Symbiotic Collaboration: RESCUE Rollers | lhblumen@purdue.edu | POSTER |
17 | 11 | Roberto | Bolli | MIT | Elderly Bodily Assistance Robot (E-BAR): A Robot System for Body-Weight Support, Ambulation Assistance, and Fall Catching, Without the Use of a Harness | rbolli@mit.edu | POSTER |
18 | 12 | Achira | Boonrath | University at Buffalo | Modeling, Design and Operation of Robotic Tether-Net Systems for Reliable Capture of Targets | achirabo@buffalo.edu | POSTER |
19 | 13 | Jean | Chagas Vaz | University of Louisville | Closing the Loop in Telepresence Robotics: From Perception to Physical Touch | jean.chagasvaz@louisville.edu | POSTER |
20 | 14 | Joyce | Chai | University of Michigan | RACER: Rich Language-guided Failure Recovery Policies for Imitation Learning | chaijy@umich.edu | POSTER |
21 | 15 | Pratik | Chaudhari | University of Pennsylvania | NRI: Robotics, Science and Technology for Forestry | pratikac@seas.upenn.edu | POSTER |
22 | 16 | Kevin | Chen | Massachusetts Institute of Technology | Acrobatics at the insect scale: A durable, precise, and agile micro–aerial robot | yufengc@mit.edu | POSTER |
23 | 17 | Tony | Chen | Georgia Tech | Mechanical Intelligence Robotics Laboratory | tonygchen@gatech.edu | POSTER |
24 | 18 | Bo | Cheng | The Pennsylvania State University | Collaborative Research: Omnidirectional Perching on Dynamic Surfaces: Emergence of Robust Behaviors from Joint Learning of Embodied and Motor Control | buc10@psu.edu | POSTER |
25 | 19 | Hwan | Choi | University of Central Florida | Design of a Semi-Active Ankle Foot Prosthesis Using a Pneumatic and Hydraulic Hybrid for Stiffness and Energy Timing Control | hwan.choi@ucf.edu | |
26 | 20 | Howie | Choset | Carnegie Mellon University | Comprehensive Dynamic Search Framework for Asynchronous Multi-Objective Multi-Agent Planning | choset@andrew.cmu.edu | POSTER |
27 | 21 | Preston Davis | Culbertson | Cornell University | Physically Robust Robot Learning - Calibration, Adaptation, and Improvisation (API) | pdc79@cornell.edu | POSTER |
28 | 22 | Karthik | Dantu | University at Buffalo | Language-in-the-loop Culvert Inspection on the Erie Canal | kdantu@buffalo.edu | POSTER |
29 | 23 | Xiaoguang | Dong | Vanderbilt University | CAREER: Magnetically Controlled Microfluidic Delivery and Locomotion in Miniature Soft Robots for Precision Medicine | xiaoguang.dong@vanderbilt.edu | POSTER |
30 | 24 | Brittany | Duncan | University of Nebraska-Lincoln | NRI: Collaborative Research: Adaptive multi-Robot Configurable Teams Investigating Changing Ecosystems | bduncan@unl.edu | POSTER |
31 | 25 | Chen | Feng | New York University | Embodied Spatial Intelligence | cfeng@nyu.edu | POSTER |
32 | 26 | Nadia | Figueroa | University of Pennsylvania | CAREER: Constraint-Aware Estimation, Learning and Control for Fluid Physical Human-Robot Collaboration | nadiafig@seas.upenn.edu | |
33 | 27 | Ayush | Gaggar | Northwestern University | Data Acquisition for Visual Generative Models | agaggar@u.northwestern.edu | POSTER |
34 | 28 | Dongming | Gan | Purdue University | Variable Stiffness Robotic Hands with Intrinsic Force and Slip Sensing based on Event Vision and Machine Learning for Dexterous Grasping and Manipulation | dgan@purdue.edu | POSTER |
35 | 29 | Junyi | Geng | Pennsylvania State University | Dexterous Aerial Manipulation Via Physics-Infused Intelligence | jxg1052@psu.edu | POSTER |
36 | 30 | Masoud | Gheisari | University of Florida | Safe Human-Drone Interaction in Construction | masoud@ufl.edu | POSTER |
37 | 31 | Yan | Gu | Purdue University | CAREER: A Hybrid Filtering and Robust Control Framework for Legged Robot Locomotion on Dynamic Rigid Surfaces | yangu@purdue.edu | POSTER |
38 | 32 | Ayonga | Hereid | The Ohio State University | CAREER: Hierarchical Reinforcement Learning Framework for Safe Dynamic Bipedal Locomotion | hereid.1@osu.edu | POSTER |
39 | 33 | Geoffrey | Hollinger | Oregon State University | Robust Failure Recovery for Robotic Manipulation | geoff.hollinger@oregonstate.edu | POSTER |
40 | 34 | Sabbir | Hossain | Oklahoma State University | Safe Wind-Aware Navigation for Collaborative Autonomous Aircraft in Low Altitude Airspace. | sabbir.hossain@okstate.edu | POSTER |
41 | 35 | Yifan | Hou | Stanford University | Hierarchical Representation Learning for Robot Assistants | yifanhou@stanford.edu | POSTER |
42 | 36 | Xiaonan | Huang | University of Michigan, Ann Arbor | Untethered Reconfigurable Soft Robots with Multimodal Locomotion for Amphibious Unstructured Environments by Soft Electromagnetic Actuator | xiaonanh@umich.edu | POSTER |
43 | 37 | Monroe | Kennedy | Stanford University | CAREER: Soft Robotic Fingertips with High-Resolution, Calibrated Shape and Force Sensing for Dexterous Manipulation | monroek@stanford.edu | POSTER |
44 | 38 | Krishna | Kidambi | University of Dayton | Robust Physics-Aware Learning and Control under Uncertainty | kkidambi1@udayton.edu | POSTER |
45 | 39 | Marc | Killpack | Brigham Young University | Foundations for Physical Co-Manipulation with Mixed Teams of Humans and Soft Robots | marc_killpack@byu.edu | POSTER |
46 | 40 | Donghyun | Kim | University of Massachusetts Amherst | A Novel Framework for the Hardware & Control Co-Design of Dynamic Humanoid Robots with Electric Motors | donghyunkim@umass.edu | POSTER |
47 | 41 | Sukjun | Kim | UC San Diego | Engineering Motion in Tiny Robots | suk056@ucsd.edu | POSTER |
48 | 42 | Rebecca | Kramer-Bottiglio | Yale University | Soft, Adaptive, and Resilient Robots for Natural Environments | rebecca.kramer@yale.edu | POSTER |
49 | 43 | Axel | Krieger | Johns Hopkins University | NSF/FRR 2144348 CAREER: Advancing autonomy for soft tissue robotic surgery and interventions | axel@jhu.edu | POSTER |
50 | 44 | Alan | Kuntz | University of Utah | NRI: Liquid-Solid Metal for Embodied Intelligence in Semi-Soft, Human-Collaborative Robots | alan.kuntz@utah.edu | POSTER |
51 | 45 | Yangming | Lee | RIT | Exploring Visual-Haptic Synergy in Fragile Object Manipulation | ymliee@rit.edu | POSTER |
52 | 46 | Chen | Li | Johns Hopkins University | Terradynamics of Animals & Robots in Complex Terrains | chen.li@jhu.edu | POSTER |
53 | 47 | Jiaoyang | Li | Carnegie Mellon University | FRR: Robust Multi-Robot Path Planning and Execution on a Large Scale | jiaoyangli@cmu.edu | POSTER |
54 | 48 | Suyi | Li | Virginia Tech | Plant-Inspired Growing Robots Operating in Multiple Time Scales | suyili@vt.edu | POSTER |
55 | 49 | Yun | Li | Villanova University | High-Loading PDMS–CB Ink for Robust Flexible Sensor | lyun@villanova.edu | POSTER |
56 | 50 | Yunzhu | Li | Columbia University | PhysTwin: Physics-Informed Reconstruction and Simulation of Deformable Objects from Videos | yunzhu.li@columbia.edu | POSTER |
57 | 51 | Shan | Lin | Arizona State University | Intelligent Robotics in Surgical Environments and Beyond | shan.lin.2@asu.edu | POSTER |
58 | 52 | Fei | Liu | University of Tennessee, Knoxville | SurgiTwin: Digital Twins Meet Surgical Robotics and Physics-based Sim-to-Real Embodiment and Physics-based Sim-to-Real Embodiment | fliu33@utk.edu | POSTER |
59 | 53 | Yizhi | Liu | Syracuse University | Collaborative Research: FRR: Endowing Aerial Robots with Ground Mobility and Multimodal Perception for Autonomous Roof Inspection | yliu580@syr.edu | POSTER |
60 | 54 | Giuseppe | Loianno | UC Berkeley | CAREER: Re-Thinking the Perception-Action Paradigm for Agile Autonomous Robots (2546659) | loiannog@berkeley.edu | POSTER |
61 | 55 | Guoyu | Lu | SUNY Binghamton | Multi-Modal 3D Robotic Perception and Understanding | glu4@binghamton.edu | POSTER |
62 | 56 | Wenhao | Luo | University of Illinois Chicago | ERI: Adaptive and Resilient Communication-Aware Multi-Robot Coordination | wenhao@uic.edu | POSTER |
63 | 57 | Yiwei | Lyu | Texas A&M University | Safe Decision-Making for Responsible Robotics | yiweilyu@tamu.edu | POSTER |
64 | 58 | Nina | Mahmoudian | Purdue University | Co-Robots to Enhance Motivation and Self-efficacy in Formal STEM Education | ninam@purdue.edu | POSTER |
65 | 59 | Ann | Majewicz Fey | UT Austin | NRI: FND: Customizable Haptic Co-Robots For Training Emergency Surgical Procedures | Ann.MajewiczFey@utexas.edu | |
66 | 60 | Andreas | Malikopoulos | Cornell University | Addressing Safe Interaction Between Autonomous and Human-Driven Vehicles | amaliko@cornell.edu | POSTER |
67 | 61 | Eric | Markvicka | University of Nebraska-Lincoln | Intelligent Self-Healing Artificial Muscle: Mechanisms for Damage Detection and Autonomous Repair of Puncture Damage in Soft Robotics | eric.markvicka@unl.edu | POSTER |
68 | 62 | Andre | Mazzoleni | North Carolina State University | MAARCO – Multi-terrain Amphibious ARCtic ExplOrer | apmazzol@ncsu.edu | POSTER |
69 | 63 | Reuth | Mirsky | Tufts University | Helpful Robots Flag Flawed Decisions | reuthde@gmail.com | POSTER |
70 | 64 | Marc | Miskin | Upenn | NRI: Electronically Integrated Microscopic Robot Swarms | mmiskin@seas.upenn.edu | POSTER |
71 | 65 | Ahmed | Mohamed | The Pennsylvania State University | Neuromorphic Computing using Soft Biomolecular Materials | asm6015@psu.edu | POSTER |
72 | 66 | Joseph | Moore | Johns Hopkins University | Real-Time Planning and Control with a Vortex Particle Model for Fixed-Wing UAVs in Unsteady Flows. | jlmoore@jhu.edu | POSTER |
73 | 67 | Tania | Morimoto | University of California San Diego | CAREER: Extending Human Dexterity Through Hand-Held Continuum Robots | tamorimoto@ucsd.edu | POSTER |
74 | 68 | Melanie | Moses | University of New Mexico | Project VolCAN: Monitoring Volcanic Emissions with Co-Robots | melaniem@unm.edu | POSTER |
75 | 69 | Mahdieh | Nejati Javaremi | Northwestern University | Interface-Aware Intelligence for Robot Teleoperation and Autonomy | mahdieh.n@gmail.com | POSTER |
76 | 70 | Zhen | Ni | Florida Atlantic University | A Computationally Efficient Inverse Reinforcement Learning Approach with Simplified Implementation for Autonomous Driving Application | zhenni@fau.edu | POSTER |
77 | 71 | Nikos | Papanikolopoulos | Robotics, CS UMN | NRI: INT: COLLAB: Cooperative Robot Teams for Precision Agriculture and Plant Health Management | papan001@umn.edu | POSTER |
78 | 72 | Ramviyas | Parasuraman | University of Georgia | Learning Behaviors that Emerge: A New Paradigm for Collective Robotics | ramviyas@uga.edu | POSTER |
79 | 73 | Myungsun | Park | UC San Diego | Robotic Mobility and Manipulation enhanced by Soft Sensor Technologies | mypark@ucsd.edu | POSTER |
80 | 74 | Alyssa | Pierson | Boston University | Decentralized and Online Planning for Emergent Cooperation in Multi-Robot Teams | pierson@bu.edu | POSTER |
81 | 75 | Michael | Posa | University of Pennsylvania | Manipulation of novel objects via non-smooth implicit learning | posa@seas.upenn.edu | POSTER |
82 | 76 | Daniel | Preston | Rice University | Textile-Enabled Technologies for Human-Centric Soft Wearable Robots | djp@rice.edu | POSTER |
83 | 77 | Alberto | Quattrini Li | Dartmouth | CAREER: Resilient Low-Cost Robot Teams for Autonomous Aquatic Exploration | alberto.quattrini.li@dartmouth.edu | POSTER |
84 | 78 | Harish | Ravichandar | Georgia Tech | Frugal Robot Learning | harish.ravichandar@cc.gatech.edu | |
85 | 79 | Ioannis | Rekleitis | University of Delaware | Mapping Pamir | yiannisr@udel.edu | POSTER |
86 | 80 | Benjamin | Riviere | New York University | Search and Learning Systems for General Purpose Space Robotics | bpr3966@nyu.edu | POSTER |
87 | 81 | Rodney | Roberts | Florida A&M University | Shape-Based Remote Manipulation | rroberts@eng.famu.fsu.edu | POSTER |
88 | 82 | Andrew | Sabelhaus | Boston University | Safe Autonomous Environmental Contact for Soft Robots using Control Barrier Functions | asabelha@bu.edu | POSTER |
89 | 83 | Amit | Sanyal | Syracuse University | Autonomous Operations of Unmanned Aerial Vehicle using Onboard Sensing to Monitor and Track Wildland Fires | aksanyal@syr.edu | POSTER |
90 | 84 | Junaed | Sattar | University of Minnesota, Twin Cities | NRI : Enhancing Autonomous Underwater Robot Perception for Aquatic Species Management | junaed@umn.edu | POSTER |
91 | 85 | Mingyo | Seo | The University of Texas at Austin | Sensorimotor Abstraction for Learning Generalizable Skills across Diverse Robots | mingyo@utexas.edu | POSTER |
92 | 86 | Paras | Sharma | University of Pittsburgh | Designing Effective Behaviors in a Social Robot that Supports Collaborative Learning in Middle School Mathematics | pas252@pitt.edu | POSTER |
93 | 87 | Tom | Silver | Princeton University | Robots that Plan and Learn to Help People | tsilver@princeton.edu | POSTER |
94 | 88 | Ravieshwar | Singh | Independent Researcher | Choreographing Elegance in Quadruped Robots for the Runway and Beyond | rgs@protocollaw.com | POSTER |
95 | 89 | Ravieshwar | Singh | Independent Researcher | Modular Protective Garments for Space Robots | rgs@protocollaw.com | POSTER |
96 | 90 | Katherine | Skinner | University of Michigan | CAREER: Adaptive Multimodal Fusion for Robust Robot Perception in Underwater Environments | kskin@umich.edu | POSTER |
97 | 91 | Laura | Stegner | George Washington University | An Ecological Approach: How Can We Design Robots that Endure in Long-Term Care? | laura.stegner@gwu.edu | POSTER |
98 | 92 | Gregory | Stein | George Mason University | Fast and Reliable Online Retraining and Adaptation for Robot Planning Despite Missing World Knowledge | gjstein@gmu.edu | POSTER |
99 | 93 | Adrian | Stein | Louisiana State University | Object Identification Under Known Dynamics: A PIRNN Approach for UAV Classification | astein@lsu.edu | POSTER |
100 | 94 | Angelique | Taylor | Cornell Tech | FRR: Social and Contextual Models of Interaction with Everyday Robots | amt298@cornell.edu | POSTER |