Breakout group C1 Monica Nicolescu Maja Matarić Gunter Niemeyer Benjamin Kuipers Warren Dixon Jill Drury Jana Koseka Brian Scassellati.

Slides:



Advertisements
Similar presentations
Building Team Connections in a Health Sciences Library Using the DiSC® Profile Nancy Allee, AHIP, Deputy Director, and Jane Blumenthal, AHIP, Director,
Advertisements

AIAA Task Force on Earth Observations 2 October 2009 AIAA HQ Reston VA.
European Commission DG Information Society Info Day Brussels, 2 June 2005 Focal points: 1. Concepts, methods and core services 2. Tools in Rich Environments.
1 NEST New and emerging science and technology EUROPEAN COMMISSION - 6th Framework programme : Anticipating Scientific and Technological Needs.
B1: Technical Merit List short term research directions and areas –Mobility assistant, builds model of environment, peer-to-peer interaction with human.
HRI A1 (Sukhatme) Monica Nicolescu, Benjamin Kuipers, Cynthia Breazeal, Jennifer Burke, Jana Kosecka, Vladimir Kulyukin, Brian Scassellati, Shri Narayanan,
Breakout session B questions. Research directions/areas Multi-modal perception cognition and interaction Learning, adaptation and imitation Design and.
Chapter Thirteen Conclusion: Where We Go From Here.
Perception and Perspective in Robotics Paul Fitzpatrick MIT Computer Science and Artificial Intelligence Laboratory Humanoid Robotics Group Goal To build.
The “New” New Normal: Global Mobility as a Strategic Advisor.
Jenkins — Modular Perception and Control Brown Computer — ROUGH DRAFT ( ) 1 Workshop Introduction: Modular Perception.
EInfrastructures (Internet and Grids) US Resource Centers Perspective: implementation and execution challenges Alan Blatecky Executive Director SDSC.
1 The INRIA Robotics Teams Propose a Large-Scale Initiative Action “Personally Assisted Living” March 18, 2009.
Cognitive Science 1 Kartik Talamadupula Subbarao Kambhampati J. Benton Dept. of Computer Science Arizona State University Paul Schermerhorn Matthias Scheutz.
14 januari 2011 Challenge the future Delft University of Technology Delft Robotics Institute Kick-off meeting, December 14, 2010 Robert Babuska Intelligent.
Autonomous Robots Cool stuff at the intersection of AI and Robotics Dylan A. Shell 19 th April 2011, CSCE 181.
Thee-Framework for Education & Research The e-Framework for Education & Research an Overview TEN Competence, Jan 2007 Bill Olivier,
Provisional draft 1 ICT Work Programme Challenge 2 Cognition, Interaction, Robotics NCP meeting 19 October 2006, Brussels Colette Maloney, PhD.
Introductory Remarks Robust Intelligence Solicitation Edwina Rissland Daniel DeMenthon, George Lee, Tanya Korelsky, Ken Whang (The Robust Intelligence.
BME attainment gap institutional KPI. 1.How we developed the BME attainment gap KPI - our journey and our challenge. 2.How we measure the attainment gap.
RISK MANAGEMENT IN SOFTWARE ENGINEERING RISK MANAGEMENT IN SOFTWARE ENGINEERING Prepared by Prepared by Sneha Mudumba Sneha Mudumba.
Oregon State Board of Education October 2012
Chapter 2: Business Intelligence Capabilities
Robots at Work Dr Gerard McKee Active Robotics Laboratory School of Systems Engineering The University of Reading, UK
International perspectives on e- learning: mapping strategy to practice Gráinne Conole Towards a pan-Canada e-learning research agenda.
1 Challenge 2 Call 3 presentation to NCPs Brussels, December 13, 2007 Colette Maloney, PhD Head of Unit, INFSO E5, Cognitive Systems and Robotics European.
Current Situation and CI Requirements OOI Cyberinfrastructure Integrated Observatory Management Workshop San Diego May 28-29, 2008.
One of the long-term goals for humanoid robotics is to have robots working side-by-side with humans, helping them in a variety of open ended tasks, which.
Improving Human-Robot Interaction Jill Drury, The MITRE Corporation Improving Human-Robot Interaction Jill Drury, The MITRE Corporation Collaborators:
Organization & Management Model for FCP Center. Goals [From previous session] (Why?) Vision — The Center for Sustainable Software on Future Computing.
1 High Performance Buildings Research & Implementation Center (HiPerBRIC) National Lab-Industry-University Partnership February 5, 2008.
Improving Implementation Research Methods for Behavioral and Social Science Working Meeting Measuring Enactment of Innovations and the Factors that Affect.
CHI 2006 Workshop Investigating new user experience challenges in iTV: mobility & sociability Dr. David Geerts Dr. Anxo Cereijo Roibàs Dr. Licia Calvi.
Universities are organisations of learning, but are they good learning organisations? Universities are organisations of learning. But are they good learning.
Ensemble Computing in the National Science Digital Library (NSDL)
DASISH Final Conference Common Solutions to Common Problems.
Breakout C3 Breakout leader: Cynthia Breazeal. What must researchers and NSF do to achieve measurable results Need to define metrics (technical perf,
1 NEST New and emerging science and technology EUROPEAN COMMISSION - 6th Framework programme : Anticipating Scientific and Technological Needs.
WP 2 Architectures 1 1 WP 2 Architecture Robot Standards and Reference Architectures Klas Nilsson Annual Assessment, March , Prague.
The Brain Project – Building Research Background Part of JISC Virtual Research Environments (Phase 3) Programme Based at Coventry University with Leeds.
The Fully Networked Car Geneva, 4-5 March Ubiquitous connectivity to improve urban mobility Hermann Meyer ERTICO.
1 Lotus Connections Enables Better Student Education at a Large Metropolitan School District.
Lecture 7: Requirements Engineering
OOI CyberInfrastructure Workshop: Ocean Observation Programs Preparation Phone Meeting May 5, 2008 Alan Chave, Michael Meisinger OOI CI System Engineering.
Day 2 Breakout Report Session 1: Incident Response Chair: Brent Woodsworth Co-Chairs: Ellen Sogolow & Rufus Edwards.
Director: Prof. Maja J Matarić Associate Director: Prof. Gaurav S. Sukhatme Founder: Prof. George A. Bekey G OALS Automate the process of robot controller.
THE ATTRACT INITIATIVE Marzio Nessi, Markus Nordberg CERN.
1 EU FP ICT 經驗分享 Robotics 胡竹生 交通大學電機系教授 經濟部智慧型機器人法人科專計畫主持人.
The Role of Academic Libraries in the Digital Data Universe Break-Out Session: New Partnership Models Bob Hanisch and Brian Schottlaender Co-Leaders ARL.
UKOLN is supported by: The Web Management Community: Beyond IWMW and JISCMail Lists Brian Kelly UKOLN University of Bath Bath, UK
1 Project web site Evaluating Library Service Quality: Use of LibQUAL+  IATUL Kansas City, MO June 2002 Julia Blixrud Association.
DriveSense’14 NSF Workshop on Large-Scale Traffic and Driving Activity Data DriveSense’14, Oct 30-31, Norfolk, VA.
Deborah Slate Integration, Sharing and Excellence A recipe for success? Team Leader Community Adult Speech and Language Therapy Services Dorset HealthCare.
EGEE is a project funded by the European Union under contract IST Generic Applications in EGEE-NA4 Roberto Barbera NA4 Generic Applications.
Fire Emissions Network Sept. 4, 2002 A white paper for the development of a NSF Digital Government Program proposal Stefan Falke Washington University.
Doing the Right Thing Unlocking the voluntary and community sector’s potential for making change happen in health and care.
ESA Harwell Robotics & Autonomy Facility Study Workshop Autonomous Software Verification Presented By: Rick Blake.
HRI A3 - Bekey.
What practices supports recruitment technology The challenge faced by business leaders is how to use technology in an HR perspective to connect people.
IDEAL Increasing Diversity in Engineering education And Labor force through Healthcare Applications Grisselle Centeno PhD Industrial and Management Systems.
Data Infrastructure Building Blocks (DIBBS) NSF Solicitation Webinar -- March 3, 2016 Amy Walton, Program Director Advanced Cyberinfrastructure.
1998 NSF Information and Data Management Workshop Research Agenda for the 21st Century.
Overview of Year 1 Progress Angelo Cangelosi & ITALK team
Building the capacity of Climate Knowledge Brokers
The Greater Columbia Fuel Cell Challenge
Do Tangible Interfaces Enhance Learning?
Presentation for information days Units involved:
Challenges For Next Year
Behavior recognition - critical for successful HRI.
Presentation transcript:

Breakout group C1 Monica Nicolescu Maja Matarić Gunter Niemeyer Benjamin Kuipers Warren Dixon Jill Drury Jana Koseka Brian Scassellati

NSF Human-Robot Interaction Workshop2 What must researchers and NSF do to achieve measurable results in HRI?  Established NSF program, long term; start with short-term funding  For interdisciplinary research, it takes time to get tangible results  Use measures: HR team does better than H and R alone (improve human performance)  User studies: get new design criteria  Get to more visible (public, external) situations

NSF Human-Robot Interaction Workshop3 What must researchers and NSF do to achieve measurable results in HRI?  Get a better understanding of the application areas, gain insight into different domain  To what extent should we have an integrated system  Prove the hypothesis of the work  Performance measuring is subtle what measures are needed?

NSF Human-Robot Interaction Workshop4 What must researchers and NSF do to achieve measurable results in HRI?  Set some challenges (common platform, set goals, set interfaces, generic model of the robot) Standard platform Wheelchair, humanoid Are we at the point where we can make these challenges? (yes, for some domains – wheelchair) Don’t want to fall into one category

NSF Human-Robot Interaction Workshop5 What must researchers and NSF do to achieve measurable results in HRI?  What do we need to do to meet the needs of social interaction  Should we work on so many diverse things Possibly better to work on individual parts There are common issues across different platforms  Design systems with more sophisticated interaction Better interfaces  Better use of technologies that are available  What is the timeline for deploying robots to real-world applications

NSF Human-Robot Interaction Workshop6 What must researchers and NSF do to achieve measurable results in HRI?  Does momentum means moving together -> common applications, theories  Continue collaborations just like we did so far Clusters are emerging – focal points of research  Goals (Focal points): Manipulation Mobility (structured/unstructured domain) Social interactions

NSF Human-Robot Interaction Workshop7 What must researchers and NSF do to achieve measurable results in HRI?  Types of interaction Dexterous Social Navigation  Roles R as tool/peer/teacher  Methods (cross-cutting) Natural language Perception Representations Properties of instrumentations (what can be done with a particular interface)

NSF Human-Robot Interaction Workshop8 Name a few major applications that will dominate the use of HRI in research results  Follows from previous question  Make some structure in the field (above dimensions)

NSF Human-Robot Interaction Workshop9 How do these applications demonstrate the use of HRI research results?  H & R perform better than alone Comfort, energy use, speed, other metrics  Need to define the applications  Need another dimension to the above spectrum elder care, therapy, search and rescue …

NSF Human-Robot Interaction Workshop10 What needs to be done to establish HRI as a field and build a strong HRI community  HRI conferences, HRI journals, targeted funding  Industry involvement  HRI textbook/handbook