Context-Specific Intention Awareness through Web Query

Slides:



Advertisements
Similar presentations
Language Technologies Reality and Promise in AKT Yorick Wilks and Fabio Ciravegna Department of Computer Science, University of Sheffield.
Advertisements

Chapter 5: Introduction to Information Retrieval
Dialogue – Driven Intranet Search Suma Adindla School of Computer Science & Electronic Engineering 8th LANGUAGE & COMPUTATION DAY 2009.
Artificial Intelligence and Lisp Lecture 13 Additional Topics in Artificial Intelligence LiU Course TDDC65 Autumn Semester, 2010
PSU CS 370 – Artificial Intelligence Dr. Mohamed Tounsi Artificial Intelligence 1. Introduction Dr. M. Tounsi.
Specialized Business Information Systems Chapter 11.
Marakas: Decision Support Systems, 2nd Edition © 2003, Prentice-Hall Chapter Chapter 7: Expert Systems and Artificial Intelligence Decision Support.
Video Mining Learning Patterns of Behaviour via an Intelligent Image Analysis System.
Passport to the University: Using cognitive mapping to increase student knowledge of and connection to the University. Diane E. Wille Indiana University.
Extracting Test Cases by Using Data Mining; Reducing the Cost of Testing Andrea Ciocca COMP 587.
ICT TEACHERS` COMPETENCIES FOR THE KNOWLEDGE SOCIETY
Personalized Medicine Research at the University of Rochester Henry Kautz Department of Computer Science.
An Intelligent Broker Architecture for Context-Aware Systems A PhD. Dissertation Proposal in Computer Science at the University of Maryland Baltimore County.
University of Malta CSA3080: Lecture 9 © Chris Staff 1 of 13 CSA3080: Adaptive Hypertext Systems I Dr. Christopher Staff Department.
The 2nd International Conference of e-Learning and Distance Education, 21 to 23 February 2011, Riyadh, Saudi Arabia Prof. Dr. Torky Sultan Faculty of Computers.
aidevel GEORGE-BOGDAN IVANOV - BOGDAN-IVANOV.COM TECH AIDEVEL
Alexandra Savelieva, Sergey Avdoshin, PhD National Research University “Higher School of Economics” Alexandra Savelieva, Sergey Avdoshin, PhD National.
Challenges in Information Retrieval and Language Modeling Michael Shepherd Dalhousie University Halifax, NS Canada.
Search Engines and Information Retrieval Chapter 1.
Steps Toward an AGI Roadmap Włodek Duch ( Google: W. Duch) AGI, Memphis, 1-2 March 2007 Roadmaps: A Ten Year Roadmap to Machines with Common Sense (Push.
Context Modeling and Reasoning Framework for CARA Pervasive Healthcare
© 2007 Tom Beckman Features:  Are autonomous software entities that act as a user’s assistant to perform discrete tasks, simplifying or completely automating.
Copyright © 2006, The McGraw-Hill Companies, Inc. All rights reserved. Decision Support Systems Chapter 10.
Exploring Online Social Activities for Adaptive Search Personalization CIKM’10 Advisor : Jia Ling, Koh Speaker : SHENG HONG, CHUNG.
WebMining Web Mining By- Pawan Singh Piyush Arora Pooja Mansharamani Pramod Singh Praveen Kumar 1.
Probabilistic Query Expansion Using Query Logs Hang Cui Tianjin University, China Ji-Rong Wen Microsoft Research Asia, China Jian-Yun Nie University of.
©2003 Paula Matuszek CSC 9010: Text Mining Applications Document Summarization Dr. Paula Matuszek (610)
Mining Topic-Specific Concepts and Definitions on the Web Bing Liu, etc KDD03 CS591CXZ CS591CXZ Web mining: Lexical relationship mining.
BAA - Big Mechanism using SIRA Technology Chuck Rehberg CTO at Trigent Software and Chief Scientist at Semantic Insights™
1 CS 2710, ISSP 2610 Foundations of Artificial Intelligence introduction.
Nitin Sukhija PhD Student Center for Advanced Vehicular Systems (CAVS) Mississippi State University.
Personalized Interaction With Semantic Information Portals Eric Schwarzkopf DFKI
Decision-Support-System for the Rehabilitation of Buildings: The MEMSCON Project RISA Sicherheitsanalysen GmbH Berlin 1st MEMSCON Event - 07 October 2010,
Iana Atanassova Research: – Information retrieval in scientific publications exploiting semantic annotations and linguistic knowledge bases – Ranking algorithms.
Date: 2012/08/21 Source: Zhong Zeng, Zhifeng Bao, Tok Wang Ling, Mong Li Lee (KEYS’12) Speaker: Er-Gang Liu Advisor: Dr. Jia-ling Koh 1.
Commonsense Reasoning in and over Natural Language Hugo Liu, Push Singh Media Laboratory of MIT The 8 th International Conference on Knowledge- Based Intelligent.
Intelligent Database Systems Lab N.Y.U.S.T. I. M. 1 Mining knowledge from natural language texts using fuzzy associated concept mapping Presenter : Wu,
Identifying “Best Bet” Web Search Results by Mining Past User Behavior Author: Eugene Agichtein, Zijian Zheng (Microsoft Research) Source: KDD2006 Reporter:
“Intelligent User Interfaces” by Hefley and Murray.
Semantic Web in Context Broker Architecture Presented by Harry Chen, Tim Finin, Anupan Joshi At PerCom ‘04 Summarized by Sungchan Park
UOS Personalized Search Zhang Tao 장도. Zhang Tao Data Mining Contents Overview 1 The Outride Approach 2 The outride Personalized Search System 3 Testing.
Infotainment contents creation and provision using context- awareness and interaction technologies Provision of contents in collaborative portal environments.
User Errors in Formulating Queries and IR Techniques to Overcome Them Birger Larsen Information Interaction and Information Architecture Royal School of.
University Of Seoul Ubiquitous Sensor Network Lab Query Dependent Pseudo-Relevance Feedback based on Wikipedia 전자전기컴퓨터공학 부 USN 연구실 G
Introduction to Machine Learning, its potential usage in network area,
Design Question 4 – Element 22
Mohammad Alqahtani, Dr. Eric Atwell
Data-Driven Educational Data Mining ---- the Progress of Project
Research Task / Overview Overview1 Goals & Objectives
MINZHI Wisdom Manufacturing
CHAPTER 1 Introduction BIC 3337 EXPERT SYSTEM.
Artificial Intelligence (CS 370D)
INFORMATION COMPRESSION, MULTIPLE ALIGNMENT, AND INTELLIGENCE
Context-Specific Intention Awareness through Web Query
Big-Data Fundamentals
Architecture Components
Problem Based Learning in an Online Course on Technology Assessment
Formalizations of Commonsense Psychology
Artificial Intelligence and Lisp Lecture 13 Additional Topics in Artificial Intelligence LiU Course TDDC65 Autumn Semester,
PETRA 2014 An Interactive Learning and Adaptation Framework for Socially Assistive Robotics: An Interactive Reinforcement Learning Approach Konstantinos.
Prepared by Rao Umar Anwar For Detail information Visit my blog:
Assoc. Prof. Dr. Syed Abdul-Rahman Al-Haddad
Overview of Machine Learning
CSE 635 Multimedia Information Retrieval
ST. JOHN’S DIOCESAN GIRLS’ HIGHER SECONDARY SCHOOL
Internal Assessment (IA)
Bandit Thinkhamrop, PhD
Artificial Intelligence
Topic: Semantic Text Mining
Language Technology and Data Analysis Laboratory (LADAL)
Presentation transcript:

Context-Specific Intention Awareness through Web Query ICRA 2015 – NO.137 Nominated as best conference paper award, best student paper award, best cognitive robotics paper award. Context-Specific Intention Awareness through Web Query Rui Liu Dr. Xiaoli Zhang Jeremy Webb Songpo Li Colorado School of Mines, Colorado, USA Intelligent Healthcare Robotics Lab bio, cooperation

Colorado School of Mines, Colorado, USA Introduction CSIA Explores environmental context to infer intention in robotic caregiving Implicitly infer human intention by reducing user involvement Challenges Limited knowledge of Intention-environment correlation: source, cost Lack of knowledge learning in new situations WebIA: solution Collect knowledge by web query Update knowledge by Situations-driven Colorado School of Mines, Colorado, USA Intelligent Healthcare Robotics Lab definition, important, challenging, to solve it.

Colorado School of Mines, Colorado, USA WebIA Framework Performance unsatisfied >> Learn >>Update Colorado School of Mines, Colorado, USA Intelligent Healthcare Robotics Lab flow, update

Colorado School of Mines, Colorado, USA WebIA Answering 2 questions: Is WebIA feasible ? if feasible, how good it is Colorado School of Mines, Colorado, USA Intelligent Healthcare Robotics Lab short mention 2 questions.

Colorado School of Mines, USA Methodology: WebIA Knowledge Representation Intention-centered knowledge Intention-object correlation (affordance) Intention-context correlation (environment exploration) Colorado School of Mines, USA Intelligent Healthcare Robotics Lab

Colorado School of Mines, USA Methodology: WebIA Intention Inference Engine Colorado School of Mines, USA Intelligent Healthcare Robotics Lab

Colorado School of Mines, USA Methodology: WebIA Web Information Retrieval Text from WikiHow Parsing, Pattern Matching Dependency Analysis Correlations NLP Colorado School of Mines, USA Intelligent Healthcare Robotics Lab

Colorado School of Mines, USA Methodology: WebIA Situation-driven Knowledge Update to proactively update a robot’s knowledge to adapt to untrained new situations. New situation detection: human-involved, untrained, not a synonym of trained objects Knowledge update: establish the new intention-object correlations Colorado School of Mines, USA Intelligent Healthcare Robotics Lab

Colorado School of Mines, USA Evaluation Knowledge Acquiring: queried 1470 wikihow webpages, surveyed 120 volunteers. Robot-involved experiments The object cup has been identified by NAO. IA was performed based on the commonsense knowledge generated from WikiHow. NAO points forward to the sink when the inferred intention is ‘wash’. NAO waves its right hand to notify the caregiver when the inferred intention is ‘drink’. The new situation ‘cup of coffee’ is detected; then NAO gains new knowledge by querying WikiHow to perform IA in this specific situation. Colorado School of Mines, USA Intelligent Healthcare Robotics Lab

Colorado School of Mines, USA Evaluation Cup-related Commonsense Knowledge from the Web Accuracy: Drink: 100% Wash: 85% Comparison of Knowledge from Web & Survey Consistent Colorado School of Mines, USA Intelligent Healthcare Robotics Lab

Colorado School of Mines, USA Evaluation Situation-driven knowledge Update Evaluation Intention Probability Adjustment from Old to New Situations Detailed process in One IA Situation New situation before learning: 57.5% after learning : 100% Colorado School of Mines, USA Intelligent Healthcare Robotics Lab

Colorado School of Mines, Colorado, USA Conclusion WebIA effectively learn the relation between human intention-environment and accurately inferred human intention in specific situations. Feasible: WebIA has potential to query vast and valuable knowledge from the internet to assist human-robot interaction Reasonable: Web knowledge is helpful in filling robots’ knowledge gap for new situation adaptation Economic: WebIA reduces the training cost Colorado School of Mines, Colorado, USA Intelligent Healthcare Robotics Lab effectively learn, accurately infer.

Colorado School of Mines, USA Rui Liu Xiaoli Zhang Colorado School of Mines, USA Intelligent Healthcare Robotics Lab

Colorado School of Mines, USA Authors Rui Liu, PhD Student Interests: robot knowledge, computational linguistics and machine learning ResearchGate: https://goo.gl/UUASbB Google Scholar: https://goo.gl/CpgXNV Xiaoli Zhang, Assistant Professor Interests: intelligent human-robot interaction, human intention awareness, robotics system design and control, haptics, and their applications in healthcare fields Colorado School of Mines, USA Intelligent Healthcare Robotics Lab

Context-Specific Intention Awareness through Web Query Rui Liu1, Xiaoli Zhang1,Songpo Li1 and Jeremy Webb1 1Colorado School of Mines Use web query to establish a vast and active context-related knowledge for robot to infer human intention in both trained and untrained environment.