Progress Report Meng-Ting Zhong 2015/9/10.

Slides:



Advertisements
Similar presentations
On the application of GP for software engineering predictive modeling: A systematic review Expert systems with Applications, Vol. 38 no. 9, 2011 Wasif.
Advertisements

ETISEO Benoît GEORIS and François BREMOND ORION Team, INRIA Sophia Antipolis, France Lille, December th 2005.
Detecting Faces in Images: A Survey
Sonar and Localization LMICSE Workshop June , 2005 Alma College.
Face Alignment with Part-Based Modeling
Supervised Learning Recap
Minimum Redundancy and Maximum Relevance Feature Selection
Patch to the Future: Unsupervised Visual Prediction
1.Introduction 2.Article [1] Real Time Motion Capture Using a Single TOF Camera (2010) 3.Article [2] Real Time Human Pose Recognition In Parts Using a.
Multivariate linear models for regression and classification Outline: 1) multivariate linear regression 2) linear classification (perceptron) 3) logistic.
Oklahoma State University Generative Graphical Models for Maneuvering Object Tracking and Dynamics Analysis Xin Fan and Guoliang Fan Visual Computing and.
MULTI-TARGET TRACKING THROUGH OPPORTUNISTIC CAMERA CONTROL IN A RESOURCE CONSTRAINED MULTIMODAL SENSOR NETWORK Jayanth Nayak, Luis Gonzalez-Argueta, Bi.
Distributed and Efficient Classifiers for Wireless Audio-Sensor Networks Baljeet Malhotra Ioanis Nikolaidis Mario A. Nascimento University of Alberta Canada.
SOMTIME: AN ARTIFICIAL NEURAL NETWORK FOR TOPOLOGICAL AND TEMPORAL CORRELATION FOR SPATIOTEMPORAL PATTERN LEARNING.
Energy-efficient Multiple Targets Tracking Using Target Kinematics in Wireless Sensor Networks Akond Ashfaque Ur Rahman, Mahmuda Naznin, Md. Atiqul Islam.
Radial Basis Function Networks
Computer vision: models, learning and inference Chapter 6 Learning and Inference in Vision.
Yuan Li, Chang Huang and Ram Nevatia
BraMBLe: The Bayesian Multiple-BLob Tracker By Michael Isard and John MacCormick Presented by Kristin Branson CSE 252C, Fall 2003.
Tracking with Unreliable Node Sequences Ziguo Zhong, Ting Zhu, Dan Wang and Tian He Computer Science and Engineering, University of Minnesota Infocom 2009.
Loris Bazzani*, Marco Cristani*†, Vittorio Murino*† Speaker: Diego Tosato* *Computer Science Department, University of Verona, Italy †Istituto Italiano.
Particle Filters.
Use of Aerial Videography in Habitat Survey and Computers as Observers Leonard Pearlstine University of Florida.
Enabling User Interactions with Video Contents Khalad Hasan, Yang Wang, Wing Kwong and Pourang Irani.
IT Management Case # 8 - A Case on Decision Tree: Customer Churning Forecasting and Strategic Implication in Online Auto Insurance using Decision Tree.
Online Kinect Handwritten Digit Recognition Based on Dynamic Time Warping and Support Vector Machine Journal of Information & Computational Science, 2015.
W+jets and Z+jets studies at CMS Christopher S. Rogan, California Institute of Technology - HCP Evian-les-Bains Analysis Strategy Analysis Overview:
BEHAVIORAL TARGETING IN ON-LINE ADVERTISING: AN EMPIRICAL STUDY AUTHORS: JOANNA JAWORSKA MARCIN SYDOW IN DEFENSE: XILING SUN & ARINDAM PAUL.
1 Blind Channel Identification and Equalization in Dense Wireless Sensor Networks with Distributed Transmissions Xiaohua (Edward) Li Department of Electrical.
Stable Multi-Target Tracking in Real-Time Surveillance Video
Visual Categorization With Bags of Keypoints Original Authors: G. Csurka, C.R. Dance, L. Fan, J. Willamowski, C. Bray ECCV Workshop on Statistical Learning.
Efficient Visual Object Tracking with Online Nearest Neighbor Classifier Many slides adapt from Steve Gu.
Boosted Particle Filter: Multitarget Detection and Tracking Fayin Li.
A Classification-based Approach to Question Answering in Discussion Boards Liangjie Hong, Brian D. Davison Lehigh University (SIGIR ’ 09) Speaker: Cho,
Multimedia Systems and Communication Research Multimedia Systems and Communication Research Department of Electrical and Computer Engineering Multimedia.
Presented by: Idan Aharoni
Abstract High-resolution vehicle speed profiles obtained from sophisticated devices such as global positioning system (GPS) receivers provide an opportunity.
Background 2 Outline 3 Scopus publications 4 Goal and a signal model 5Harmonic signal parameters estimation.
Detection, Classification and Tracking in Distributed Sensor Networks D. Li, K. Wong, Y. Hu and A. M. Sayeed Dept. of Electrical & Computer Engineering.
Learning Photographic Global Tonal Adjustment with a Database of Input / Output Image Pairs.
WePS2 Attribute Extraction Task Sekine and Artiles WWW 2009 Workshop.
Date of download: 7/8/2016 Copyright © 2016 SPIE. All rights reserved. A scalable platform for learning and evaluating a real-time vehicle detection system.
Experience Report: System Log Analysis for Anomaly Detection
A Discriminative Feature Learning Approach for Deep Face Recognition
Ju Hong Yoon Chang-Ryeol Lee Ming-Hsuan Yang Kuk-Jin Yoon KETI
Guillaume-Alexandre Bilodeau
Intro to Machine Learning
Learning Coordination Classifiers
Tracking Objects with Dynamics
COMP61011 : Machine Learning Ensemble Models
Machine Learning Basics
Statistical Learning Dong Liu Dept. EEIS, USTC.
Project 1 Binary Classification
“The Truth About Cats And Dogs”
Online Graph-Based Tracking
Overview of Machine Learning
Progress Report Meng-Ting Zhong 2015/5/6.
(Hopefully) Real-time Multi Object Tracking
The Graduate College Travel Summary Presentation
Progress Report Meng-Ting Zhong 2015/7/8.
The Graduate College Travel Summary Presentation
Introduction to Object Tracking
Zhedong Zheng, Liang Zheng and Yi Yang
Related Work in Camera Network Tracking
Machine Learning with Clinical Data
Decision trees MARIO REGIN.
Report 2 Brandon Silva.
Multi-Target Detection and Tracking of UAVs from a UAV
Jiahe Li
Presentation transcript:

Progress Report Meng-Ting Zhong 2015/9/10

Real-Time Multi-Target Tracking

System Overview Re-Identification Object Detection: Discriminatively Trained Part Based Models Intra-Camera Tracking: Particle Filter

Requirements Online Not a matching problem after video collection Distributed To minimize data transmission bandwidth Easy to train Need a simple method to train in a short time Computational efficient Avoid complicated algorithm

Traditional Person Re-ID(1/4) With Deep Learning

Traditional Person Re-ID(2/4) Maintain Consistency

Traditional Person Re-ID(3/4) With Video Ranking

Traditional Person Re-ID(4/4) Over Multiple Kinect Cameras

Dataset(1/2)

Dataset(2/2)

Traditional Evaluation Method(1/2) For re-identification

Traditional Evaluation Method(2/2) For tracking

Proposed Evaluation Method Human detection: Recall and precision Tracking: Mostly tracked(MT), partially tracked(PT), mostly lost(ML), fragmentation, ID switch Re-ID: Crossing Fragment(X-Frag) Rate, Crossing ID switch(X-ID) Rate

Comparison of Algorithms and Training Sample Sizes Logistic Regression Radial Basis Function Network Maximum- Likelihood Classification