'Target tracking' presentation slideshows

Target Tracking

Target Tracking. Introduction. Sittler, in 1964, gave a formal description of the multiple-target tracking (MTT) problem [17]. Traditional target tracking systems are based on powerful sensor nodes, capable of detecting and locating targets in a large range.

1.11k views • 71 slides

Target Tracking

Target Tracking. Introduction. Sittler, in 1964, gave a formal description of the multiple-target tracking (MTT) problem [17]. Traditional target tracking systems are based on powerful sensor nodes, capable of detecting and locating targets in a large range.

714 views • 71 slides

CS 326A: Motion Planning

CS 326A: Motion Planning robotics.stanford.edu/~latombe/cs326/2004/index.htm Jean-Claude Latombe Computer Science Department Stanford University Goal of Motion Planning Compute motion strategies , e.g.: geometric paths time-parameterized trajectories

1.35k views • 56 slides

Research Loci(2002-2004)

Research Loci(2002-2004). Statistical modeling of forward- and back- scatter fields Polarimetric Field Modeling and Reconstruction (Hory/Blatt) Adaptive multicomponent Pearson model Markov random field (MRF) model for extrapolation/reconstruction

663 views • 55 slides

Target Tracking

Target Tracking. Target tracking problem. Problem statement A varying number of targets Arise at random in space and time Move with continuous motions Persist for a random time and possibly disappear Positions of targets are sampled at random intervals Measurements are noisy and

668 views • 49 slides

TARGET TRACKING & CONTOUR DETECTION

Idowu Samuel Mohammad Khairul Muthanna Abdulhussein. Lulea University of Technology Department of Computer science and Electrical Engineering. TARGET TRACKING & CONTOUR DETECTION. AGENDA. Target tracking and WSN Application of Target Tracking VigilNET : A WSN Target Tracking Project

885 views • 39 slides

Observing Moving Targets with JWST

546 views • 36 slides

Multiple-target Data

Presented by: Chaitanya K. Sambhara Paper by: Maarten Ditzel, Caspar Lageweg, Johan Janssen, Arne Theil TNO Defence, Security and Safety, The Hague, The Netherland. Multiple-target Data. Aggregation and Tracking. in Wireless Sensor Networks. Introduction.

434 views • 35 slides

Target Tracking

Target Tracking. Introduction. Sittler, in 1964, gave a formal description of the multiple-target tracking (MTT) problem [17]. Traditional target tracking systems are based on powerful sensor nodes, capable of detecting and locating targets in a large range.

621 views • 32 slides

PiMS overview: version 0.3 & beyond

390 views • 22 slides

Target Recognition

Target Recognition. Harmatz Isca. Supervisor: Nakhmani Arie Semester: Winter 2007. Project goals. Create a target classification system based on dimension reduction, using the targets contour. No dependence on illumination and color Universal method works on all target types and sizes

420 views • 22 slides

Detecting Malicious Beacon Nodes for Secure Location Discovery in Wireless Sensor Networks

468 views • 21 slides

HES-HKS & KaoS meeting

HES-HKS & KaoS meeting. 15/July/2011 T.Gogami. Wiesbaden ?????????????. Content. E05-115 KDC x-t parameter correction (H 2 O , 52 Cr). E05-115. S.N.Nakamura. Cherenkov . N.Taniya. EHODO cabling ( 30/July/2009 ). Residuals & x-t correlation. CH 2 target. 52 Cr target.

304 views • 21 slides

Target Tracking with Sensor Networks

Target Tracking with Sensor Networks. Chao Gui Networks Lab. Seminar Oct 3, 2003. Agenda. Background Frisbee: A Networks Model for Target Tracking Applications A Cooperative Tracking Algorithm Performance Study. Wireless sensor networks. Wireless sensor node power supply sensors

487 views • 19 slides

Eagle Vision

Eagle Vision. 24/7 security system. Day - Night - Dark. What Is Eagle Vision Camera System?. User can active thermal sensor anytime using trigger button on the screen. At day time color sensor is active 2 km with 2x1500mm.

277 views • 17 slides

W arning & I ndicator S ystems WISE lab

W arning & I ndicator S ystems WISE lab. Lab Director: Professor Richard Mammone Faculty : Christine Podilchuck, Joseph Wilder Students: Anand Doshi, Aparna Krishnamoorthy, Robert Utama http://www.caip.rutgers.edu/wiselab. Enhancement of Signals filtering deconvolution

151 views • 15 slides

CAPT Bob Dishman Program Manager, PMA-262

2.14k views • 11 slides

By: Casey Repasy, Brenton Pedersen, Kevin McGraw, Kelsey Zdebski, and Athena Grele

The Impact of S onar. By: Casey Repasy, Brenton Pedersen, Kevin McGraw, Kelsey Zdebski, and Athena Grele . First of all..What Is Sonar?.

199 views • 10 slides

141 views • 1 slides

May 11, 2005

Songhwai Oh Shankar Sastry. Tracking on a Graph. False detections False detections require global information for computing likelihood. So we need measure the performance loss by our distributed algorithm in the presence of false detections.

137 views • 1 slides