Data Visualization for Networked Sensors Phil Buonadonna Jason Hill

Slides:



Advertisements
Similar presentations
Phil Buonadonna, Jason Hill CS-268, Spring 2000 MOTE Active Messages Communication Architectures for Networked Mini-Devices Networked sub-devicesActive.
Advertisements

Research Challenges in the CarTel Mobile Sensor System Samuel Madden Associate Professor, MIT.
* Distributed Algorithms in Multi-channel Wireless Ad Hoc Networks under the SINR Model Dongxiao Yu Department of Computer Science The University of Hong.
Components of GIS.
SCENARIO Suppose the presenter wants the students to access a file Supply Credenti -als Grant Access Is it efficient? How can we make this negotiation.
Sensor Web for In Situ Exploration of Gaseous Biosignatures. Gayathri Chandrasekaran.
David Rogers, Stu Andrzejewski, Kelly Desmond, Brad Garrod Design Team 2.
UNIVERSITY COLLEGE DUBLINDUBLIN CITY UNIVERSITY SMI || NCSR || CDVP Minimally Invasive Gathering of Body Context Information from Garment Interactions.
Lulea University of Technology Department of Computer science and Electrical Engineering.
“Localization in Underwater Sensor Networks” Presented by: Ola Ibrahim EL naggar J presentation.
OTHER RECOMMEDATIONS. Increasing Spatial Resolution (Low bandwidth) Increasing Spatial Coverage (High bandwidth) Collective and Local Processing per-node,
Interactive and Collaborative Visualization and Exploration of Massive Data Sets ---- UC Davis Visualization Investigators: Bernd Hamann, Ken Joy, Kwan-Liu.
Reconfigurable Sensor Networks Chris Elliott Honours in Digital Systems Charles Greif and Nandita Bhattacharjee.
CAT – Context Aware Toolkit A framework for building context-aware applications on mobile devices, such as the iPAQ. Features: Provides access to all local.
Smart Dust – Example of an Important New Wireless Sensor System Brainchild of Prof. Kris Pister, EECS, UC Berkeley Small devices that can collect information.
Visualization of Wireless Computer Networks Dunbar, Matt D., Kansas Applied Remote Sensing Program and University of Kansas Geography Department, and Becker,
Security in Wireless Sensor Networks Perrig, Stankovic, Wagner Jason Buckingham CSCI 7143: Secure Sensor Networks August 31, 2004.
Managing Agent Platforms with the Simple Network Management Protocol Brian Remick Thesis Defense June 26, 2015.
CS 441: Charles Durran Kelly.  What are Wireless Sensor Networks?  WSN Challenges  What is a Smartphone Sensor Network?  Why use such a network? 
Wireless Sensor Networks Smart Environments: Technologies, Protocols, and Applications ed. D.J. Cook and S.K. Das, John Wiley, New York, B.Devi
EE 525 Antenna Engineering
Wei Hong January 16, 2003 Overview of the Generic Sensor Kit (GSK)
Wednesday, July 15, Network Embedded Systems Mastermind: Prof. Koren.
Vibration & Temperature Sensor. Contents ■ Why monitor vibration? ■ Monitor a wide range of machines ■ Vibration measurements ■ Set alarm levels ■ Mounting.
HETEROGENEOUS SENSOR NETWORK FOR DATACENTER WORKLOAD AND POWER MANAGEMENT JORGE ORTIZ CS ARCHITECTURES FOR INTERNET DATACENTERS OCTOBER 10, 2007.
Tools for Publishing Environmental Observations on the Internet Justin Berger, Undergraduate Researcher Jeff Horsburgh, Faculty Mentor David Tarboton,
David Rogers, Stu Andrzejewski, Kelly Desmond, Brad Garrod.
The Platforms enabling Wireless Sensor Networks Hill, Horton, Kling, Krishnamurthy CACM, June 2004.
Home Health Care and Assisted Living John Stankovic, Sang Son, Kamin Whitehouse A.Wood, Z. He, Y. Wu, T. Hnat, S. Lin, V. Srinivasan AlarmNet is a wireless.
Vibration & Temperature Sensor. Contents ■ Why monitor vibration? ■ Monitor a wide range of machines ■ Vibration measurements ■ Set alarm levels ■ Mounting.
Crowd Control FVWC 2011 Entry Use of automated site monitoring to supplement and enhance existing surveillance systems on a virtual world platform. Multi-user.
The Eye-Tracking Butterfly: Morphing the SMI REDpt Eye-Tracking Camera into an Interactive Device. James Cunningham & James D. Miles California State University,
CRANE Project Wireless Networking Demonstration. a)Single-hop transmission b)Multi-hop transmission with a mobile relay node.
Topic 6 – Wireless Technology and handheld devices 1)TechMed scenario covers The uses of wireless technologies and handheld devices In the scenario: “Some.
1. 2  What is MIMO?  Basic Concepts of MIMO  Forms of MIMO  Concept of Cooperative MIMO  What is a Relay?  Why Relay channels?  Types of Relays.
PERSONAL MEDICAL MONITOR Jason Ewing, Morgan Hinchcliffe, Dina Irgebayeva and Aida Kulmambetova.
John Williams Director QVisual Ltd. The wider Horizons for Telecare Caring technology.
The wider Horizons for Telecare Caring technology.
Electronic Visualization Laboratory, University of Illinois at Chicago PAVIS Pervasive Adaptive Visualization and Interaction Service Javid Alimohideen.
Presented by Amira Ahmed El-Sharkawy Ibrahim.  There are six of eight turtle species in Ontario are listed as endangered, threatened or of special concern.
An Introduction Table Of Context Sensor Network PreviewRouting in Sensor NetworksMobility in Sensor Networks Structure and characteristics of nodes and.
Eric GrahamNathan Yau Staff Ecologist, CENSGraduate Student, Department of Statistics Use CasesSensorBase Coupled Human-Observational Systems Technology.
A sensor for measuring the acceleration of a moving or vibrating body.
SMART SENSORS FOR A SMARTER GRID BY KAILASH.K AND LAKSHMI NARAYAN.N.
Use it, Interconnect it, AutoMate IT™ ( Based on the FlexiMax 9000 Technology)
 Adviser : Dr. Lei Ying  Research Assistant: Ming Ouyang  Team Members:  Prashanth Yanamandra  Wyatt Brenneman  Taylor McKechnie  Client: ECpE.
Location Estimation in Ad-Hoc Networks with Directional Antennas N. Malhotra M. Krasniewski C. Yang S. Bagchi W. Chappell 5th IEEE International Conference.
What is a Sensor Web ? Abhinav Roongta Wireless Information Networking Group University of Florida March 3, 2004.
Understanding the Human Network Martin Kruger LCDR Jodie Gooby November 2008.
Milestones, Feedback, Action Items Power Aware Distributed Systems Kickoff August 23, 2000.
Status of ITS research May Peter Sweatman David Kapp.
Wireless Sensor Networks Nov 1, 2006 Jeon Bokgyun
AYREU Faculty: Dr. Dharma P. Agrawal Students: Hannah Kim (no contact yet) Samuel Weil Applying Wireless Sensor Networks to Aerospace Engineering.
Wireless Sensor Network (WSN). WSN - Basic Concept WSN is a wireless network consisting of spatially distributed autonomous devices using sensors to cooperatively.
1.Research Motivation 2.Existing Techniques 3.Proposed Technique 4.Limitations 5.Conclusion.
Domestic Nuclear Detection Office (DNDO) Networking Radiation Sensor Systems NITRD Workshop September 20, 2012 Richard Vojtech, Ph.D. Principal Deputy.
-Network topology is the layout of the connection between the computers. -It is also known as the pattern in which computers.
EE-194 Wireless InterNetworking Jean Whitehead. Project #2 Goal: Develop a multi-player game for deployment on mobile devices. Mobile devices, very small.
Vidya Bharathi Institute of Technology
Performance of Adaptive Beam Nulling in Multihop Ad Hoc Networks Under Jamming Suman Bhunia, Vahid Behzadan, Paulo Alexandre Regis, Shamik Sengupta.
788.11J Presentation CodeBlue: A sensor network for medical Care Ren-Shiou Liu.
Michael Hamilton, Vanessa Rivera del Rio and Sean Askay University of California James San Jacinto Mountains Reserve.
788.11J Presentation Volcano Monitoring Deploying a Wireless Sensor Network on an Active Volcano Phani Arava.
BANDAGE SIZE NON ECG HEART RATE MONITOR USING ZIGBEE WIRELESS LINK Guided by,Presented by, Ms. Geo. P.G Jeevan.K.Noble Asst.Prof., ECE Dept.S7, ECE-A.
AXIS Panorama PTZ Network Camera Pan, Tilt and Zoom in a live panorama over your network.
Heilmeier Questions Stacy, Devin, Brandon. What are we trying to do?  We are trying to implement an automated greenhouse monitor system.  Monitor and.
- Pritam Kumat - TE(2) 1.  Introduction  Architecture  Routing Techniques  Node Components  Hardware Specification  Application 2.
Grid Wide IoT Gateway Supports open standards and technologies, with open interfaces that provide support for proprietary gas-meter reading protocols and.
CS6501/ECE6501 IoT Sensors and Systems
Multi-Agent Exploration
Presentation transcript:

Data Visualization for Networked Sensors Phil Buonadonna Jason Hill

SmartDust Networked Sensor –A μ-Scale wireless device with an array of sensors capable of interacting with/monitoring their environment Operate in groups (100s and up) to perform wide range of high level-tasks –Un-intrusive, easy to deploy, autonomous

The Problem Where? –Sensor spatial location and movement What? –Multiple Data streams from many sensors Apply Data viz techniques –Analyze relative location over time –Select and view data streams from sensor(s) in a meaningful way The weC Mote

Location Visualization Parallel Axis in conjunction w/ a topographic display (signal strength used as metric) Symmetry between two points can be exploited Couple w/ Topological layout to expose patterns Include time ‘sliders’ To monitor movement ABCDE A B C D E

Data ‘Drill-Down’ Select sensor(s) and pull up data collection results over time. Minimize information overload and ‘clutter’ for large networks. A B C D E Mote: A Temp:208 Light:2 Time:16:19:55 Neighbors:B