Fabrication Of A Wireless Sensor Network for Extreme Environments Faye Yuen EE 496 / NASA Fellowship Design Review Presentation 1 Fall 2006.

Slides:

Advertisements

Similar presentations

Solar Array & Maximum Power Point Tracker Group Senior Design Project 2003 Stephanie Chin Jeanell Gadson Katie Nordstrom Advisor: Karen Panetta.

Advertisements

2  Definition  Features  Architecture  Prototypes  Communication  Security  Benefits and Concerns  Conclusion.

Low Cost Wearable Monitoring System (Advisor Dr.Assim Sagahyroon ) By: Ali Hazem Umair

Team Flying Camels Nawar Chaker Pete Dokter Tim Jacobs Adam Swartley Paul Savage Capstone Project February 24, 2005.

Brynn Larson Trey Karsten Terek Campbell Marcus Flores Marcell Smalley Shunsuke Miyazaki 2015/6/10 Team Ochocinco.

EE580 – Solar Cells Todd J. Kaiser

A Project Team Members: Shamlan AlbaharRifaah Alkhamis Doug BloomquistChris Deboer.

BalloonSat “Optimism Prime” Team “Thumbs Up” Conceptual Design Review Nick Lenk, Greg Nelson, Eddie Cyrus, Jake Varey, Chase Pritchett, Brian Inglis 9/23/08.

Team Advisor: Professor Marinos Vouvakis Douglas Imbier EE Team Leader wireless, sensors Edmons Zongo EE Treasurer display, sensors Nicholas Ferrero EE.

Preliminary Design Review Micromouse EE 296 Spring 2008.

Wireless Sensor Network. A wireless sensor network (WSN) is a wireless network consisting of spatially distributed autonomous devices using sensors to.

Team Impact Intelligent Helmet Impact System Preliminary Design Review January 29 th, 2008 Amanda Brodbeck Wei-Chu Liao Wei-Shen Liao Chris Mintle.

Intelligent Sensor Network for Extreme Environments I.S.N.E.E Group Members: Iiga, Tiffany Irvine, Joshua Liang, Mary Yuen, Faye.

Solar Car Data Collection System Matt Boyden Rene Dupuis Ryan Lavallee 4/8/08.

‘Iole o Mãnoa Mouse of Mãnoa. Team Members Jeff Fines Designer, Fabricator, Programmer & Thomas Matsushima Designer, Fabricator, Programmer.

ECE415 SDP Design MAPPER: A Perfectly Portable Exploration Robot Rohan Balakrishnan (CSE) Conan Jen (EE) Andrew Lok (EE) Jonathan Tang (EE)

Fabrication of a Wireless Sensor Network for Extreme Environments Faye Yuen EE 496/NASA Fellowship Design Review Presentation II Fall 2006.

Fabrication of a Wireless Sensor Network for Extreme Environments EE 496, Fall 2006 By: Faye Yuen.

ZigBee Calvin Choy David Kim Jason Chong Devin Galutira.

INTELLIGENT SENSOR NETWORKS FOR EXTREME ENVIRONMENTS NASA Fellowship/EE 396 Spring 2006.

MDR ECE 415 Team Advisor: Professor Marinos Vouvakis Douglas Imbier EE Team Leader wireless, sensors Edmons Zongo EE Treasurer display, sensors Nicholas.

1 ECE Department SDP07 Advisor Marinos Vouvakis Members Mikeoll Echeverria Maria Gomes Juan Lopez Harmonic Radar Transceiver making tracking small animals.

MicroMouse Final Presentation Jill Kobashigawa Min Mo Jon Shindo Christy Kaneshiro.

Preliminary Design Review Micromouse Spring 08 8” Comb.

EE 296 TEAM “DA KINE” MICROMOUSE PROJECT PROPOSAL Team members: Software Group - Henry, James Roles : tracking, mapping, guidance, interface Hardware Group.

Research Bytes Bob Kinicki October 13, Network Protocols and Wireless Networks.

WISENET Wireless Sensor Network Project Team: J. Dunne D. Patnode Advisors: Dr. Malinowski Dr. Schertz.

WISENET Wireless Sensor Network Project Team: J. Dunne D. Patnode Advisors: Dr. Malinowski Dr. Schertz.

DC Motor Control  mouse EE 496 Advisor: Dr. Tep Dobry.

TelosB Charging and Energy Meter Kit(Dec1201) Group Leader: Tomas Mullins Communicator: Casey Liebl Webmaster: Shiya Liu Team Members: Andrew Gurik & Qiao.

V i t a l i s ECE Spring 2013 TEAM 13 Presenter: Yi Shen Wireless Biometric Sensor Team Members: Aakash Lamba Di Mo Shantanu Joshi Yi Shen Schematic.

Energy Smart Room GROUP 9 PRESENTERS DEMO DATE SPECIAL THANKS TO ADVISOR PRESENTERS Thursday April 19, 2007 Department of Electrical and Systems Engineering.

ZigBee TM Alliance | Wireless Control That Simply Works Embedded and Adaptive Computing Group Hande, Nov 2005 Energy Harvesting Methodologies for Wireless.

Energy Harvesting and Wireless Sensor Networks Adam Skelton.

Project Proposal ECE 445 Lecture 2 Jan 27, 2015 ECE Main Slide.

By the end of this chapter, you should:  Understand the properties of an engineering requirement and know how to develop well-formed requirements that.

02/06/031 State of the Art Battery Charger Team: Richard Musumhi Bo Bo Oo Pascal Openshaw Chris Privitere Client: Senior Design 2/6/2003 Team May

Tilapi-Ugghhh Group 8: Gerardo Caicedo (EE) Josey Nieto (EE) Kaiyune Wu (EE)

Xin Jin Zelun Tie Ranmin Chen Hang Xie. Outline  Project overview  Project-specific success criteria  Block diagram  Component selection rationale.

Lance Ellerbe - BS EE Jamal Maduro - BS CpE Peter Rivera - BS ME Anthony Sabido - BS ME 1.

Shiv Yukeun Donghan Robert.  Project overview  Project-specific success criteria  Block diagram  Component selection rationale  Packaging design.

Project Proposal ECE 398 PSC. General Information Due Date – Wed 9/23 at Midnight – Submit PDF to PACE Should be 1-2 Page overview of your project – Not.

LightSaVers Satya Bhan Andrew Ausley Michael Moseley 1.

HEAT RECOVERY SYSTEM CONTROLLER BY Ajeetesh Govrineni.

Solar Power Array Management for the Solar Racing Team Mark Calotes Ginah Colón Alemneh Haile Nidhi Joshi Michael Lu School of Electrical and Computer.

Status Report #2 Autonomous Lawnmower Team 5 April Fowler Jose Manzanares Ranjith Raghunath Christopher Gerhardt 5 Feb 07 To design and implement an autonomous.

Mid-Semester Presentation Senior Design I February 24, 2011.

Status Report 6-Group 8 Sid Munshi Gabriel Castillo Jeff Burg Fahim Peermohammad The Intelli-Home October 3, 2006 To design and implement a control system.

Design Constraint Presentation Team 5: Sports Telemetry Device.

A Web-based Console for Controlling a Wireless Sensor network Team A: Thang Nguyen – Duc Duong Course CSCI 5234: Web Security Instructor: Dr. T. Andrew.

INTELLIGENT SENSOR NETWORKS FOR EXTREME ENVIRONMENTS (ISNEE) By: Faye Yuen, Mary Liang, Joshua Irvine, Tiffany Iiga.

Colorado State University Paul Scholz, Tyler Faucett, Abby Wilbourn, Michael Somers June

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.

CS-EE 480 Fall November, 2005 University of Portland School of Engineering Project Umpqua Electric Vehicle Drive System Team Abdullah Binsaeed Dustin.

Temperature Text Message Alert System Travis Midthun Dr. Stanislaw Legowski Department of Electrical and Computer Engineering.

SIDS Alert Device BY ERIC BAGNARD JT HIRSIG. Overview Background SIDS stands for Sudden Infant Death Syndrome One of the leading causes of death for infants.

Wireless Power Transmission Using SPS and Rectenna

Ammeter voltmeter cell Indicator / light source diode Light emitting diode resistor Variable resistor thermistor Light dependent resistor heater Electric.

Preliminary Design Review Team 18 October XX, 2015 Department of Electrical and Computer EngineeringAdvisor: Csaba Andras Moritz.

Fall 2006P7305: Freshman Practicum AM Receiver P7305: Learning Module for EE Freshman Practicum Chris Urban: Lead Engineer Hans-Christian Rotmann: Project.

- Pritam Kumat - TE(2) 1.  Introduction  Architecture  Routing Techniques  Node Components  Hardware Specification  Application 2.

Solar Jackets’ Racer Battery Monitoring System(BMS) Ali Bibonge Daniel Christopher Paul Martin Mark Slade Taverishima Tsegha October 26 th, 2011.

Instrumented Walker Skyler Bullington Tommy Frankenberger Larson Stacy

ECE 445 Smart Window Responding System

Stephen Brewer Eli Chen

By: Raed Wa’el Ennab & Raja Sa’ed Anabtawi

WISENET Wireless Sensor Network

Made by: Abdiqani, Alberto, Federico G., Nikolaj, Marc, Federico M.

Team Solkraft Conceptual Design Review

Robofish Charging Station (RCS)

Presentation transcript:

Fabrication Of A Wireless Sensor Network for Extreme Environments Faye Yuen EE 496 / NASA Fellowship Design Review Presentation 1 Fall 2006

Project Overview Create network of autonomous motes to collect data in extreme environments (i.e. Antarctica) that analog Mars. Contribute to Dr. Chris McKay’s research. Meet NASA goals.

Overall Block Diagram External Renewable Power Source Water Sensor JN5121 Wireless Microcontroller Computer

External Power Supply + + — — Solar Module Diode 2.5 mm Jack Socket (to JN5121 Mircrocontroller)

External Power Supply: Components Flexible Thin Solar Modules Schottky Diodes 24+ Gauge Wire Rechargeable NiMH Batteries 2.5 mm Jack Socket

External Power Supply: Tests Measure overall cell efficiency and voltage/current characteristics AM1.5 solar simulated light at different temperatures Determine how the solar cell responds to different sunlight Quantum efficiency at different cell biases

Remaining Work Water Sensor Building external power supply Documentation

Potential Problems Finding a purchasable water sensor (if not, designing one) TIME MANAGEMENT!

Timeline for Completion October 20 – Test network range and sensors. October 25 – Decide on Water Sensor. October 30 – Complete Mid-Semester Report. November 1 – Complete 1 st Draft of 496 Report. November 11 – External power supply built. November 18 – NASA Presentation, EE 496 Design Review 2. November 25 – Water Sensor built (if not bought). December 1 – Test Water Sensor. December 10 – Complete 496 Report.

Gantt Chart

Questions?