RFID for Health Care Tracking and Monitoring

Slides:

Advertisements

Similar presentations

There are several research studies we would like to pursue with the HealthMonitor. These include long term monitoring of the elderly. We’re interested.

Advertisements

Sleep Apnea Monitoring and Alarm System Prepared by Jiayuan Wang Ying Zhou Renyuan Cheng.

Copyright 2014 Kenneth M. Chipps Ph.D. Network Management Using Sensors to Monitor Network Equipment Rooms Last Update

SECE Location Tracking Goal: – Track what room in a building objects are in – Pass information to SECE Implementation: – “Tags” are placed on items to.

OutLine Overview about Project Wii Robot Escaper Robot Problems and Solutions Demo.

Bluetooth Monitor for PowerFilm Solar Panels SDDEC1107 Alex Rannow, Tim Fox, Arthur Fiester, Jacob Rasmuson, Collin Howe.

A Survey on Energy Efficient MAC Protocol for Wireless Sensor Networks Huma Naushad.

Archana Sapkota Deepti Reddy Palden Lama. Project Goal Develop a remote heart beat monitoring system using wireless technology for new-born premature.

A Framework for Patient Monitoring A. L. Praveen Aroul, William Walker, Dinesh Bhatia Department of Electrical Engineering University of Texas at Dallas.

NeSSI Wireless Sensor / Actuator Networking March 7, 2001 John Crawford VP, Business Development Crossbow Technology, Inc.

Bluetooth Auto-Silencer Final Presentation Senior Design I.

CMS:Children Monitoring System By: Naif Almadhayan | Steven Smith | Mohammad Safar.

Introduction To Wireless Sensor Networks Wireless Sensor Networks A wireless sensor network (WSN) is a wireless network consisting of spatially distributed.

1 Sutron Corporation ModBusLink Plus sutron.com ModBusLink Plus.

Stand-Alone and Mesh Networks of Dissolved Oxygen (DO) Monitors Sd-May11-20 Betty Nguyen Scott Mertz David Hansen Ashley Polkinghorn Advisors Joseph Shinar.

MICA: A Wireless Platform for Deeply Embedded Networks

MINIATURE RFID READER 1.55 Square Inch UHF Generation 2 ISO C Combination RFID Reader/Writer Communicates with Active and Passive Tags

Lab 4 ZigBee & with PICDEM Z Boards 55:088 Fall 2006.

CONTINUES COGNITIVE AND VITAL SIGNS MONITOR Design Review.

Classroom Collaborator Brandon Reagen, Matthew Ng, Runfeng Chen, Robert Connelly Faculty Advisor: Prof. Tessier Department of Electrical and Computer Engineering.

Ruslan Masinjila Aida Militaru.  Nature of the Problem  Our Solution: The Roaming Security Robot  Functionalities  General System View  System Design.

The Voice Operated and Wirelessly Controlled Elevator Jeremy Hester Advisor: Dr. Mohammad Saadeh Class: ET 494 (Senior Design II), Fall 2013 Class Professor:

Flatiron Mobile Device Security Monitor Thomas Horacek Lucas Greve.

1 Department of Electrical and Computer Engineering Advisor: Professor Hollot Team RCA March 1, 2013 Cumulative Design Review.

Traumatic Brain Injury Eyewear “TB-Eye” Todd Biesiadecki, Matthew Campbell, Matthew Vildzius ECE4007 L03 EM1 Advisor: Erick Maxwell December 14, 2011.

SunSPOT Wireless Modules Gurdip Singh and Shravanthi Kallem Pervasive Sensor Network Laboratory Computing and Information Sciences.

Wi-Fi Interface for medical devices Academic Supervisor- Prof.Karen Reynolds Industrial Supervisor- Mrs Jodie Hobbs.

Adeola Bannis, Ethan Goldblum, Claire Mitchell, Nirav Patel.

Brett Dunscomb David Howden Kevin Bedrossian Chris Clary.

Abstract The Infrarat is an autonomous toy car that will use proximity sensors and a pivoting array of Infrared sensors for tracking a body and to avoid.

1 Location and Activity Tracking with the Cloud Taj Morton, Alex Weeks, Samuel House, Patrick Chiang, and Chris Scaffidi School of Electrical Engineering.

Voice-Activated Television Remote Control (VAR) Senior Design I Mid-Semester Presentation [1]

Traumatic Brain Injury Eyewear “TB-Eye” Todd Biesiadecki, Matthew Campbell, Matthew Vildzius ECE4007 L03 EM1 Advisor: Erick Maxwell October 31, 2011.

Design Constraint Presentation Team 5: Sports Telemetry Device.

Detection of Patient Falls Using Three-Axis Accelerometer Umer Jamshaid Tyler Quarles Parampal Randhawa Martha Serna Matthew Treinish April 26, 2011 School.

 The wireless module must sustain a transmission rate that allows for image data to be transferred in real-time.  The camera must be able to capture.

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.

Voice Controlled Home Automation System Group 13 Zhe Gong Hongchuan Li.

Group #15 Matt Frank Russell Geschrey.  This project was chosen because of an interest in wireless communication systems, namely BAN's (body area networks)

SmartCup – Team 42 Harington Lee, Chirag Patil, Arjun Sharma 1.

Wireless Communication Project Ideas for Engineering Students.

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

I I R R T T Internet Real Time Lab SECE SYSTEM SECE SERVER INTERNET ELECTRICAL APPLIANCES CONNECTED TO MICROCONTROLLER … … : register & download.

On-Site HotBox Calibration System Team 2 Pourya Assem & Paul Lupas Prof. A.C.Singer ECE 445 – Fall 2012.

CHAPTER 8 Communication and Network Copyright © Cengage Learning. All rights reserved.

ISA CLICK CONTROL #38 – FALL 2014 ERIC BRUNNGRABER DRAKE ISABIRYE.

SMART CART Group 20 Ciju Francis, Tom Rosengrant.

Wireless Sensor Network: A Promising Approach for Distributed Sensing Tasks.

Power Budget Automation System Team #40 Hai Vo, Ho Chuen Tsang, Vi Tran ECE 445 Senior Design April 30 st, 2013.

Electronic Instrumentation Project 202 Project Name: Differential Thermometer Student #1: Name ID Student #2: Name ID Student #3: Name ID.

Sponsor: Beam Technologies Team Members: Andrew McGinnis - ECE Chad Carius - ECE Madison McClellan - ECE Behavior Monitoring Toothbrush.

NETWORK AND COMMUNICATIONS

Application Case Study Christmas Lights Controller

Wireless Measurement Cores Electronic LLC 10/26/2006

3506-D WEST LAKE CENTER DRIVE,

Instrumented Walker Skyler Bullington Tommy Frankenberger Larson Stacy

Home automation using Arduino & ‘PIR sensor’

CMS:Children Monitoring System

Textbook Detection System With Radio-Frequency Identification

Monitoring Robot Prepared by: Hanin Mizyed ,Abdalla Melhem

ECE477 MIDTERM DESIGN REVIEW: TEAM #08

Parking Space Monitoring System

Zigbee Networks Using Xbee Modules

Mike Pappas, Nigel Himmelreich, Eric Anderson

Mike Pappas, Nigel Himmelreich, Eric Anderson

Tareq Khan, Ph.D. Assistant Professor,

HOME AUTOMATION SYSTEM BLUETOOTH BASED.  INTRODUCTION  PROBLEM STATEMENT  OBJECTIVES  BLOCK DIAGRAM  CIRCUIT DIAGRAM  METHODOLOGY  APPLICATIONS.

Presentation transcript:

RFID for Health Care Tracking and Monitoring Jack Jean Dept. of Computer Science and Engineering Wright State University jack.jean@wright.edu

Outline FastFind Zigbee-Based Body Temperature Sensor Node Bluetooth-Based Fall Detection Sensor Node

FastFind: RFID Asset/People Tracking for hospital/nursing home use track, manage, and optimize the usage of assets track personnel and patients monitor events that need special care.

RF Code M200 RFID Reader and TRENDnet Wireless Camera

RF Code A750 Room Locator Uses 36 KHz IR to transmit a 3 digit octal ID for room location Uses a form of bi-phase encoding Take the first 9 of 15 bits for room ID

Healthcare Monitoring Devices Hospitals/Nursing Homes/Assisted Living Communities/Home Care Zigbee-Based Body Temperature Sensor Node with IR Capability Bluetooth-Based Fall Detection Sensor Node with IR Capability

Wireless Protocol Choice Zigbee Bluetooth 802.11(Wi-Fi) Data Rates Up to 250kbits/s 1Mbits/s 11/54Mbits/s Range 10-100m 10m* 50-100m Network Type Ad-hoc, peer to peer, star or mesh Ad-hoc and very small networks Point to Hub Current Consumption Low mA Range (Sleep Low uA) Mid to High mA Join Time Under 30ms Up to 10sec. 3-5sec. * : can be much longer with different Bluetooth class.

Temperature Sensor Node

Temperature Sensor: Microchip TC77 with an SPI interface Meets ASTM Standard for electronic thermometer Microcontroller: Microchip PIC24F16KA102 sleep mode at 500 nA 1.8 to 3.6 V

Right-hand side: a failed attempt to further improve the device.

Fall Detection Sensor-Phase 1 The sensors were made as a shield mounted on top of the Arduino Uno development board. The shield has the following components: Bluesmirf gold Bluetooth module (class 1). ADXL335 3-axes accelerometer. 36KHZ Infrared Receiver.

Fall Detection Sensor-Phase 2 PCB and a new panic button Operating Environment: Typical input voltage 9.0 Volts. Typical transmission range for the Bluetooth module : 200 feet.

Fit the board to an enclosure that has a 9-volt battery compartment and a belt clip to easily attach the device on the waist An ON/OFF switch, and a panic button

Accelerometer data analysis Matlab was used to interface with the fall detection device to analyze the accelerometer values in the x,y,z directions. Future work will include human subject testing to find the thresholds values for daily life activates, to be able to have a concise algorithm that can differentiate between falls and daily life activities .

Assisted Living

Independent Living for the Elderly The device communicates through Bluetooth to an Android phone in case of a fall or if the panic button is pressed. The phone can call 911 directly for medical help, or call a family member.

Android Phone Interface pairing the Android app with the fall detection device. Received command “P” for panic, calling a family member or call 911 Received command “F” for fall, dial a number to request help