Infant Monitoring Device (IMD) Group 4 Power PC Medical Team.

Slides:



Advertisements
Similar presentations
Purpose of the Main Components of an Information System Hardware, Software and Communication Links.
Advertisements

Brad Berdine Brian Henze Beth Cohlman Bryan Schiele.
V i t a l i s ECE Spring 2013 TEAM 13 Presenter: Aakash Lamba Wireless Biometric Sensor Team Members: Aakash Lamba Di Mo Shantanu Joshi Yi Shen Patent.
Objectives Overview Define an operating system
XProtect® Expert 2013 Product presentation
Chapter 5 Operating Systems. 5 The Operating System When working with multimedia, the operating system is perhaps the most important, the most complex,
TIME-SHARING COMPUTER SYSTEM WITH SOUND MANAGEMENT PROPOSAL Team 4 Manager Webmaster Document Prep Presentation Prep Lab Coordinator Faculty Facilitator.
Kodak Kiosk Locator Team kiLO Shawn Ellis Tom Guzewich Lora Magliocco Amanda Merritt Nick Shaw.
SMV-FIT1 Super-Mileage Fuel Injection Team - Preliminary Design Review - SDP 2005 Jordan Crafts, Mike Flanagan, Dorinda Garcia, Jim Macdonald October 28.
Remote Medical Inc. ENSC 440 Project Presentation Presented By: Marian Chang Calvin Che Lotus Yi Dong Zhang April 7 th 2005.
Team Impact Intelligent Helmet Impact System Preliminary Design Review January 29 th, 2008 Amanda Brodbeck Wei-Chu Liao Wei-Shen Liao Chris Mintle.
Chemotherapy Flow Sheet Eric Maurer Advisor: Ron Giles Supervisor: Phil Bolenbaugh.
Healthnet John Bauman Kyunghwan Choi Adam Goldhammer Eugene Marinelli.
Infant Monitoring Device (IMD) Jack Followay, Jr. David Schmidt Bret Hodge Kerey Tassin Thomas Supercinski.
Microsoft Operations Manager Presented by: Alen Plicanic.
Experiment Management System CSE 423 Aaron Kloc Jordan Harstad Robert Sorensen Robert Trevino Nicolas Tjioe Status Report Presentation Industry Mentor:
WISENET Wireless Sensor Network Project Team: J. Dunne D. Patnode Advisors: Dr. Malinowski Dr. Schertz.
Hardware and Multimedia Chapter 4. 4 Personal Computers (PCs) PCs are computers that can be: Used by individuals at home, work, or school Desktop models.
Session 1.1. Windows Phone Topics Session 1.1 Windows Phone The Windows Phone Device.
Sd-May11-20 Betty Nguyen Scott Mertz David Hansen Ashley Polkinghorn Advisors Joseph Shinar Ruth Shinar with Bob Mayer.
Building an Application Server for Home Network based on Android Platform Yi-hsien Liao Supervised by : Dr. Chao-huang Wei Department of Electrical Engineering.
Sensor Systems for the Monitoring of Personal Health and Lifestyle Management.
SOE and Application Delivery Gwenael Moreau, Abbotsleigh.
CRC Dinamap Senior Design Project: Preliminary Design Review John Dlugokecki Steven Searcy Robbie Rutherford Arif Mohd Zahari January 29, 2009.
2-3 note. 2 Peripheral Devices “Peripheral devices” are hardware plugged into ports or connected to a computer wirelessly. These devices can be for input,
02/2008 MATRIX VISION GmbH 1 Presentation The intelligent camera and Image processing sensor.
Computer Programming Software. Two Basic Classifications System / Application Software.
COMPUTER MAIN PARTS JUAN ESTEBAN TABORDA. HARDWARE TheThe parts of the computer (physical aspect:hardware), also called devi ces of entry /exit (e/s),
Course Presentation EEL5881, Fall, 2003 Project: Network Reliability Tests Project: Network Reliability Tests Team: Gladiator Team: Gladiator Shuxin Li.
Health Band MOHAMMAD DIAB BASHAR JODEH SUPERVISORS: DR. SUFYAN SAMARA DR. HANAL ABUZANT.
Accessible Home Vital Signs Monitoring System
The IT700 PIM only supports up to network layer, all other above layers must be executed by other processor. Therefore in the PLC control network two types.
Computer Main parts. Hardware Software. Hardware Computer hardware (usually simply called hardware when a computing context is implicit) is the collection.
Educational Laboratory Virtual Instrumentation Suite (ELVIS) May Client: National Instruments Advisors: Dr. Mani Mina, Dr. Diane Rover Group Members:
THE GEORGE WASHINGTON UNIVERSITY SCHOOL OF ENGINEERING AND APPLIED SCIENCE DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING FINAL PRESENTATION WEATHER.
1 Chapter 7 Operating System & Utility Programs.  consists of the programs that control or maintain the operations of the computer and its devices. It.
Usability in Pervasive Computing Environment Advance Usability October 18, 2004 Anuj A. Nanavati.
Group 4: Medical Intake Chair Jordan French, BME David McMillan, BME Tamim Sookoor, CompE Mr. Tim Clemons, Project Sponsor Dr. Paul King, Faculty Advisor.
Introduction to Making Multimedia
ICOM 5047 – Proposal – The Smart Health Station August 31, 2009 ICOM 5047 – Proposal – The Smart Health Station1 Axel Vigo Josué Acevedo Pedro J. Franceschi.
When buying a product in today’s marketplace, an individual is faced with the challenge of remembering an abundance of information about the product that.
Jonathan Loving Fermi Lab Computing Division
Network Enabled Wearable Sensors The Combined Research Curriculum Development (CRCD) project works with the Virtual Reality Applications Center (VRAC)
1.2 NASA: PixelSense Interface Project. Team Members To design an expandable interface for displaying and monitoring the many systems in different space.
Copyright©2008 N.AlJaffan®KSU1 Chapter 7 Operating System and Utility Programs.
Multimedia and Computers Introduction to Computers.
Multi channel ECG 10 th August Reference Article  “Multichannel ECG measurement for noninvasive identification of heart regions with changed repolarization”
UPA Customer and Service Tracking Database Application Senior Design III – Spring 2007 Justin Shultz.
Virtualization One computer can do the job of multiple computers, by sharing the resources of a single computer across multiple environments. Turning hardware.
Chapter 9 Operating Systems Discovering Computers Technology in a World of Computers, Mobile Devices, and the Internet.
Chapter 2 – Part 1 Introduction To Windows Operating Systems CMPF 112 : COMPUTING SKILLS.
HardSSH Cryptographic Hardware Key Team May07-20: Steven Schulteis (Cpr E) Joseph Sloan (EE, Cpr E, Com S) Michael Ekstrand (Cpr E) Taylor Schreck (Cpr.
Accessible Home Vital Signs Monitoring System Kristyn Eilertsen Adam Goodale Stephen Kepper Sunil Narayan Stacey Tarver Group 22 BME 272 Advised by Paul.
THE WINDOWS OPERATING SYSTEM Computer Basics 1.2.
GCRC Dinamap Senior Design Project John Dlugokecki Steven Searcy Robbie Rutherford Arif Mohd Zahari December 4, 2008.
SBS Alert Web Console Senior Design 3 – February 28, 2005 Debra Sweet Barrett.
Chapter 5 Operating Systems.
Vital Signs Monitoring system
Software.
How a Network Works The network in this presentation belongs to Informa Software, Maitland FL.
Chapter 10 Development of Multimedia Project
Database.
Team: Jean Pappalardo Trent Roszell Payal Sehgal Advisors:
ECE 477 Digital Systems Senior Design Project  Spring 2013
Computer software 2.
ECE 477 Final Presentation Team 15  Spring 2010
Photon Microcontroller
Module 1: Overview of Systems Management Server 2003
Vital Sign Integration and Interface
Vital Sign Integration and Interface
Presentation transcript:

Infant Monitoring Device (IMD) Group 4 Power PC Medical Team

Objectives Create monitor that will allow the parents to record an infant’s vital signs. Pulse Temperature Blood Pressure Respiratory Design and build a system that allows this information to be stored and transferred for medical review.

Project Background A medical monitoring system can help reduce concern over an ill child by assuring the parents that the child is in a stable condition. The IMD is a device that a hospital will lease to concerned parents, especially those of children with special medical needs, such as premature babies.

Project Overview

IMD System Design

Requirements Hardware (35%) PowerPC Xilinix FPGA Ethernet Cable Network Interface Touch Screen Controller LCD Display Sofware (65%) LINUX OS SQL based DB PowerPC RISC Watch Tornado Development Environment Microsoft Visual C++ Development Suite

Deliverables HardwareSoftwareTechnical IMD DeviceIMD OSDB Server Medical Sensors IMD GUIHospital PC System DisplayIMD Networking User Manual IMD DAQ/Analysis

Approximate Cost of Prototype

Team Hierarchy Leader Recorder Time keeper Gate keeper Antagonist Jack Followay, Jr. Kerey Tassin Thomas Supercinski David Schmidt Bret Hodge

Responsibility Distribution Jack Followay, Jr.: IMD GUI/OS, IMD Application, and source control Bret Hodge: IMD Hardware interfaces David Schmidt: IMD Interconnectivity (Networking), IMD Application, and MD Application (Windows) Thomas Supercinski: IMD Sensors and Data Acquisition (software integration) Kerey Tassin: IMD Hardware sensors

Testing Requirements The senior design lab will serve as the testing environment required for the final demonstration. No special considerations will need to be made for the final demonstration.

Schedule