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Radio Frequency Identification Inventory Tracking and Status Monitoring of Blood Units

Radio Frequency Identification Inventory Tracking and Status Monitoring of Blood Units. Team 10 Mark Green Melissa Kronenberger Nadine Tribur Aaron Schlanser. Sponsored by: Dr. Thomas Chen. Overview. Background Introduction to RFID Goals and Accomplishments Project Overview

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Radio Frequency Identification Inventory Tracking and Status Monitoring of Blood Units

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  1. Radio Frequency Identification Inventory Tracking and Status Monitoring of Blood Units Team 10 Mark Green Melissa Kronenberger Nadine Tribur Aaron Schlanser Sponsored by: Dr. Thomas Chen

  2. Overview • Background • Introduction to RFID • Goals and Accomplishments • Project Overview • Professional Component • Results • Budget • Summary • Recommendations

  3. Background • Blood Banks • Bar Code Scanning • Periodic Testing • Personnel • Errors due to infrequent verification • Inaccurate scanning procedures http://www.surgeryencyclopedia.com/images/gesu_01_img0033.jpg

  4. Introduction to RFID • What is Radio Frequency Identification (RFID)? • Passive, Active, Battery Assisted Passive • Why use RFID? • Remove necessity for human interaction • Accurate inventory management • Automate inventory and delivery process

  5. Optimized Reader Settings Command Protocol <CR>031400<CR> Anti-Collision Algorithm Operation Frequency 902-928 KHz SkyeTek RFID Reader

  6. Goals and Accomplishments • Automate blood tracking system • Inventory tracking • Status monitoring • Integrate stationary unit with mobile unit

  7. Project Overview Computer Ethernet LabVIEW GUI Database TCP/IP RFID Reader Serial Antenna Blood Unit with RFID Tag Refrigerator

  8. LabVIEW 8.0 • Simulates Database • Excel • Interface with reader • TCP/IP • Server & Client • Quality Tracking • Time stamping

  9. Professional Component • Reliability • Information regarding location, type and quantity is accurate • FCC Regulations • FCC Part 15 Sect 247 • Health and Safety • If data is not stored accurately, could be dangerous

  10. Results • Consistently reads unique RFID tag IDs • Monitors quality • Signal from critical alarm • User enabled sorts • Can transmit data via TCP/IP • Maintains blood bank database

  11. Budget

  12. Summary • Automated inventory tracking and status monitoring • Automated updates of inventory received from outside sources • Under budget • Compliant with all government regulations

  13. Recommendations • Investigate alternative hardware • RFID reader • Computer with sufficient hardware

  14. Questions?

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