Medical Information System to Improve Quick Access Using Anti-Collision Algorithm

Abstract

In addition to allowing for real-time monitoring of assets and personnel, Radio Frequency Identification (RFID) technology also facilitates quick, accurate access to patient records for medical providers. Despite optimistic predictions, RFID implementation has lagged significantly. Patient outcomes, operational efficiency, and treatment quality may all be enhanced via the use of RFID technologies in healthcare systems using anti-collision algorithms. The healthcare business is rapidly adopting it as a useful solution since it tackles crucial concerns, including patient safety, asset management, and regulatory compliance. The objectives of improving patient care, increasing operational efficiency, and addressing significant issues within the healthcare system—are congruent with the use of RFID technology in healthcare. The goal is to improve healthcare delivery in terms of efficiency, security, and quality by using RFID capabilities. This research methodology-based literature review examines RFID's potential healthcare uses. The goal is to determine the present possibilities, possible advantages, and hurdles to adoption. According to research, RFID is effective and helpful for asset monitoring and patient identification, as reported by most healthcare practitioners. The high price tag, technical constraints, and patient privacy concerns all work against widespread RFID use in healthcare. Better-built RFID systems are required to boost the adoption and appropriate usage of RFID in healthcare, even though RFID gives healthcare practitioners benefits to enhance clinical practice. The result shows that the Passive tag contains 69% and the active tag contains 31%.