Contact Us - Rad Physics
rps@radphysics.com

Day: March 23, 2023

Automated Error Labeling in Radiation Oncology via Statistical Natural Language Processing

RadPhysics Services LLC is proud to be a co-author of Automated Error Labeling in Radiation Oncology via Statistical Natural Language Processing. Recently published by MDPI (Multidisciplinary Digital Publishing Institute), the peer-review article describes how natural language processing (NLP)-aided statistical algorithms have the potential to significantly improve the discovery and reporting of medical errors in radiation oncology. […]

Contact Us - Rad Physics

You can’t detect every potential medical error alone. MERP can help

Linkedin
Quick Links
Useful Links
Site Policy
Copyright - RadPhysics 2024
Since 2008 | Privacy Settings

MERPtm

COMPARE & VALIDATE EXPECTATIONS

MERP helps facilitate a safety culture where greater attention is directed at confirming that detailed processes are performed correctly by referencing various standards, recommendations, and regulations.

MERP provides a methodology to measure performance against benchmark standards of practice.

DECREASE COSTS & INEFFICIENCIES

Radiation oncology is an exceedingly complicated system where accidents happen. Any single error, combination, and propagation of errors in radiation oncology can negatively impact patient outcomes.  An error reduction program helps institutions minimize risk to patients and health care workers.

MERP is a medical error reduction software program specifically designed to help minimize errors, improve performance, reduce cost, lessen liability, decrease regulatory infractions, and positively contribute to patient outcomes in the radiation oncology treatment delivery process. 

TRANSFORM  YOUR PATIENT SAFETY 

Ineffective error management can lead to reduced quality, increased inefficiency, and increased legal and/or regulatory liabilities.

MERP is a powerful tool for implementing proactive risk reduction through error analysis and action plans. MERP facilitates a comprehensive approach to improving patient safety through the reduction of preventable systems-related errors.