Augmented reality as the medical electronic equipment inventory identifier

Authors

  • Frisa Y. Hermawan Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta
  • Wadianto . Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta
  • Ernia Susana Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta
  • Fauzi Ramadani Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta
  • Muhammad Fauzi Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta

DOI:

https://doi.org/10.18203/issn.2454-2156.IntJSciRep20194649

Keywords:

Augmented reality, Medical electronic equipment, Inventory, Identifier

Abstract

Background: Inventory systems are very numerous and require a long time when rechecking. In doing a shortcut time for checking, it can be done the application of augmented reality.

Methods: This research can be applied to all types and brands of smartphones. The testing was carried out using three different types and brands of smartphones in three conditions: dark rooms, bright room and open spaces for three times for each smartphone. It examines the suitability of displaying asset objects such as Infusion Device Analyzer (IDA-1), Electrical Safety Analyzer (ISA) and Piranha radiology high voltage tester with target objects using existing inventory labels also Barbarian with the target a book cover with the distance 10, 15, 20, 25 and 30 cm.  

Results: By using three different types and brands of smartphones: A, B and C, the incompatibility result percentage of the asset object with the target object is obtained. The average of incompatibility result of Smartphone A, B, and C for the ISA asset object is 83%. The average of incompatibility result of Smartphone A, B, and C for the IDA asset object is 71%, The average of incompatibility result of Smartphone A, B, and C for the Piranha asset object is 36%, For the whole result for Barbarian object asset is 100%.

Conclusions: Making augmented reality has been successfully carried out with 3D models but there is a discrepancy between the appearance of asset objects with the target object except for the book cover and barbarian.

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Author Biographies

Frisa Y. Hermawan, Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta

Electromedical Engineering

Wadianto ., Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta

Electromedical Engineering

Ernia Susana, Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta

Electromedical Engineering

Fauzi Ramadani, Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta

College Student of Electromedical Engineering

Muhammad Fauzi, Department of Electromedical Engineering, Polytechnic of Health Jakarta II, Jakarta

College Student of Electromedical Engineering

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Published

2019-10-19

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Original Research Articles