Development of Augmented Reality Portal for Medicininal Plants Introduction

Abstract

Augmented Reality Portal application of Human Herbal Medicinal Plants, it can be concluded that the AR portal application aims to visualize medicinal plants and as a means of knowledge and insight for the general public. That is by utilizing the sophistication of Augmented Reality Portal-based technology that can be accessed using an Android smartphone. The Augmented Reality Portal application of Medicinal Plants in the Insani Herbal Garden has been carried out in the trial phase, the results of the Structural Test show that the system is well structured, the results of the Functional Test show that every button on the system has functioned properly and the Validation Test includes distance testing with maximum results for objects to detect sound, which is 90 cm, slope trials with a distance of 90 cm, maximum results at 45 degrees with a time of 00.66 seconds, light level trials with object detection results faster when the sun is direct with time of 1 second, and testing the android specifications shows that the minimum operating system is android nougat 7.0 and supports AR Core.

Precision Geolocation of Medicinal Plants: Assessing Machine Learning Algorithms for Accuracy and Efficiency

“…Despite the advent of applications employing advanced technologies such as crowdsourcing, image recognition, and convolutional neural networks for the identification and recognition of medicinal plants, as seen in Isa et al [7] and Sugiarto et al [8], the field remains challenged by the need for more precise and efficient geolocation methods. The utilization of geospatial database management systems and the development of augmented reality portals, as presented in Puttinaovarat and Horkaew [9] and Permana et al [10] respectively, indicate a technological evolution to enhance interaction with medicinal plant information. Nonetheless, the enduring value of traditional knowledge, as documented in Faruque et al [11] and the ethnobotanical analysis in Boycheva and Ivanov [12], emphasizes the integration of such a posteriori knowledge into contemporary technological advancements.…”