A simple and inexpensive way to document simple husbandry in animal care facilities using QR code scanning

Green, Tyler; Smith, T. C.; Hodges, Richard; Fry, Mark

doi:10.1177/0023677217718004

Cited by 4 publications

(4 citation statements)

References 4 publications

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“…Several production units (crops, animals, orchards) could be provided with markers and in several farm contexts (open field, milking parlor, greenhouse). Furthermore, the use of QR codes in agriculture is usually coupled with the traceability of food products [28,29], showing its potential applications in providing accurate information for the logistics of products through the supply chains [30], for storage of animal husbandry records [31], the management of vegetable productions [32], and for milking machine inspections through AR instructions [25]. The four SGs were compared, and each device showed different performances in the detection of QR codes with different speeds and distances.…”

Section: Qr Code Scanning Performancementioning

confidence: 99%

Augmented Reality Glasses Applied to Livestock Farming: Potentials and Perspectives

Sara,

Pinna,

Todde

et al. 2024

AgriEngineering

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In the last decade, Smart Glasses (SG) and augmented reality (AR) technology have gained considerable interest in all production sectors. In the agricultural field, an SG can be considered a valuable device to support farmers and agricultural operators. SGs can be distinguished by technical specification, type of display, interaction system, and specific features. These aspects can affect their integration into farms, influencing users’ experience and the consequent level of performance. The aim of the study was to compare four SGs for AR with different technical characteristics to evaluate their potential integration in agricultural systems. This study analyzed the capability of QR code reading in terms of distance and time of visualization, the audio–video quality of image streaming during conference calls and, finally, the battery life. The results showed different levels of performance in QR code reading for the selected devices, while the audio–video quality in conference calls demonstrated similar results for all the devices. Moreover, the battery life of the SGs ranged from 2 to 7 h per charge cycle, and it was influenced by the type of usage. The findings also underlined the potential use and integration of SGs to support operators during farm management. Specifically, SGs might enable farmers to obtain fast and precise augmented information using markers placed at different points on the farm. In conclusion, the study highlights how the different technical characteristics of SG represent an important factor in the selection of the most appropriate device for a farm.

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Section: Qr Code Scanning Performancementioning

confidence: 99%

Augmented Reality Glasses Applied to Livestock Farming: Potentials and Perspectives

Sara,

Pinna,

Todde

et al. 2024

AgriEngineering

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“…The security RSA algorithm is far better than the DES algorithm. However, The overall difficulty of the DES algorithm is better [8] . …”

Section: Dedicated App and Two-dimensional Code Technologymentioning

confidence: 99%

The Effective QR Code Technology Development

Yuan¹,

Zhao²,

Dapeng³

2018

Proceedings of the 2017 4th International Conference on Machinery, Materials and Computer (MACMC 2017)

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Based on the development trend of internet+ and the popularization of mobile intelligent terminals, anti-counterfeiting based on two-dimension code is also paid more and more attention by people. How to achieve higher anti-counterfeiting function through two-dimension code and realize product traceability and data statistics under the era of big data is one of the hot spots for people's research. How to prevent the counterfeit of two-dimensional code is the key point of Internet of things, Internet+ era under the hot spots of people's anti-counterfeiting research, this paper introduces the development of two-dimensional code technology and popular QR code technology which is popular and efficient nowadays. Similarity and Difference of Mainstream Two-dimensional Code RecognitionQR Code is a type of 2D [1] barcode that was invented and started to be used by Japanese Toyota subsidiary Denso Wave in 1994. The QR code can store more information than an ordinary barcode, nor does it need to be aligned like a normal barcode with the scanner in a straight line [2] . Two-dimensional code technology can be divided into two kinds of layered and matrix. Identification Mechanism [2,3] : Cascading is identified by the width of the black-and-white lines. The matrix is identified by the relative color difference of the black-and-white color blocks. The dark color module represents "1" in binary, and the light color module represents "0" in binary. So the general matrix is used to ensure that the color of a certain color.Reading range: stacked identification equipment and bar code recognition angle difference of ± 10 ° or so, the basic matrix can achieve 360 ° scan recognition.Reading speed: One of the fastest QR code, which basically dozens of each second, and Data Matrix code and PDF417 basic speed of several per second. Effective QR Code TechnologyQR code involves a variety of technologies: physical anti-counterfeiting technology, traceability technology, digital technology, holographic technology. The most prominent feature is the dependence on special equipment is relatively small, and the relative low cost, which is now second dimensional code is still one of the main reasons for the market share, and the current QR code is largely open source algorithm, it is easy to be copied.At present, the two-dimensional code technology that can achieve security is basically a combination anti-counterfeiting technology, which can be summarized as the following two-dimensional code and security code [2] , a combination of special ink and two-dimension code, a combination of specific holography technology and two-Technology and two-dimensional code combination, special APP and two-dimensional code technology, watermarking technology and two-dimensional bar code technology, invisible two-dimensional code technology.

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“…To address this issue, we attempted to develop a simple, flexible, and inexpensive platform to generate and store electronic information records through quick response (QR) code and smartphone technology. QR codes have been rapidly applied in medicine (Kobo et al, 2021), veterinary (Chen et al, 2016), food safety (Matzembacher et al, 2018), and animal management (Green et al, 2017;Hu et al, 2020). To enhance the efficiency of sea turtle rescue, the QR code was fused with the turtle carapace, thus saved a large amount of traceability information.…”

Section: Introductionmentioning

confidence: 99%

Application of Quick Response Code in Sea Turtle Conservation: Overcoming Limitations of Existing Individual Markers

Xia

Yang

et al. 2022

Front. Mar. Sci.

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Hatchery release has been used for the conservation of green turtles for many years. To improve the rescue management of released individuals and avoid their negative impact on wild populations, the application of individual markers is particularly important. Quick response (QR) code was used to tag the individual of released turtles in Huidong Sea Turtle National Nature Reserve, the unique spawning site and nature reserve for sea turtles in China. The viscosity differences of four safe and non-toxic glues (e.g., epoxy resin, acrylic glue, ABS glue, and nail gel 401) in different age groups were tested. The results revealed that epoxy resin glue has the best adhesion effect on 8-year-old turtles, and the intact rate after 50 days was 100%. It is suitable to be used for the rescue of stranded turtles within 50 days of release. Nail gel 401 has the best adhesion effect on the carapace of 1-year-old turtles, with an intact rate of 100% after 50 days, which can be used for short-time conservation of young turtles. The release experiments of 18 eight-year-old sea turtles with passive integrated transponder (PIT) tags, QR codes, and steel tags showed that QR codes are conducive to public participation and improve rescue efficiency. In fact, QR code is a powerful measure to overcome the limitations of the existing individual label. However, the QR code fused with turtle carapace can only be applied for turtle rescue and tracing in the short-term due to its limited persistence.

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A simple and inexpensive way to document simple husbandry in animal care facilities using QR code scanning

Cited by 4 publications

References 4 publications

Augmented Reality Glasses Applied to Livestock Farming: Potentials and Perspectives

Augmented Reality Glasses Applied to Livestock Farming: Potentials and Perspectives

The Effective QR Code Technology Development

Application of Quick Response Code in Sea Turtle Conservation: Overcoming Limitations of Existing Individual Markers

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