Developing automated analytical methods for scientific environments using LabVIEW

Wagner, Christoph; Armenta, Sergio; Lendl, Bernhard

doi:10.1016/j.talanta.2009.08.018

Cited by 25 publications

(17 citation statements)

References 14 publications

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“…Operator dapat memonitor kondisi tempat penyimpanan barang melalui antarmuka LabVIEW tanpa harus turun langsung ke lapangan. Pemilihan LabVIEW sebagai antarmuka sistem ini dikarenakan LabVIEW sudah teruji menjadi salah satu perangkat yang sangat berguna untuk mengembangan suatu sistem [9].…”

Section: Pendahuluanunclassified

“…Dalam melakukan fungsinya sebagai pemindah material, AGV ini dapat mencari lokasi penyimpanan barang yang kosong dengan memanfaatkan sensor ultrasonik untuk mendeteksi ada atau tidaknya penghalang [8]. Antarmuka AGV menggunakan LabView memungkinkan operator untuk memonitor perilaku robot dan kondisi tempat penyimpanan dengan lebih mudah [9]. Algoritma kontrol pengikut garis yang digunakan di robot ini adalah PID, namun dapat dikembangkan dengan algoritma lain seperti Fuzzy [7] untuk menjejak garis yang tidak tegas, misalnya warna yang memudar.…”

Section: No Jenis Bahan Penghalang Proses Koneksiunclassified

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Sistem Penentuan Lokasi dan Penyimpanan Barang Menggunakan LabVIEW dan Sensor Ultrasonik

Pratiwi¹,

Riyanto²

2017

Jurnal Teknologi dan Sistem Komputer

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-One of the important aspects in industrial field is a good material handling in logistics. Automated Guided Vehicle (AGV) can be an alternative to making an optimal logistics system. A widely used type of AGV based on its navigation system is line follower robot. This paper explains about applying the line follower robot integrated with LabVIEW to implement ultrasonic sensor as a radar to determine an empty space in logistic storage. The utilization of ultrasonic radar makes the searching process of empty space in the storage faster. Meanwhile, LabVIEW interface is used to help the operator to monitor material handling process. AGV menjadi salah satu pusat perhatian di dunia industri saat dikarenakan beberapa keunggulan yang dimilikinya yaitu konsisten, fleksibilitas, dan otomatisasi dari sistem tersebut. Selain itu, penggunaan AGV dalam dunia industri juga dapat membantu meningkatkan performa bisnis dari segi ekonomi [4] dan peningkatan kapasitas produksi [5]. Meskipun investasi awal cukup besar, tetapi perusahaan dapat melakukan penghematan dari segi tenaga kerja, sehingga untuk jangka panjang lebih menguntungkan. AGV dapat digunakan pada berbagai area kerja, seperti bagian perakitan, penanganan material pada sistem produksi, penanganan material di gudang/logistik, serta penanganan barang di tempat penyimpanan [6].AGV dapat dibedakan beberapa jenis disesuaikan dengan sistem navigasinya, yaitu berdasarkan jenis lintasannya, kapasitas beban, dan mekanisme pengalamatan pada AGV tersebut [3]. Salah satu jenis AGV yang banyak digunakan dalam industri adalah AGV dengan menggunakan sistem navigasi guide path [3] atau pengikut garis [2]. Pada artikel ini dipaparkan sebuah sistem penanganan material di tempat penyimpanan dengan menggunakan robot pengikut garis yang diintegrasikan dengan antarmuka LabVIEW dan sensor ultrasonik. Algoritma kontrol yang digunakan pada robot pengikut garis agar dapat berjalan sesuai dengan yang diinginkan adalah sistem kontrol PID. Beberapa tahun terakhir ini, pengikut garis dengan menggunakan algoritma lain seperti logika fuzzy juga sudah dikembangkan [7]. *) Penulis korespondensi (Artdhita Fajar Pratiwi)

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Section: Pendahuluanunclassified

Section: No Jenis Bahan Penghalang Proses Koneksiunclassified

Sistem Penentuan Lokasi dan Penyimpanan Barang Menggunakan LabVIEW dan Sensor Ultrasonik

Pratiwi¹,

Riyanto²

2017

Jurnal Teknologi dan Sistem Komputer

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“…The B/S communication architecture based on LabView is applied in the RCSFIB to implement remote data sharing and calibration monitoring by means of its convenient network functions [9]. To remotely release the LabView programs, the front panel can be embedded in the web to implement remote operations with separate setting of servers and clients.…”

Section: Remote Calibration Based On Webmentioning

confidence: 99%

Remote calibration system for frequency based on in-place benchmark

Hong

Liu

et al. 2010

Front. Mech. Eng. China

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According to the deficiencies of remote calibration mode based on material object reference, a new model of a remote calibration system for frequency based on in-place benchmark is introduced, which is made of a calibration subsystem on the spot and a remote management subsystem. The key technology of some key problems for the remote calibration system is particularly discussed, including the time and frequency benchmark receiving module based on global positioning system (GPS), frequency comparison based on a phase method, frequency division based on dual high-frequency phase locked loop (PLL), and remote calibration based on the web. The results show that the system possesses some characteristics, such as high precision, good versatility, and no limitation of time and place.

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“…This results in increased reproducibility and repeatability. Furthermore, the necessity to change the system hardware is common as research and development needs proceed, therefore flexibility is of great importance for the automation of such platforms [1]. …”

Section: Introductionmentioning

confidence: 99%

A LabVIEW®-based software for the control of the AUTORAD platform: a fully automated multisequential flow injection analysis Lab-on-Valve (MSFIA-LOV) system for radiochemical analysis

Barbesi

Vilas

Millet

et al. 2017

J Radioanal Nucl Chem

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A LabVIEW®-based software for the control of the fully automated multi-sequential flow injection analysis Lab-on-Valve (MSFIA-LOV) platform AutoRAD performing radiochemical analysis is described. The analytical platform interfaces an Arduino®-based device triggering multiple detectors providing a flexible and fit for purpose choice of detection systems. The different analytical devices are interfaced to the PC running LabVIEW®VI software using USB and RS232 interfaces, both for sending commands and receiving confirmation or error responses. The AUTORAD platform has been successfully applied for the chemical separation and determination of Sr, an important fission product pertinent to nuclear waste.

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Developing automated analytical methods for scientific environments using LabVIEW

Cited by 25 publications

References 14 publications

Sistem Penentuan Lokasi dan Penyimpanan Barang Menggunakan LabVIEW dan Sensor Ultrasonik

Sistem Penentuan Lokasi dan Penyimpanan Barang Menggunakan LabVIEW dan Sensor Ultrasonik

Remote calibration system for frequency based on in-place benchmark

A LabVIEW®-based software for the control of the AUTORAD platform: a fully automated multisequential flow injection analysis Lab-on-Valve (MSFIA-LOV) system for radiochemical analysis

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