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ANALYSIS AND COMPARISON OF 3D LASER AND SCANNING TECHNOLOGY Page 90 of 93 TO MEASURE THE ACCURACY OF ACTUAL PRODUCTS TO DESIGN

Ardi Nugroho REFERENCES

References of these research are taken from many books, papers, journals and published articles at internet.

The references :

1. Adam Chromy and Ludek Zalud. (2014). Robotic 3D scanner as an alternative to standard modalities of medical imaging. Chromy and Zalud SpringerPlus 2014,3:13

2. Adrian J. Riquelme, Belen Ferrer and David Mas. (2017).Use of high-quality and common commercial mirror for scanning close-range surface using 3D laser scanners : A laboratory experiment. Remote Sens. 2017,9,1152;

doi:10.3390/rs9111152

3. Ardi Nugroho, (2017),Counter time device based on Arduino to get machine productivity value, Faculty Engineering and Information Technology, Swiss German University.

4. Boehler W, Heinz G and Marbs A (2001), The potential of non-contact close range laser scanners for cultural heritage recording, CIPA symposium, Postdam, Germany, proceedings.

5. Coherent, (2018), 3D laser scanning - Lasers and machine vision, white paper Coherent Inc.

6. Devdas Shetty, Ph.D., P.E. and Richard A. Kolk. (2010). Mechatronics System Design”. Cengage Learning.

7. Dave Marchello (2015), Developing a vision based 3D laser line scanner using triangulation principal, Faculty Engineering and Information Technology, Swiss German University.

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ANALYSIS AND COMPARISON OF 3D LASER AND SCANNING TECHNOLOGY Page 91 of 93 TO MEASURE THE ACCURACY OF ACTUAL PRODUCTS TO DESIGN

Ardi Nugroho 8. Iulian Stanasel, Traian Buidos and Dan Craciun. (2017). Rapid prototyping

technology and 3D scanning verification. Case study. Romanian Association of Nonconventional Technologies.

9. Ing. Pavel Machacek and doc. Ing. Rudolf Dvorak, CSc, “Problems of 3D scanning and scanned data processing”.

10. Jon S Wilson. (2005). Sensor Technology Handbook. Department of Mechanical Engineering Stanford University.

11. Juraj Vagovsky, Ivan Buransky and Augustin Gorog, (2014), “Evaluation of measuring capability of the optical 3D scanner”, Elsavier DAAAM International Vienna doi:10.1016/j.proeng.2015.01.484

12. Kalevi Aaltonen (2016), Optical measuring; Laser measuring, Aalto University.

13. K. Schwenzer-Zimmerer, J. Haberstok, L. Kovacs, B.I. Boerner, N.

Schwenzer, P. Juergens, H.F. Zeilhofer and C. Holberg. (2007). 3D surface measurement for medical application - Technical comparison of two established industrial surface scanning systems. Springer science + Business media, LLC 2007

14. Mirelle I.M. Goos, Ivo B. Alberink and Arnout C.C Ruifrok. (2006).2D/3D image (facial) comparison using camera matching.Elsevier Forensic Science International 163 (2006) 10-17

15. Nilanjan Das Chakladar, Rahul Jain, Samik Dutta, Harshadeep Joshi, Amrita Priyadarshini, Kamal Pal and Ravi Shankar S.Coordinate Measuring Machine and PCDMIS: User manual, Mechanical Engineering Department IIT Kharagpur.

16. P.E Pinahan and J.G Rogers (1989),Analytic 3D image reconstruction using all detected events, IEEE Transactions on Nuclear science, vol. 36, no. 1, February 1989.

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ANALYSIS AND COMPARISON OF 3D LASER AND SCANNING TECHNOLOGY Page 92 of 93 TO MEASURE THE ACCURACY OF ACTUAL PRODUCTS TO DESIGN

Ardi Nugroho 17. Radomir Mendricky, (2016), “Determination of measurement accuracy of

optical 3D scanners”, MM Science Journal

doi:10.17973/MMSJ.2016_12_2016183

18. R.L Schloesser, M Lauff, H Buxmann, K. Veit, D. Fischer and A. Allendorf.

(2011). Three-dimentional body scanning : A new method to estimate body surface area in neonates.Neonatology 2011;100:260-264

19. Stjepan Jecic and Nenad Drvar (2003), The assessment of structured light and laser scanning methods in 3D shape measurements, 4th International congress of Croatian society of Mechanics.

20. Tristan Randall and David Philp (2013), Client guide to 3D scanning and data capture,The building Information Modelling (BIM) Task group.

21. T.S Huang, Computer vision: Evolution and promise, University of Illinois at Urbana - Champaign.

22. Wolfgang Boehler and Andreas Marbs (2002). 3D scanning instruments, i3mainz, Institute for spatial information and surveying technology, FH Mains, University of Applied science, Holzsstrasse 36, 35116 Mainz, Germany.

23. Ye Tao, Yan Li, Yong-Qing Wang and Yu-Yong Ma. (2016). On-line point cloud data extraction algorithm for spatial scanning measurement of irregular surface in copying manufacture. Springer - Verlag London, Int J Adv Manuf Technol (2016) 87:1871-1905

24. Zacharias Fourie, Janalt Damstra, Peter O. Gerrits and Yijin Ren. (2011).

Evaluation of anthropometric accuracy and reiability using different three- dimensional scanning systems. Elsevier Forensic Science International 207 (2011) 127-134

25. Zhao-Y-j, Xiong Y-x and Wang Y. (2017). Three-dimensional accuracy of facial scan for facial deformities in clinics : A new evaluation method for

facial scanner accuracy. PLoS ONE 12

(1):e0169402.doi:10.1371/journal.pone.0169402 (2017)

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