Analysis of Object Following Robot Module Using Android, Arduino and Open CV, Raspberry Pi with OpenCV and Color Based Vision Recognition

Author:

Ambikapathy A.,Sandilya Jyotiraditya,Tiwari Ankit,Singh Gajendra,Varshney Lochan

Publisher

Springer Singapore

Reference16 articles.

1. D. Punetha, N. Kumar, V. Mehta, Development and applications of line following robot based health care management system. Int. J. Adv. Res. Comput. Eng. Technol (IJARCET) 2(8) (2013)

2. M.N.A. Bakar, M.F.M. Amran, A study on techniques of person following robot. Int. J. Comput. Appl. (0975–8887) 125(13) (2015)

3. B. Tamersoy, Background Subtraction—Lecture Notes (University of Texas, Austin, 2009)

4. A.Z. Shukor, N.A. Natrah, A.I. Tarmizi, A.A. Afiq, M.H. Jamaluddin, Z. Abd Ghani, H. Nizam, H.Z. Mohd Shah, M.Z. Ab Rashid Object tracking and following robot using color based vision recognition for library environment. J Telecommun Electron Comp Eng 10 (2–7) (2018)

5. S. Debroy, N. Kumari, P. Singh, S. Kude, P. Sheikh, Object detection and tracking robot using Android, Arduino and Open CV. IJCSM 5(4), 187–191 (2016)

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