1. 1. Nacer Hacene, "Autonomas Navigation &Obstacle avoidance for wheeled mobile robot"International Journal of computer application,vol 81-N07,Nov 2011.
   2. Dhanasingarrajar,Kalaimagals,Muralidharan G“Autonomas vehicle navigation & Mapping system” International Journal of Innovative Engineering & technology,vol 3,special issue,march 2014
   3. Chihjer Lin,Yen lin,Chen ,Shen kai yu “Path planning of mobile robot using real coded genetic algoritham based simulataneous Expolration”Second International Conference On Advance in computer science &Engineering CSE 2013.
   4. Leonimer Flavio demelo,Almiro franco “ Mobile robot indoor Autonomas Navigation with positon estimation using RF signal triangulation”Positioning 2013,published online February 2013.
   5. C.H.Umasankar,A S Surendra,M.Niharika“Gesture Controlled Robot using LabVIEW”IJRTI Vol 2,issue 6,ISSN 2456-3315.
   6. Bharathi G,Phanindra Reddy “Design & development of an intelligent path finding,survilance automated guided vehicle using NI MYRIO” International Journal Of Research in Engineering & Technology ISSN 2319-1103.
   7. A. Dogan, Unmanned vehicle system course notes," In Modeling Simulation of UGV with Simulink, GNC UGV, Parameter Estimate, August 2015.
   8. Joseph Campion,Future unmanned system design for reliable military operations," September 2012.
   9. P. Bhattacharya and M. L.Gavrilova “Global navigation problem for Global approaches”
   10. C.R.Gavhane,Unmanned ground vehicle," In Unmanned Ground Vehicle, Aug 2013.
   11. LabVIEW National Instruments,"Information about inbuilt modules in the software”[12] Getting Started national instruments," labview-basics specification of NI MYRIO
   12. E. Doering, Project guide," in NI myRIO Project Essentials Guide, April 2014.
   13. M. H. Kim, Labview GNC," In Development of Guidance, Navigation and Control System Software for Autonomous Unmanned Vehicle Based on LabVIEW, June 2015.
   14. UGV Military Application," LabVIEW basics/environment”