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and architecture. In: IEEE sixth international conference on semantic computing. IEEE
Computer Society, pp 345–347
3. Wang W, De S, Cassar G et al (2013) Knowledge representation in the internet of things:
semantic modelling and its applications. Automatika J Control Meas Electron Comput 54
(4):388–400
4. Yachir A, Djamaa B, Mecheti A et al (2016) A comprehensive semantic model for smart
object description and request resolution in the internet of things. Procedia Comput Sci
83:147–154
5. Huang YH, Li GY (2010) Semantic web of things: strategy for internet of things’ intrinsic
contradiction. Appl Res Comput 27(11):4087–4090
6. Huang YH, Li GY (2011) Internet of things: signature features and model description.
Comput Sci 38(b10):4–6
7. Miranda J, Mäkitalo N, Garcia-Alonso J et al (2015) From the internet of things to the
internet of people. IEEE Internet Comput 19(2):40–47
8. Brugali D (2015) Model-driven software engineering in robotics: models are designed to use
the relevant things, thereby reducing the complexity and cost in the field of robotics. Robot
Autom Mag IEEE 22(3):155–166
9. Chen G, Liu HQ (2012) Analysis of the internet of things age from the perspective of the
relationship between man and nature. J Econ Res Guide 10:189–190
10. Rusydi MI, Sasaki M, Ito S (2014) calculate target position of object in 3-Dimensional area
based on the perceived locations using EOG signals. J Comput Commun 02(11):53–60
11. Wang R, Huang R (2014) Qu B (2014) Network-based analysis of software change
propagation. Sci World J 2014:237–243
12. Liu J, Shao Y, Zhu WD (2015) A new model for the relationship between vibration
characteristics caused by the time-varying contact stiffness of a deep groove ball bearing and
defect sizes. J Tribol 137(3):031–101
562
J. An et al.