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Research Article: Althalji et al                                                                84


            References                                            14. Manikannan,  K.  and  Nagarajan,  V.  Optimized
                                                                     mobility management for RPL/6LoWPAN based IoT
            1.  Pérez,  T.  and  Camargo,  J.  Evolution  of ubiquitous   network  architecture  using  the  firefly  algorithm.
                computing.  Journal  of  Physics:  Conference  Series.   Journal Pre-proof. 2020 Sep; 77.
                 th
                6  International Week of Science, Technology and   15. Safaei,  B.  and  Mohammadsalehi,  A.  ARMOR:  A
                Innovation;  2020  Nov  19-22;  San  Jose  de  Cucuta,   Reliable  and  Mobility-Aware  RPL  for  Mobile
                Colombia; 2020.
                                                                     Internet of Things Infrastructures. IEEE Internet of
            2.  Ott, A. Wireless Networking with IEEE 802.15.4 and   Things Journal. 2022 Jan 15; 9(2):1503-1516.
                6LoWPAN.  Embedded  Linux  Conference  Europe.    16. Conta,  A.  Internet  Control  Message  Protocol
                2012 Nov 5-7; Barcelona, Spain; 2012.
                                                                     (ICMPv6) for the Internet Protocol Version 6 (IPv6)
            3.  Thuber, P. and Brandt, B. RFC 6550: IPv6 Routing     Specification  RFC4443.  Network  Working  Group.
                Protocol  for  Low-Power  and  Lossy  Networks.      2006.
                Internet Engineering Task Force (IETF) Request For   17. Martocci, J. RFC(5867) Building Automation Routing
                Comments. 2008.
                                                                     Requirements  in  Low-Power  and  Lossy  Networks.
            4.  Aghaei,  A.  and  Torkestani,  J.  LA-Trickle:  A  novel
                                                                     Internet Engineering Task Force (IETF). 2010.
                algorithm  to  reduce  the  convergence  time  of  the
                                                                  18. Bagula, B. and Erasmus, Z. IOT EMULATION WITH
                wireless  sensor  networks.  Computer  Networks.
                                                                     COOJA. department of computer science, university
                2021 Sep 4; 196.
                                                                     of the western cape (UWC). 2015.
            5.  Gnawali,  O.  RFC  6719:  The  Minimum  Rank  with
                                                                  19. Kniess, J. and de Figueiredo Marques, V. Mobility
                Hysteresis Objective Function. Internet Engineering   Aware RPL (MARPL): Mobility to RPL on Neighbor
                Task Force (IETF). 2012.
                                                                     Variability.  International  Conference  on  Green
            6.  Fotouhi, H. and Moreira, D. mRPL: Boosting mobility   Pervasive and Cloud Computing Springer; 2019 May
                in the Internet of Things. Ad Hoc Networks Elsevier.
                                                                     26-28; Uberlândia, Brazil; 2019. p. 59-73.
                2015 Mar 25; 26:17-35.
            7.  Gara, F. and Ben Saad, L. An adaptive timer for RPL
                to  handle  mobility  in  wireless  sensor  networks.   Author contributions
                International Wireless Communications and Mobile   Conceptualization: Alaa Althalji  .
                Computing  Conference  (IWCMC);2016  Sep  5-9;    Methodology: Alaa Althalji  .
                Paphos, Cyprus; 2016. p. 678-638.
                                                                  Project administration: Dr. Souheil Khawatmi
            8.  Cobârzan,  C.  and  Montavont,  J.  MT-RPL:  a  cross-
                layer  approach  for  mobility  support  in  RPL.  EAI   Supervision:  Dr.  Souheil  Khawatmi  -  Dr.  Bader
                Endorsed Transactions on Internet of Things; 2016   Aldin Kassab
                Dec; 2(5).                                        Writing – original draft: Alaa Althalji  .
            9.  Wang,  J,  Chalhoub,  G.  and  Misson,  M.  Mobility   Writing – review & editing: Dr. Souheil Khawatmi
                support  enhancement  for  RPL.  International    - Dr. Bader Aldin Kassab
                Conference  on  Performance  Evaluation  and
                Modeling  in  Wired  and  Wireless  Networks      Competing interests
                (PEMWN); 2017 Nov 28-30; Paris, France; 2017. p.
                1-6.                                              Authors declare that they have no competing
            10. Fotouhi,  H.  and    Moreira,  D.  mRPL+:  A  mobility   interests  .
                management    framework   in   RPL/6LoWPAN.
                Computer Communications. 2017 Mar; 104:34-54.
                                                                  Data and materials availability
            11. Bouaziz, M. and  Rachedi, A. EMA-RPL: Energy and
                mobility aware routing for the Internet of Mobile   All data are available in the main text  .
                Things. Future Generation Computer Systems. 2019
                Jan 12; 97:247-258.
            12. Bouaziz,  M.  and  Rachedi,  A.EKF-MRPL:  Advanced
                mobility  support  routing  protocol  for  internet  of
                mobile  things:  Movement  prediction  approach.
                Future Generation Computer Systems. 2019 Apr 15;
                93:822-832.
            13. Sanshi, S. and CD, J. Fuzzy optimised routing metric
                with mobility support for RPL. IET Communications.
                2019 June 1; 13(9):1253-1261.

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