Page 80 - ITU Journal Future and evolving technologies Volume 2 (2021), Issue 3 – Internet of Bio-Nano Things for health applications
P. 80

ITU Journal on Future and Evolving Technologies, Volume 2 (2021), Issue 3




          REFERENCES                                            [11] Federico  Tavella,  Alberto  Giaretta,  Triona‑Marie
                                                                      Dooley‑Cullinane,  Mauro  Conti,  Lee  Coffey,  and
            [1] Tadashi Nakano, Andrew W Eckford, and Tokuko          Sasitharan  Balasubramaniam.  “DNA  molecular
                Haraguchi. Molecular communication. Cambridge
                University Press, 2013.                               storage system: Transferring digitally encoded in‑
                                                                      formation  through  bacterial  nanonetworks”.  In:
            [2] Ian F Akyildiz, Max Pierobon, Sasi Balasubrama‑       IEEE Transactions on Emerging Topics in Comput‑
                niam,  and  Y  Koucheryavy.  “The  internet  of  bio‑   ing (2019).
                nano things”. In: IEEE Communications Magazine  [12] Tania Islam, Ethungshan Shitiri, and Ho‑Shin Cho.
                53.3 (2015), pp. 32–40.
                                                                      “A  Simultaneous  Drug  Release  Scheme  for  Tar‑
            [3] Young Il Kim, Yoonkwon Park, and Hongkoo Baik.        geted Drug Delivery Using Molecular Communica‑
                “A  novel  detection  for  biomolecule  using  RF  LC  tions”. In: IEEE Access 8 (2020), pp. 91770–91778.
                resonator”.  In:  SENSORS,  2007  IEEE.  IEEE.  2007,
                                                                [13] Michael Taynnan Barros, Walisson Silva, and Car‑
                pp. 728–731.
                                                                      los  Danilo  Miranda  Regis.  “The  multi‑scale  im‑
            [4] Puneet  Manocha,  Gitanjali  Chandwani,  and          pact  of  the  Alzheimer’s  disease  on  the  topol‑
                Soumen   Das.   “Characterization   of   Dielec‑      ogy  diversity  of  astrocytes  molecular  communi‑
                trophoresis  Based  Relay‑Assisted  Molecular         cations nanonetworks”. In: IEEE Access 6 (2018),
                Communication  Using  Analogue  Transmission          pp. 78904–78917.
                Line”. In: IEEE Access 8 (2020), pp. 33352–33359.
                                                                [14] Ian  F  Akyildiz,  Jiande  Chen,  Maysam  Ghovanloo,
            [5] Wei‑Kang  Hsu,  Xiaojun  Lin,  and  Mark  R  Bell.    Ulkuhan Guler, Tevhide Ozkaya‑Ahmadov, Massi‑
                “Deep‑target  delivery  of  nanosensors  with         miliano Pierobon, A Fatih Sarioglu, and Bige D Un‑
                bacteria‑inspired   coordination”.   In:   GLOBE‑     luturk. “Microbiome‑gut‑brain axis as a biomolec‑
                COM  2017‑2017  IEEE  Global  Communications          ular  communication  network  for  the  Internet
                Conference. IEEE. 2017, pp. 1–6.                      of  Bio‑NanoThings”.  In:  IEEE  access  7  (2019),

            [6] Muneer M Al‑Zu’bi and Ananda Sanagavarapu Mo‑         pp. 136161–136175.
                han. “Modelling of implantable drug delivery sys‑   [15] Reza  Mosayebi,  Arman  Ahmadzadeh,  Wayan
                tem  in  tumor  microenvironment  using  molecu‑      Wicke,  Vahid  Jamali,  Robert  Schober,  and  Ma‑
                lar  communication  paradigm”.  In:  IEEE  Access  7  soumeh  Nasiri‑Kenari.  “Early  cancer  detection
                (2019), pp. 141929–141940.                            in  blood  vessels  using  mobile  nanosensors”.  In:
            [7] Ian F Akyildiz, Maysam Ghovanloo, Ulkuhan Guler,      IEEE transactions on nanobioscience 18.2 (2018),
                Tevhide  Ozkaya‑Ahmadov,  A  Fatih  Sarioglu,  and    pp. 103–116.
                Bige  D  Unluturk.  “PANACEA:  An  internet  of  bio‑   [16]  Nariman  Farsad,  H  Birkan  Yilmaz,  Andrew  Eck‑
                nanothings  application  for  early  detection  and   ford, Chan‑Byoung Chae, and Weisi Guo. “A com‑
                mitigation of infectious diseases”. In: IEEE Access   prehensive  survey  of  recent  advancements  in
                8 (2020), pp. 140512–140523.                          molecular communication”. In: IEEE Communica‑
            [8]  Youssef  Chahibi  and  Ilangko  Balasingham.  “An    tions   Surveys   &   Tutorials   18.3   (2016),
                intra‑body  molecular  communication  networks        pp. 1887–1919.
                framework for continuous health monitoring and  [17] Uche  AK  Chude‑Okonkwo,  Reza  Malekian,  Bod‑
                diagnosis”.  In:  2015  37th  Annual  International   haswar  T  Maharaj,  and  Athanasios  V  Vasilakos.
                Conference  of  the  IEEE  Engineering  in  Medicine  “Molecular communication and nanonetwork for
                and  Biology  Society  (EMBC).  IEEE.  2015,          targeted  drug  delivery:  A  survey”.  In:  IEEE  Com‑
                pp. 4077–4080.                                        munications  Surveys  &  Tutorials  19.4  (2017),
            [9] Luca  Felicetti,  Mauro  Femminella,  and  Gianluca   pp. 3046–3096.
                Reali.  “A  molecular  communications  system  for  [18] Murat  Kuscu,  Ergin  Dinc,  Bilgesu  A  Bilgin,
                live  detection  of  hyperviscosity  syndrome”.  In:  Hamideh  Ramezani,  and  Ozgur  B  Akan.  “Trans‑
                IEEE Transactions on NanoBioscience (2020).           mitter  and  receiver  architectures  for  molecular
           [10] Steven  Kisseleff,  Robert  Schober,  and  Wolfgang   communications:  A  survey  on  physical  design
                H  Gerstacker.  “Magnetic  nanoparticle  based  in‑   with  modulation,  coding,  and  detection  tech‑
                terface  for  molecular  communication  systems”.     niques”. In: Proceedings of the IEEE 107.7 (2019),
                In:  IEEE  Communications  Letters  21.2  (2016),     pp. 1302–1341.
                pp. 258–261.                                    [19]  Tadashi   Nakano,   Yutaka   Okaie,   Shouhei
                                                                      Kobayashi,  Takahiro  Hara,  Yasushi  Hiraoka,
                                                                      and  Tokuko  Haraguchi.  “Methods  and  applica‑
                                                                      tions  of  mobile  molecular  communication”.  In:
                                                                      Proceedings   of   the   IEEE   107.7   (2019),
                                                                      pp. 1442–1456.





          68                                © International Telecommunication Union, 2021
   75   76   77   78   79   80   81   82   83   84   85