Exploiting Fog Computing in Health Monitoring
This chapter exploits fog computing in health‐monitoring Internet‐of‐Things (IoT) systems for enhancing the quality of healthcare service. It shows an overview of the architecture of an IoT‐based system with fog computing. Fog computing services locating i...
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| Vydané v: | Fog and Edge Computing s. 291 - 318 |
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| Hlavní autori: | , |
| Médium: | Kapitola |
| Jazyk: | English |
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United States
Wiley
2019
John Wiley & Sons, Incorporated John Wiley & Sons, Inc |
| Vydanie: | 1 |
| Edícia: | Wiley Series on Parallel and Distributed Computing |
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| ISBN: | 9781119524984, 1119524989 |
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| Abstract | This chapter exploits fog computing in health‐monitoring Internet‐of‐Things (IoT) systems for enhancing the quality of healthcare service. It shows an overview of the architecture of an IoT‐based system with fog computing. Fog computing services locating in a fog layer of smart gateways are diversified for serving IoT applications. The chapter discusses the fog computing services in smart e‐health gateways. The health‐monitoring IoT system consists of several wearable sensor nodes, smart gateways with fog services, cloud servers, and terminals. The chapter discusses detailed implementations of these components. It provides a case study, experimental results, and evaluation related to heart rate variability (HRV) analysis. The chapter presents the related applications in fog computing and discusses future research directions. Fog computing demonstrates that it is one of the most suitable candidates for augmenting IoT systems in healthcare and other domains. |
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| AbstractList | This chapter exploits fog computing in health‐monitoring Internet‐of‐Things (IoT) systems for enhancing the quality of healthcare service. It shows an overview of the architecture of an IoT‐based system with fog computing. Fog computing services locating in a fog layer of smart gateways are diversified for serving IoT applications. The chapter discusses the fog computing services in smart e‐health gateways. The health‐monitoring IoT system consists of several wearable sensor nodes, smart gateways with fog services, cloud servers, and terminals. The chapter discusses detailed implementations of these components. It provides a case study, experimental results, and evaluation related to heart rate variability (HRV) analysis. The chapter presents the related applications in fog computing and discusses future research directions. Fog computing demonstrates that it is one of the most suitable candidates for augmenting IoT systems in healthcare and other domains. This chapter exploits fog computing in health‐monitoring Internet‐of‐Things (IoT) systems for enhancing the quality of healthcare service. It shows an overview of the architecture of an IoT‐based system with fog computing. Fog computing services locating in a fog layer of smart gateways are diversified for serving IoT applications. The chapter discusses the fog computing services in smart e‐health gateways. The health‐monitoring IoT system consists of several wearable sensor nodes, smart gateways with fog services, cloud servers, and terminals. The chapter discusses detailed implementations of these components. It provides a case study, experimental results, and evaluation related to heart rate variability (HRV) analysis. The chapter presents the related applications in fog computing and discusses future research directions. Fog computing demonstrates that it is one of the most suitable candidates for augmenting IoT systems in healthcare and other domains. |
| Author | Jiang, Mingzhe Gia, Tuan Nguyen |
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| Copyright | 2019 Wiley 2019 John Wiley & Sons, Inc. |
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| Editor | Buyya, Rajkumar Srirama, Satish Narayana |
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| Keywords | Cloud computing Medical services Logic gates Real-time systems Sensors Monitoring Edge computing |
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| References | Gia, Jiang, Sarker, Rahmani, Westerlund, Liljeberg, Tenhunen (c12-cit-0015) 2017 Hautala, Karppinen, Seppanen (c12-cit-0033) 2016 Moosavi, Gia, Rahmani, Virtanen, Tenhunen, Isoaho (c12-cit-0028) 2015; 52 Negash, Gia, Anzanpour, Azimi, Jiang, Westerlund, Rahmani, Liljeberg, Tenhunen (c12-cit-0016) 2018 Touati, Rohan (c12-cit-0014) 2013; 37 Bian, Hou, Chau, Magnenat‐Thalmann (c12-cit-0029) 2015; 19 Ali, Gia, Taha, Rahmani, Westerlund, Liljeberg, Tenhunen (c12-cit-0031) 2017 Tsirbas, Giokas, Koutsouris (c12-cit-0040) 2010 Sarker, Jiang, Gia, Jiang, Gia, Anzanpour, Rahmani, Liljeberg (c12-cit-0009) 2017 Tcarenko, Gia, Rahmani, Westerlund, Liljeberg, Tenhunen (c12-cit-0013) 2017 Koenig, Jarczok, Ellis, Hillecke, Thayer (c12-cit-0034) 2014; 18 Armbrust, Fox, Griffith, Joseph, Katz, Konwinski, Lee, Paterson, Rabkin, Stoica, Zaharia (c12-cit-0023) 2010; 53 Klonoff (c12-cit-0024) 2015; 9 c12-cit-0002 Lim, Park, Kim, Yu (c12-cit-0030) 2014 Gia, Sarker, Tcarenko, Rahmani, Westerlund, Liljeberg, Tenhunen (c12-cit-0011) 2018 Moosavi, Gia, Nigussie (c12-cit-0025) 2016; 64 Acharya, Joseph, Kannathal, Lim, Suri (c12-cit-0036) 2006; 44 Sacha (c12-cit-0037) 2013; 4 Stevens, Corso, Finkelstein, Miller (c12-cit-0005) 2006; 12 Jiang, Mieronkkoski, Rahmani, Hagelberg, Salantera, Liljeberg (c12-cit-0035) 2017 Sterling, O'Connor, Bonadies (c12-cit-0004) 2001; 50 Bonomi, Milito, Zhu, Addepalli (c12-cit-0020) 2012 Bimschas, Hellbrück, Meitz, Pfisterer, Römer, Teubler (c12-cit-0042) 2010 Russell (c12-cit-0032) Peng, Wang, Hu, Zhang (c12-cit-0021) 2012 Gia, Jiang, Rahmani, Westerlund, Mankodiya, Liljeberg, Tenhunen (c12-cit-0019) 2015 Kothmayr, Schmitt, Hu, Brünig, Carle (c12-cit-0027) 2013; 11 Rahmani, Thanigaivelan, Gia, Granados, Negash, Liljeberg, Tenhunen (c12-cit-0008) 2015 Cao, Chen, Hou, Brown (c12-cit-0044) 2015 (c12-cit-0001) 2017 Benjamin, Blaha, Chiuve (c12-cit-0003) 2017; 135 Rahmani, Gia, Negash, Anzanpour, Azimi, Jiang, Liljeberg (c12-cit-0022) 2018 Gia, Jiang, Rahmani, Westerlund, Liljeberg, Tenhunen (c12-cit-0018) 2015 Jiang, Gia, Anzanpour, Rahmani, Westerlund, Salanterä, Liljeberg, Tenhunen (c12-cit-0012) 2016 Wu, Huang (c12-cit-0039) 2011 Gia, Rahmani, Westerlund, Westerlund, Liljeberg, Tenhunen (c12-cit-0007) 2015 Moosavi, Gia, Nigussie, Rahmani, Virtanen, Tenhunen, Isoaho (c12-cit-0026) 2015 Yang, Xie, Mantysalo, Zhou, Pang, Xu, Kao‐Walter, Zheng (c12-cit-0038) 2014; 10 Fratu, Pena, Craciunescu, Halunga (c12-cit-0045) 2015 Gia, Tcarenko, Sarker, Rahmani, Westerlund, Liljeberg, Tenhunen (c12-cit-0010) 2016 Shi, Ding, Wang, Roman, Lu (c12-cit-0043) 2015 Gia, Ali, Dhaou, Rahmani, Westerlund, Liljeberg, Tenhunen (c12-cit-0017) 2017; 109 Gia, Thanigaivelan, Rahmani, Westerlund, Liljeberg, Tenhunen (c12-cit-0006) 2014 Azimi, Anzanpour, Rahmani, Pahikkala, Levorato, Liljeberg, Dutt (c12-cit-0041) 2017; 16 |
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| Snippet | This chapter exploits fog computing in health‐monitoring Internet‐of‐Things (IoT) systems for enhancing the quality of healthcare service.... This chapter exploits fog computing in health‐monitoring Internet‐of‐Things (IoT) systems for enhancing the quality of healthcare service. It shows an overview... |
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| SubjectTerms | cloud servers fog computing services healthcare service health‐monitoring Internet‐of‐Things systems heart rate variability analysis smart gateways |
| Title | Exploiting Fog Computing in Health Monitoring |
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