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International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework
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| Zeitschriftentitel: | Security and Communication Networks |
|---|---|
| Personen und Körperschaften: | , , , , |
| In: | Security and Communication Networks, 2018, 2018, S. 1-14 |
| Format: | E-Article |
| Sprache: | Englisch |
| veröffentlicht: |
Hindawi Limited
|
| Schlagwörter: |
| author_facet |
Cha, ByungRae Park, Sun Kim, JongWon Pan, SungBum Shin, JuHyun Cha, ByungRae Park, Sun Kim, JongWon Pan, SungBum Shin, JuHyun |
|---|---|
| author |
Cha, ByungRae Park, Sun Kim, JongWon Pan, SungBum Shin, JuHyun |
| spellingShingle |
Cha, ByungRae Park, Sun Kim, JongWon Pan, SungBum Shin, JuHyun Security and Communication Networks International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework Computer Networks and Communications Information Systems |
| author_sort |
cha, byungrae |
| spelling |
Cha, ByungRae Park, Sun Kim, JongWon Pan, SungBum Shin, JuHyun 1939-0114 1939-0122 Hindawi Limited Computer Networks and Communications Information Systems http://dx.doi.org/10.1155/2018/1746809 <jats:p>The megatrends and Industry 4.0 in ICT (Information Communication & Technology) are concentrated in IoT (Internet of Things), BigData, CPS (Cyber Physical System), and AI (Artificial Intelligence). These megatrends do not operate independently, and mass storage technology is essential as large computing technology is needed in the background to support them. In order to evaluate the performance of high-capacity storage based on open source Ceph, we carry out the network performance test of Abyss storage with domestic and overseas sites using KOREN (Korea Advanced Research Network). And storage media and network bonding are tested to evaluate the performance of the storage itself. Additionally, the security test is demonstrated by Cuckoo sandbox and Yara malware detection among Abyss storage cluster and oversea sites. Lastly, we have proposed the draft design of Data Lake framework in order to solve garbage dump problem.</jats:p> International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework Security and Communication Networks |
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Security and Communication Networks |
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| title |
International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_unstemmed |
International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_full |
International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_fullStr |
International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_full_unstemmed |
International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_short |
International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_sort |
international network performance and security testing based on distributed abyss storage cluster and draft of data lake framework |
| topic |
Computer Networks and Communications Information Systems |
| url |
http://dx.doi.org/10.1155/2018/1746809 |
| publishDate |
2018 |
| physical |
1-14 |
| description |
<jats:p>The megatrends and Industry 4.0 in ICT (Information Communication & Technology) are concentrated in IoT (Internet of Things), BigData, CPS (Cyber Physical System), and AI (Artificial Intelligence). These megatrends do not operate independently, and mass storage technology is essential as large computing technology is needed in the background to support them. In order to evaluate the performance of high-capacity storage based on open source Ceph, we carry out the network performance test of Abyss storage with domestic and overseas sites using KOREN (Korea Advanced Research Network). And storage media and network bonding are tested to evaluate the performance of the storage itself. Additionally, the security test is demonstrated by Cuckoo sandbox and Yara malware detection among Abyss storage cluster and oversea sites. Lastly, we have proposed the draft design of Data Lake framework in order to solve garbage dump problem.</jats:p> |
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| description | <jats:p>The megatrends and Industry 4.0 in ICT (Information Communication & Technology) are concentrated in IoT (Internet of Things), BigData, CPS (Cyber Physical System), and AI (Artificial Intelligence). These megatrends do not operate independently, and mass storage technology is essential as large computing technology is needed in the background to support them. In order to evaluate the performance of high-capacity storage based on open source Ceph, we carry out the network performance test of Abyss storage with domestic and overseas sites using KOREN (Korea Advanced Research Network). And storage media and network bonding are tested to evaluate the performance of the storage itself. Additionally, the security test is demonstrated by Cuckoo sandbox and Yara malware detection among Abyss storage cluster and oversea sites. Lastly, we have proposed the draft design of Data Lake framework in order to solve garbage dump problem.</jats:p> |
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| spelling | Cha, ByungRae Park, Sun Kim, JongWon Pan, SungBum Shin, JuHyun 1939-0114 1939-0122 Hindawi Limited Computer Networks and Communications Information Systems http://dx.doi.org/10.1155/2018/1746809 <jats:p>The megatrends and Industry 4.0 in ICT (Information Communication & Technology) are concentrated in IoT (Internet of Things), BigData, CPS (Cyber Physical System), and AI (Artificial Intelligence). These megatrends do not operate independently, and mass storage technology is essential as large computing technology is needed in the background to support them. In order to evaluate the performance of high-capacity storage based on open source Ceph, we carry out the network performance test of Abyss storage with domestic and overseas sites using KOREN (Korea Advanced Research Network). And storage media and network bonding are tested to evaluate the performance of the storage itself. Additionally, the security test is demonstrated by Cuckoo sandbox and Yara malware detection among Abyss storage cluster and oversea sites. Lastly, we have proposed the draft design of Data Lake framework in order to solve garbage dump problem.</jats:p> International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework Security and Communication Networks |
| spellingShingle | Cha, ByungRae, Park, Sun, Kim, JongWon, Pan, SungBum, Shin, JuHyun, Security and Communication Networks, International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework, Computer Networks and Communications, Information Systems |
| title | International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_full | International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_fullStr | International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_full_unstemmed | International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_short | International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| title_sort | international network performance and security testing based on distributed abyss storage cluster and draft of data lake framework |
| title_unstemmed | International Network Performance and Security Testing Based on Distributed Abyss Storage Cluster and Draft of Data Lake Framework |
| topic | Computer Networks and Communications, Information Systems |
| url | http://dx.doi.org/10.1155/2018/1746809 |