Difference between revisions of "SCOTT:BB24.G"
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{{Building Block | {{Building Block | ||
|Title=Mobile Edge Computing | |Title=Mobile Edge Computing | ||
− | |Page Title= | + | |Page Title=BB24.G Mobile Edge Computing |
|Technology Line=Distributed Cloud Integration | |Technology Line=Distributed Cloud Integration | ||
|Lead partner=VEMCO | |Lead partner=VEMCO | ||
− | |Leader= | + | |Leader=Longin Kawolski |
|Partner=PRE, Telenor, UiO, VEMCO, | |Partner=PRE, Telenor, UiO, VEMCO, | ||
|Related to Use Cases=SCOTT:WP8, SCOTT:WP9, SCOTT:WP11, | |Related to Use Cases=SCOTT:WP8, SCOTT:WP9, SCOTT:WP11, |
Latest revision as of 21:48, 27 March 2018
Title | Mobile Edge Computing |
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Page Title | BB24.G Mobile Edge Computing |
Technology Line | Distributed Cloud Integration |
Lead partner | VEMCO |
Leader | Longin Kawolski |
Contributors | PRE, Telenor, UiO, VEMCO |
Related to Use Cases | SCOTT:WP8, SCOTT:WP9, SCOTT:WP11 |
Description | WSN applications with relaxed real-time requirements may perform well with a centralised cloud in the Internet. In such a case, the physical location of a cloud server may in the worst case also be located on another continent. Other WSN applications however, do require lower round trip times and therefore need a distributed cloud, i.e. cloud servers located close to the physical location of the WSN (Mobile Edge Computing, Fog Computing). The edge computing provides also the possibility to filter and pre-process too sensitive data. |
Main output | Analysis of applicable solutions for mobile edge computing and potentially prototype implementation to be used in SCOTT use cases. |
BB category | SW component, HW component, Other |
Baseline | Available standards of mobile edge computing by 3GPP/ETSI. |
Current TRL | |
Target TRL |