Resource-transparent wide-area distributed computing environment with a functional paradigm in the Beyond 5G era.

Transcript

1. 13 March, 2023. Hiroki Kashiwazaki (Kindai Univ.) 3FTPVSDFUSBOTQBSFOU
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2. Edge Edge Resource-transparent distributed environment Optimized resource Distribution algorithm Application Application Application Application ᶃ Resource-transparent distributed platform ᶄ Execution environment for IoT devices ᶅ Decision making algorithm for resource distribution ᶆ IoT Applications Decision making algorithm Resource-transparent platform BEAM (Elixir processor) IoT resources Cloud: Compute for everyone. exMEC: Compute for themselves and others. End devices: Compute for themselves. Development environment: Free from minding each layer.
3. 3FTFBSDI
   TFDUJPOT Resource-transparent distributed processing platform - Design architecture - Implementation the platform with Elixir E ffi cient compiler environment for IoT nodes - BEAM (Erlang Virtual Machine) for heterogenous SoC - Communication middleware for Beyond 5G Design and implementation of decision making algorithm - optimized distribution of resources. - Priority control and solving con fl icts. Development of applications for demonstration evaluation
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   %SJQDBTU Resource transparent library for Java Environment Dripcast [Nakagawa et al, COMPSAC 2014] - Java library to control entities from a local to a cloud transparently. - Client: abstraction interface (SDK) - Relay: distribution of parallel process - Engine: process the requests. - Store: store the results. Cons: - Dependency to Java API, libraries. - Obsolate: conservative design (without any idea of edge layer, et al…)
5. 3FRVJSFNFOUT What is requirements for new design and implementation? w"CTUSBDUJPO
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8. (JPDDJ Modern implementation of Dripcast with Elixir Availability Application
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    +(/ IoT devices Virtualization infrastructure Kochi University of Technology
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