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- Needs to focus on the Industrial use cases at the smart device edge (shop floor)
- There can be other families that cover other smart device edge use cases-
- This would be covered by the smart device edge under the User edge- Taxonomy Whitepaper page 3
- is there a min hardware? maybe as small as a RPi, but really focused on true industrial machines
- need some type compute functionality at the edge
- agnostic ARM and Intel chip
- what are the unique needs of the Industrial smart device edge?
Need to update the text in the table to reflect the changes from the taxonomy
Use Case Details:
<add in the taxonomy image from the white paper>
add in text explaining the smart device edge
Family- IoT Device Edge-
Use Case Attributes | Description | Informational | |
Type | New-approved March 2020 | ||
Blueprint Family - Proposed Name | Industrial IoT at the Smart Device Edge | There are many possible UCs that could be done at the Industrial Smart Device Edge, so this might | |
Use Case | Predictive Maintenance | These are This family is focused on how to bring in data to into the smart device edge and then do some type of processing compute there on the device. | |
Blueprint proposed | Predictive Maintenance- Using FLIR Cameraa thermal imaging camera | This is the first proposed blueprint | |
Initial POD Cost (capex) | Varies widely depending on the Blueprint | ||
Scale of Servers | one at the User Edge | Smart Device Edge size | Largest would be an IoT Gateway, with the smallest being the compute power of a Raspberry Pi. These are very limited devices as compared to machines that are currently found at the On-Prem Data Center Edge.this is the IoT Gateway |
Applications (Edge Virtual Network Functions) | EVE, Fledge | ||
Power Restrictions | None/Varies |
| |
Preferred Infrastructure orchestration | Docker/K8 - Container Orchestration OS - Linux | ||
Additional Details |
BluePrint (Species) - Predictive Maintenance- with a Thermal Imaging Camera
-Change this so that it is a list of species that fit under the family
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Case Attributes
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Description
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Informational
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Type
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New
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Blueprint Family - Proposed Name
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IIoT == Industrial Internet of Things
PM == Predictive Maintenance
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Use Case
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Any Predictive Maintenance UC that is on the shop floor
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With a few modifications, it is possible to change this blueprint to meet many similar Use Cases
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Blueprint proposed Name
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Predictive Maintenance using a FLIR Camera
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Initial POD Cost (capex)
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Under $20k
FLIR Camera-
IoT Gateway- Advantech- Model UNO
LFEdge's Adam or similar
Fledge
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This is the set up for the FLIR Fledge/EVE demo
- the demo uses ZEDEDA instead of LF Edge's Adam
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Scale & Type of Server
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1 IoT Gateway, a server on the edge is not needed
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This is on the customer edge, thus there is no server. The IoT Gateway will handle the connection to the internet.
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Applications
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Power Restrictions
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NA
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none of the devices require power that is outside of a normal wall socket
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Infrastructure orchestration
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EVE
VM- Ubuntu
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EVE acts as the OS and will have a containerized version of Ubuntu and Fledge on it
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SDN (Software Defined Networking)
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Workload Type
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- Containers (Tensoflow, Keras containers)
- VM- Ubuntu
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This is for the Family, Blueprint creators are welcome to join by adding their name.
Committer | Committer Company | Committer Contact Info | Committer Bio | Committer Picture | Self Nominate for PTL (Y/N) |
@bill hunt | Dianomic | ||||
Shiv Ramamurthi | Arm | Shiv.Ramamurthi@arm.com | |||
Cplus Shen | Advantech | ||||
| Ashwin Gopalakrishnan | Dianomic | ashwin@dianomic.com | |||
| Erik Nordmark | Zededa | erik@zededa.com | |||
| Daniel Lazaro | OSIsoft | dlazaro@osisoft.com | |||
| Aaron Williams | LF Edge | aaron@lfedge.org | Y | ||
| Vladimir Suvorov | hello.fleandr@gmail.com |
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