AIoT Implementation Viewpoint: Difference between revisions
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The Asset Integration perspective should provide an overview of the physical parts of the product, including sensors, antennas, battery / power supply, HMI, and on-board computer. | The Asset Integration perspective should provide an overview of the physical parts of the product, including sensors, antennas, battery / power supply, HMI, and on-board computer. | ||
[[File:2.3-iv-AssetIntegration.png|500px|frameless|center|Asset Integration]] | [[File:2.3-iv-AssetIntegration.png|500px|frameless|center|Asset Integration]] | ||
== <span id="HW"></span>Hardware Architecture == | |||
TBD | |||
== <span id="SW"></span>Software Architecture == | == <span id="SW"></span>Software Architecture == | ||
Revision as of 22:48, 31 January 2021
Implementation Viewpoint
The Implementation Viewpoint must provide sufficient detail to have meaningful technical discussions between the different technical stakeholders of the product team. However, most design artifacts in this viewpoint are still on a level of abstraction which will hide many of the different details required by the implementation teams.
Asset Integration
The Asset Integration perspective should provide an overview of the physical parts of the product, including sensors, antennas, battery / power supply, HMI, and on-board computer.
Hardware Architecture
TBD
Software Architecture
The Software Architecture should provide a high-level view of how key software elements are supporting the product design. There are some re-usable AIoT Software Architecture patterns like Lambda and Kappa architectures. An example is shown below.
AI Architecture
The AI Architecture should explain on a technical level how data preparation, model training and deployment of AI models are supported.
IoT Network Architecture
The AIoT Network Architecture must provide an overview of the key communication elements, including IoT-LAN and IoT-WAN, and how they are connecting the different application elements.
