Integrated Building Blocks: Difference between revisions
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Building blocks that span all capacity, allow rapid prototyping by virtue of plug-and-play design and [[5 Minute Design]]. | Building blocks that span all capacity, allow rapid prototyping by virtue of plug-and-play design and [[5 Minute Design]]. | ||
These building blocks allow for [[Lifetime Design]] by ready part swapping. There are typically components, and skeletons/frames/holders. On top of this is packaging and user interface. | These building blocks allow for [[Lifetime Design]] by ready part swapping. There are typically components, and skeletons/frames/holders. On top of this is packaging/bodies and user interface. | ||
=Electronics Case= | =Electronics Case= | ||
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*Wires and connectors are typically lever based, scalable, etc. | *Wires and connectors are typically lever based, scalable, etc. | ||
*[[Modular Power Elements]] for power | *[[Modular Power Elements]] for power | ||
*[[Modular Tablet]] | |||
=Narrative= | |||
*Starting with [[Ubiquitous Network of Microcontrollers]], with addable redundant repeaters to infinite range. | |||
*More powerful microcontrollers such as tablet computer. | |||
*Modular laptops, modular desktops. | |||
*Solar power added to it | |||
*Control and access from one device to another, up or down in capacity. Such as [[Streaming Desktop to Mobile]]. | |||
*Sensors and actuators | |||
*Mission planning | |||
*3D terrain scanning | |||
*Computer vision and AI applied to all devices. For example, Arduino sends snapshots than are analyzed by more powerful computer. | |||
*Remote delivery, autonomous, and various mission planning for earthworks, and machine control of all types. | |||
*Swarming - controlling multiple drones from a single controller. Infinite ways to do this. | |||
*Machine follow me as well, for entire swarms | |||
*Satellites for comms, and other aerial objects | |||
Latest revision as of 01:02, 23 December 2024
Building blocks that span all capacity, allow rapid prototyping by virtue of plug-and-play design and 5 Minute Design.
These building blocks allow for Lifetime Design by ready part swapping. There are typically components, and skeletons/frames/holders. On top of this is packaging/bodies and user interface.
Electronics Case
- 3d printed holder board, connectors, lever clamps (such as Wago 221)
- Wide use of sockets and interface sockets.
- Extensive Scalability focus
- Cosmetics are a final 3D printed layer
- Wires and connectors are typically lever based, scalable, etc.
- Modular Power Elements for power
- Modular Tablet
Narrative
- Starting with Ubiquitous Network of Microcontrollers, with addable redundant repeaters to infinite range.
- More powerful microcontrollers such as tablet computer.
- Modular laptops, modular desktops.
- Solar power added to it
- Control and access from one device to another, up or down in capacity. Such as Streaming Desktop to Mobile.
- Sensors and actuators
- Mission planning
- 3D terrain scanning
- Computer vision and AI applied to all devices. For example, Arduino sends snapshots than are analyzed by more powerful computer.
- Remote delivery, autonomous, and various mission planning for earthworks, and machine control of all types.
- Swarming - controlling multiple drones from a single controller. Infinite ways to do this.
- Machine follow me as well, for entire swarms
- Satellites for comms, and other aerial objects