1- Various large smallsat constellations in low Earth orbit (LEO)

LEO has been commercially active in both broadband and imaging constellations of 100 satellites or more. This scenario takes mainly into account "mega-constellations" of broadband, providing a low latency to accessible global broadband Internet.

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2- Smalls with Larger Remote Sensing Satellites

In this scenario a increasing number of countries have close parallel access to technology with large satellites in distant context , given the remote sensing capabilities that are available commercially and beyond the United States.

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3- Insecure for LEO Satellite Operation

In this scenario a increasing number of countries have close parallel access to technology with large satellites in distant context , given the remote sensing capabilities that are available commercially and beyond the United States.

_______________________________________________________________

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4- On the Space Maintenance, Assembly & Development

In these circumstances, many persistent LEO and GEO platforms for on-orbit operation, assembly and development (OSAM) are used by governments and the private sector.

As large satellites become the standard for competitive and host payload platforms, the satellite industry is versatile in designing , constructing and utilizing satellites that best fit a given application. drives the perception of profitability and consequently injection of funding and talent into other drivers, including the development of new technology, low-cost approaches, and infrastructure.

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5- Market Demand

-- The most important technology for the four scenarios examined comprises optical imagery, radio frequency interference (RFI), spectrum use, small platform optical communication, and propulsion system miniaturization.

-- Low cost approaches to development , implementation, and robotics and alternative business models, such as modularity and standardization are included. are included.

-- Professional practice of infrastructure include space awareness technologies and systems (SSA), ground stations networks and space relays, and low cost ground antennas and terminals. Infrastructure drivers include

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6- Space Access

The fact that the four scenarios can be realised in the interim is driven

by the cost of their launch as well as the availability of reliable launch options.

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7- Alternatives to Compete

Smallsats may either render or ignore the relative value proposition for smellsats of alternatives such as terrestrial and airborne platforms and gradual and advanced developments in large satellites.

_______________________________________________________________

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8- Government Policies

The spectrum allocation policies of governments; RFI; protectionism/ mercantilism; debris mitigation; on-orbit regulation; and the management

of space traffic drive the private sector 's involvement in the smallsat ecosystem, both positive and negative.

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Dear Chandler Timm Cagmat Doloriel ,

Look the link, maybe helpful.

https://ieeexplore.ieee.org/document/8556744

Regards,

Shafagat

All trends and problems in on-board image processing for small satellites should be separated to different domains:

technical (multispectral sensors, embedded board computers, SSD, etc.);

software (such as AI );

communication.

You need to consider all these aspects.

1- Various large smallsat constellations in low Earth orbit (LEO)

LEO has been commercially active in both broadband and imaging constellations of 100 satellites or more. This scenario takes mainly into account "mega-constellations" of broadband, providing a low latency to accessible global broadband Internet.

_______________________________________________________________

_______________________________________________________________

2- Smalls with Larger Remote Sensing Satellites

In this scenario a increasing number of countries have close parallel access to technology with large satellites in distant context , given the remote sensing capabilities that are available commercially and beyond the United States.

_______________________________________________________________

_______________________________________________________________

3- Insecure for LEO Satellite Operation

In this scenario a increasing number of countries have close parallel access to technology with large satellites in distant context , given the remote sensing capabilities that are available commercially and beyond the United States.

_______________________________________________________________

_______________________________________________________________

4- On the Space Maintenance, Assembly & Development

In these circumstances, many persistent LEO and GEO platforms for on-orbit operation, assembly and development (OSAM) are used by governments and the private sector.

As large satellites become the standard for competitive and host payload platforms, the satellite industry is versatile in designing , constructing and utilizing satellites that best fit a given application. drives the perception of profitability and consequently injection of funding and talent into other drivers, including the development of new technology, low-cost approaches, and infrastructure.

_______________________________________________________________

_______________________________________________________________

5- Market Demand

-- The most important technology for the four scenarios examined comprises optical imagery, radio frequency interference (RFI), spectrum use, small platform optical communication, and propulsion system miniaturization.

-- Low cost approaches to development , implementation, and robotics and alternative business models, such as modularity and standardization are included. are included.

-- Professional practice of infrastructure include space awareness technologies and systems (SSA), ground stations networks and space relays, and low cost ground antennas and terminals. Infrastructure drivers include

_______________________________________________________________

_______________________________________________________________

6- Space Access

The fact that the four scenarios can be realised in the interim is driven

by the cost of their launch as well as the availability of reliable launch options.

_______________________________________________________________

_______________________________________________________________

7- Alternatives to Compete

Smallsats may either render or ignore the relative value proposition for smellsats of alternatives such as terrestrial and airborne platforms and gradual and advanced developments in large satellites.

_______________________________________________________________

_______________________________________________________________

8- Government Policies

The spectrum allocation policies of governments; RFI; protectionism/ mercantilism; debris mitigation; on-orbit regulation; and the management

of space traffic drive the private sector 's involvement in the smallsat ecosystem, both positive and negative.

_______________________________________________________________

_______________________________________________________________