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JDługosz
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It is highly dependent on how you plant will use the brain.

If it is simple reflex movement like Venus Аflytrapflytrap then you can have distributed specialized tissue that control actuators.

But if you want your plant to have more complex behavior (like tracking of prey position before attack) you may need more complex coordination between sensors and actuators. Then you end up with some more centralized system (up to as complex as human brain).

It is highly dependent on how you plant will use the brain.

If it is simple reflex movement like Venus Аflytrap then you can have distributed specialized tissue that control actuators.

But if you want your plant to have more complex behavior (like tracking of prey position before attack) you may need more complex coordination between sensors and actuators. Then you end up with some more centralized system (up to as complex as human brain).

It is highly dependent on how you plant will use the brain.

If it is simple reflex movement like Venus flytrap then you can have distributed specialized tissue that control actuators.

But if you want your plant to have more complex behavior (like tracking of prey position before attack) you may need more complex coordination between sensors and actuators. Then you end up with some more centralized system (up to as complex as human brain).

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talex
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It is highly dependent on how you plant will use the brain.

If it is simple reflex movement like Venus Аflytrap then you can have distributed specialized tissue that control actuators.

But if you want your plant to have more complex behavior (like tracking of prey position before attack) you may need more complex coordination between sensors and actuators. Then you end up with some more centralized system (up to as complex as human brain).