Level throughput balancing - Revision history

Apm: Category:Surprising facts

2026-03-29T20:23:02Z

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	[[Category:Pages with math]]		[[Category:Pages with math]]
	[[Category:Far term target]]		[[Category:Far term target]]
			[[Category:Surprising facts]]

Apm: Category:Far term target

2026-03-29T19:34:33Z

Category:Far term target

← Older revision		Revision as of 21:34, 29 March 2026
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	[[Category:Pages with math]]		[[Category:Pages with math]]
			[[Category:Far term target]]

Apm: /* Related / added '''Math of convergent assembly'''

2022-09-05T07:44:14Z

Related: added * '''Math of convergent assembly'''

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	* '''[[Branching factor]]'''		* '''[[Branching factor]]'''
			* '''[[Math of convergent assembly]]'''
	* [[Deliberate slowdown at the lowest assembly level]]		* [[Deliberate slowdown at the lowest assembly level]]
	* Level throughput balancing is an aspect of [[advanced nanofactory design]].		* Level throughput balancing is an aspect of [[advanced nanofactory design]].

Apm: /* Chaining/(stacking) of equal assembly levels/(layers) for mismatch compensation */ some changes

2022-08-30T14:41:32Z

Chaining/(stacking) of equal assembly levels/(layers) for mismatch compensation: some changes

← Older revision		Revision as of 16:41, 30 August 2022
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	In case the [[assembly levels]] are implemented as [[assembly layers]] the chaining concretises to stacking and the transport paths become vertical shafts going up through the homogeneous layer stack. <br>See: [[Sub-layer]]s		In case the [[assembly levels]] are implemented as [[assembly layers]] the chaining concretises to stacking and the transport paths become vertical shafts going up through the homogeneous layer stack. <br>See: [[Sub-layer]]s

	This chaining/stacking approach works only as long as transport up the stack is can be ~~faster~~ than the assembly in the stack which is especially true for the bottommost assembly layers. <br>{{todo\|check for upper layers}}		This chaining/stacking approach works only as long as transport up the stack is can be slower than the assembly in the stack which is especially true for the bottommost assembly layers. <br>{{todo\|check for upper layers}} <br>
			See: [[Optimal sublayernumber for minimal friction]]

	Effects on larger scales that may influence compensatability of throughput mismatches are:		Effects on larger scales that may influence the compensatability of throughput mismatches are:
	* [[infinitesimal bearing]]s reducing friction in a scaling law ~~changing way~~.		* [[infinitesimal bearing]]s reducing friction in a way that changes the scaling law for bearing friction by one power.
	* Streaming style assembly (details further down) – (delaying scaling law?)		* Lower friction of larger [[atomically precise roller gearbearing]]s – [[Mesoscale bearing friction]]
			* [[Part streaming assembly\|Streaming style assembly]] (details further down) – (delaying scaling law?)
	* Low (energy carrying) surface area per assembled volume leading to easier achievable high efficiency assembly and disassembly.		* Low (energy carrying) surface area per assembled volume leading to easier achievable high efficiency assembly and disassembly.
	* The [[Unsupported rotating ring speed limit\|fundamental speed limit]]. But average operation likely won't come near that.		* The [[Unsupported rotating ring speed limit\|fundamental speed limit]]. But average operation likely won't come anywhere near that.

	= Accepted or even desired mismatch =		= Accepted or even desired mismatch =

Apm: /* Chaining/(stacking) of equal assembly levels/(layers) for mismatch compensation */

2022-08-30T14:12:53Z

Chaining/(stacking) of equal assembly levels/(layers) for mismatch compensation

← Older revision		Revision as of 16:12, 30 August 2022
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	To compensate for mismatches of the throughput of the assembly cells of specific size levels one can chain together several of the same assembly levels with transport paths running along.		To compensate for mismatches of the throughput of the assembly cells of specific size levels one can chain together several of the same assembly levels with transport paths running along.

	In case the [[assembly levels]] are implemented as [[assembly layers]] the chaining concretises to stacking and the transport paths become vertical shafts going up through the homogeneous layer stack.		In case the [[assembly levels]] are implemented as [[assembly layers]] the chaining concretises to stacking and the transport paths become vertical shafts going up through the homogeneous layer stack. <br>See: [[Sub-layer]]s

	This chaining/stacking approach works only as long as transport up the stack is can be faster than the assembly in the stack which is especially true for the bottommost assembly layers. <br>{{todo\|check for upper layers}}		This chaining/stacking approach works only as long as transport up the stack is can be faster than the assembly in the stack which is especially true for the bottommost assembly layers. <br>{{todo\|check for upper layers}}

Apm: added link to yet unwritten page: Desirable deviations from continuity of throughput

2022-08-30T14:10:50Z

added link to yet unwritten page: Desirable deviations from continuity of throughput

← Older revision		Revision as of 16:10, 30 August 2022
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	In advanced [[nanofactory\|gem-gum factories]] the production and consumption rates of the meeting [[assembly levels]] should roughly fit together such that no bottlenecks are present.		In advanced [[nanofactory\|gem-gum factories]] the production and consumption rates of the meeting [[assembly levels]] should roughly fit together such that no bottlenecks are present.

			Exceptions: [[Desirable deviations from continuity of throughput]]

	= Chaining/(stacking) of equal assembly levels/(layers) for mismatch compensation =		= Chaining/(stacking) of equal assembly levels/(layers) for mismatch compensation =

Apm: /* Factors determining throughput rates for individual assembly level chambers */ fixed sentence

2022-08-30T14:08:30Z

Factors determining throughput rates for individual assembly level chambers: fixed sentence

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	= Factors determining throughput rates for individual assembly level chambers =		= Factors determining throughput rates for individual assembly level chambers =

	To match the the throughput of the assembly levels one needs to at least ~~roughly~~ estimate the <br>		To match the the throughput of the assembly levels one needs at least a rough estimate of the <br>
	actual the production rates of the assembly levels of advanced [[nanofactory\|gem-gum factories]]. <br>		actual the production rates of the assembly levels of advanced [[nanofactory\|gem-gum factories]]. <br>
	Production rates on several factors. Some listed in the following. <br>		Production rates on several factors. Some listed in the following. <br>

Apm: /* Factors determining throughput rates for individual assembly level chambers */ linebreaks

2022-08-30T14:06:57Z

Factors determining throughput rates for individual assembly level chambers: linebreaks

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	= Factors determining throughput rates for individual assembly level chambers =		= Factors determining throughput rates for individual assembly level chambers =

	To match the the throughput of the assembly levels one needs to at least roughly estimate the		To match the the throughput of the assembly levels one needs to at least roughly estimate the <br>
	actual the production rates of the assembly levels of advanced [[nanofactory\|gem-gum factories]].		actual the production rates of the assembly levels of advanced [[nanofactory\|gem-gum factories]]. <br>
	~~They depend~~ on several factors. Some listed in the following.		Production rates on several factors. Some listed in the following. <br>
	Note: orthogonality aka mutual independence is not guaranteed!		Note: orthogonality aka mutual independence is not guaranteed!

Apm: added (step-size = branching factor) to image description

2022-08-28T12:45:55Z

added (step-size = branching factor) to image description

← Older revision		Revision as of 14:45, 28 August 2022
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	[[File:Throughput_of_convergent_assembly_-_annotated.svg\|400px\|thumb\|right\|In first approximation it's always one single layer of sub-assembly-level-cells below the current assembly-level-cell that has matching throughput.(Independent of step-size). When there are deviations such that lower layers are slower than the first approximation suggests then identical layers can be stacked for compensation.<br>Q...throughput – s...side-length – f...frequency]]		[[File:Throughput_of_convergent_assembly_-_annotated.svg\|400px\|thumb\|right\|In first approximation it's always one single layer of sub-assembly-level-cells below the current assembly-level-cell that has matching throughput.(Independent of step-size). When there are deviations such that lower layers are slower than the first approximation suggests then identical layers can be stacked for compensation.<br>Q...throughput – s...side-length – f...frequency – (step-size = [[branching factor]])]]

	In advanced [[nanofactory\|gem-gum factories]] the production and consumption rates of the meeting [[assembly levels]] should roughly fit together such that no bottlenecks are present.		In advanced [[nanofactory\|gem-gum factories]] the production and consumption rates of the meeting [[assembly levels]] should roughly fit together such that no bottlenecks are present.

Apm: /* Related */ shorted redirect

2022-08-28T10:16:28Z

Related: shorted redirect

← Older revision		Revision as of 12:16, 28 August 2022
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	* Level throughput balancing is an aspect of [[advanced nanofactory design]].		* Level throughput balancing is an aspect of [[advanced nanofactory design]].
	* [[Higher productivity of smaller machinery]]		* [[Higher productivity of smaller machinery]]
	* [[Limits to higher ~~throughput of smaller machinery~~]]		* [[Limits to lower friction despite higher bearing area]]
	* [[Convergent assembly]] & [[Assembly levels]]		* [[Convergent assembly]] & [[Assembly levels]]
	* [[Scaling law]]s		* [[Scaling law]]s