This thread is for the discussion of cybercommunism, the planning of the socialist economy by computerized means, including discussions of related topics and creators. Drama belongs in /isg/
ReadingTowards a New Socialism by Paul Cockshott and Allin Cottrell:
http://ricardo.ecn.wfu.edu/~cottrell/socialism_book/Brain of the Firm by Stafford Beer
Cybernetic Revolutionaries by Eden Medina
Cybernetics: Or the Control and Communication in the Animal and the Machine and The Human Use of Human Beings (1st edition) by Norbert Wiener
Economic cybernetics by Nikolay Veduta
People's Republic of Walmart by Leigh Phillips and Michal Rozworski
Red Plenty by Francis Spufford
Economics in kind, Total socialisation and A system of socialisation by Otto Neurath (Incommensurability, Ecology, and Planning: Neurath in the Socialist Calculation Debate by Thomas Uebel provides a summary)
Active writers/creatorsSorted by last name
>Paul Cockshotthttps://www.patreon.com/williamCockshott/https://www.youtube.com/channel/UCVBfIU1_zO-P_R9keEGdDHQ (
https://invidious.snopyta.org/channel/UCVBfIU1_zO-P_R9keEGdDHQ)
https://paulcockshott.wordpress.com/http://paulcockshott.co.uk/https://twitter.com/PaulCockshott (
https://nitter.pussthecat.org/PaulCockshott)
>Cibcom (Spanish)https://cibcom.org/https://twitter.com/cibcomorg (
https://nitter.pussthecat.org/cibcomorg)
https://www.youtube.com/channel/UCav9ad3TMuhiWV6yP5t2IpA (
https://invidious.snopyta.org/channel/UCav9ad3TMuhiWV6yP5t2IpA)
>Tomas Härdinhttps://www.haerdin.se/tag/cybernetics.htmlhttps://www.youtube.com/channel/UC5fDgA_eHleDiTLC5qb5g8w (
https://invidious.snopyta.org/channel/UC5fDgA_eHleDiTLC5qb5g8w)
>Elena Vedutahttp://www.strategplan.com/en/about/veduta.phpVarious videos on YouTube but no channel of her own
>Dave Zachariahhttps://www.it.uu.se/katalog/davza513One video on Paul Cockshott's channel
Podcasts>General Intellect UnitPodcast of the Cybernetic Marxists
http://generalintellectunit.net/Previous threads in chronological orderhttps://archive.is/uNCEYhttps://web.archive.org/web/20201218152831/https://bunkerchan.xyz/leftypol/res/997358.htmlhttps://archive.ph/uyggphttps://archive.is/xBFYYhttps://archive.ph/Afx5ahttps://archive.is/kAPvRhttps://archive.is/0sAS2https://archive.is/jXivP 207 posts and 56 image replies omitted.>>2276441Ok, but there is a difference between wage theft which is legal under capitalism (surplus value) and wage theft which is not. It turns out the kind which is not is also rampant, and it is interesting to note, because marx's analysis is focused on surplus value, not on these other, additional forms of wage theft. The point is that the worker is
even more screwed over by capitalism than marx says.
>>2276584>marx's analysis is focused on surplus value, not on these other, additional forms of wage theftthey're also surplus value extraction. but I see what you mean. sometimes Porky thinks certain kinds of exploitation is too much
>The point is that the worker is even more screwed over by capitalism than marx saysI'm relatively sure Marx brings up in Capital similar examples of capitalists trying to pay their workers even less than their nominal wage
Could someone archive the W P Cockshott AMA thread and post the link here?
Link to the thread:
>>2276372Archived the Paul Cockshott AMA
https://archive.is/53xswThe link should be working in a few minutes
>none of the shitposts were answeredNot surprising
I was going to ask him, which touhou character would you hang out with or lead cyber-Communism, if he did.
>>2276517look what you did mods, he was all confused like a lost black child out in the open.
>>2281242>hiring at the level of individual enterprisesNo.
>workers competing for the more prestigious jobs,Yes.
>and those who cant find anything good forced to work the shit ones?Yes. Though I'd like to have limits on shit work conditions:
a) classified so bad that we plan around this, so this is not needed for the plan and nobody is forced to do these
b) classified bad so only justified for core use-value goals if all other means are exhausted
Giving absolute guarantees is hard to impossible, but giving relative protection is easy. Like this: If you are in a relatively more protected group, you are not drafted for something until drafting opportunities from less protected groups are used up. For example, a guarantee to
never force vegetarians to work anywhere in the chain from slaughtering to serving meat is much harder to plan for than just giving a relative guarantee, meaning we look for meat eaters first to fill these positions. We can also give relatively stronger drafting protection to people who have spent more time in draft mode.
>>2281417>Like for example if there is a shortage of doctors, do you raise their pay to do overtimeYes. First move is to offer more overtime at all without higher hourly pay and see how well that works. There can also be a work-time account that allows for more free time taken later if one works longer now. But this cannot solve all tight situations, so hourly pay probably has to go up a bit. (By the way Cockshott was asked once on Twitter how to solve this and answered
Die Mauer 😬)
We can have a regulation for forcing people to do some amount of hours when society is really in a tight situation, but this should be for activating part-timers to do more and not extend the normal work day for people already in full employment. Forcing people makes production very predictable. But how can ordinary people be the masters of their own lives if they are constantly forced to do this or that? The solution is to force a lot of people while keeping low the amount of weekly forced hours per person. And let's throw weak relative guarantees at everything. They make life more bearable and are trivial to implement.
>>2281242a central system for job postings would be useful. saying much more than that would be infantile
>>2281417train more physicians
>>2283296>material balancesactually operationalized
>input-outputjuggling with figures
incidentally, Bazarov and Groman were criticized by Lenin for being Machists
>>2284884i asked chat gpt to explain her quote and it said (short version)
>That's a great quote—it's funny because it's almost true. At face value, machine code is the lowest-level, actual instructions that a CPU executes. So how could it be a "suggestion"? The answer lies in CPU microarchitecture—the internal implementation of how a processor executes instructions. Modern CPUs don't necessarily execute machine instructions in the exact order they're written. They reorder instructions to improve performance (e.g. avoid waiting on slow memory), execute multiple instructions at once using superscalar execution units, and run ahead on instructions that aren't waiting on the results of others. So even though your machine code says "do A, then B," the CPU might internally do B first if it's more efficient. When the CPU reads a machine instruction, it decodes it into smaller internal operations (micro-ops or µops). So, machine code is a high-level abstraction for what actually happens under the hood. CPUs often guess (speculate) what instructions will be needed next and execute them before knowing for sure. If the guess is wrong, the CPU throws away the results. This means instructions might be "executed" before they even should be, from a program logic standpoint. Machine code targets the ISA (e.g., x86, ARM). The CPU implements that ISA, but how it does that is up to its microarchitecture. Two CPUs (say, Intel and AMD) can execute the same machine code but handle it differently under the hood. As you go deeper into CPU performance optimization, you realize that tiny details (like instruction alignment, cache hits, or branch prediction) have huge performance impact. Some "equivalent" machine code sequences run wildly differently depending on hardware. So even though you're giving the CPU specific instructions, you're really influencing behavior indirectly. Hence: "machine code is just a polite suggestion." >>2284991see again
>>2269963just try to work a similar problem and you should see the issue. this isn't to say MBP is good
>>2284881CISC machines like x86 don't actually execute the instructions given to them directly. a modern x86 CPU is actually RISC inside, and there's a translation layer inbetween. Ken Shirrif has examples of this on his blog where he looks at how the microcode for various instructions worked at the silicon layer for some older Intel CPUs
>>2284682Look at the pdf you posted. Does it contain an actual comparison of input-output analysis and material balances? Does it even describe any of the two? I can ctrl-f Bazarov and get a paragraph, half of which is empty waffle.
Are you a serious person or is your knowledge of economics and math limited to
slogans.
>>2289062Depends on how detailed your matrices are. Cockshott's basic toy programs have steel as an input, but the idea is that ALL products are a cell in the matrix, so for a certain type of bread you would have a certain type of machine as input, which would have a certain types of components (steel housing for example) as an input, which itself would have a certain type of steel (e.g. 304 stainless steel) as an input, which itself would have certain types of machines and material as its inputs, and so on and so forth. Under capitalism, these inputs are 'trade-secrets' though so we only get a rough idea about the reality of production. The big idea is that labor is the single common denominator.
My understanding is that deterioration is 'baked in' to the input based on the expected lifetime of machinery. For example if a machine is expected to bake a billion loaves of bread before it craps out, then the input for that loaf of bread is one-billionth of that machine. Often though, most of the components in the machine are fine, it's just one part that gets broken and needs to be replaced. Labor and parts to maintain the machine (a reality for using machines) is an input as part of the production of bread, but a different variable from 'normal' operation, as to collect data for future production of machines. Keep in mind all these inputs are estimates. They can and will fluctuate over time, giving better data to inform planned production.
>>2289539Really Cockshott doesn't go far enough tbh because he doesn't consider non-labor
time as a variable in production. For example it takes the dough to make bread about an hour or an hour and a half to rise. I'd be interested in how this could be applied to his econophysics, especially with markets as indicators for the production of consumer goods.
>>2289062Depends. An input-output matrix shows the direct relations in horizontal and vertical lines and for indirect inputs and indirect outputs your eyeballs have to ping-pong around in the matrix. The matrix is always about a time interval. You can abstract away some inputs. Just like when you are working with a recipe in a kitchen, the recipe doesn't state the tools. If you are thinking short term
and considering only a modest increase in output, you can use the matrix and these simplifications are unlikely to cause much of a problem. More intensive use of unaccounted resources is not much of an issue if the intensity increases only a bit. But with planning for longer and longer terms, invisible givens have to be turned into visible givens, and some tools have to be treated as ingredients (and tools for making tools). Also, even for the short term it is true that if you plan for a massive increase, you have to do something about your tools (and tools for making tools).
>>2289539>My understanding is that deterioration is 'baked in' to the input based on the expected lifetime of machinery. For example if a machine is expected to bake a billion loaves of bread before it craps out, then the input for that loaf of bread is one-billionth of that machine.Yes.
>>2289711>Really Cockshott doesn't go far enough tbh because he doesn't consider non-labor time as a variable in production.I'm pretty sure he does, but his toy models I know of do not. The standard example of the classical economists is wine. Time dependencies in production are displayed with modified Gantt charts and the like, showing how long something is supposed to take with bars. The bars of processes that have to happen one after another link up and form longer paths, the longest of these is called the
Critical Path. Since this sort of analysis is not only common in business, but also in computer science, he must know about it.
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