Republicans are requesting a liberal Wisconsin judge recuse herself from potentially considering reviewing the Badger Stateās congressional maps.
Earlier this month, Democrats asked the Wisconsin Supreme Court to reconsider the stateās congressional maps, using the high courtās opinion in a separate elections maps lawsuit as reason to consider a redo over Wisconsinās congressional maps.
But five members of Wisconsinās GOP congressional delegation filed a motion Tuesday asking Justice Janet Protasiewicz to recuse herself from hearing the case, pointing to comments she made when she was a candidate running for a spot on the court last year as reason to not weigh in.
Among some of the comments Republicans pointed to included her calling the stateās maps āriggedā and saying she āwould certainly welcome the opportunity to have a fresh look at our maps.ā However, neither she, nor her Republican opponent, detailed how they would vote on a potential case while on the campaign trail.
Do you understand that there is a difference between an optimal outcome and an optimal algorithm?
I also may be confusing the situation by using the word āoptimalā slightly inaccurately. I tend to call ālocal extremumā ālocal optimumā. Itās not confusing to people who understand numerical analysis, but it is probably not appropriate when discussing things with a layman.
Whether the result is good is the entire point of the field of numerical analysis. And itās something that you seem to know nothing about. This is where the giant gap is between us.
The truth of a statement is generally unrelated to how often the statement is repeated. If you find a solution where happiness is maximized or dissatisfaction is minimized, then whatās political about that? Just because the topic is political doesnāt mean that the solution is also political. Otherwise, we wouldnāt even be able to count votes.
Youāre literally taking an example of a typical failure of your proposed solution and attributing it to a computer. Those numbers that youāre suggesting wouldnāt be given by a human. They would be learned or discovered by a computer. You donāt get to manipulate the inputs. You only get to say what is desired in the outputs.
What youāre describing is a human failure. And then youāre using that to say that a human solution is best.
And even if what youāre describing was possible, it still doesnāt answer the question of why, in your ideal scenario, is a panel of nonpartisan humans used, but when you imagine a computer scenario, you expect that all of these inputs will be determined by a single partisan human. Why wouldnāt you assume a panel of nonpartisan humans for both?
Your argument here is completely dishonest. You should assume the same level of partisan participation in both sides of the argument. Whether itās completely drawing the map, or itās adjusting inputs, or itās deciding what outputs are best.
Please donāt project this onto me. The difference between these two things has been my core argument with you. The algorithm can be optimized to get a certain result. Your claim that the algorithm can ALSO define the desired result is preposterous circular reasoning. Itās clearly not even something you believe, yet you continue to argue with me about it.
Gibberish when you cannot objectively define what a good result is. Numerical analysis has many purposes. In this case, the purpose is to efficiently achieve a result based on input criteria. Whether or not that input criteria defines is āa fair election mapā is a subjective question that reasonable people can and will disagree on. That disagreement is going to be political.
You can quit the condescension. It doesnāt impress me. Iāve been involved in data science research on similar optimization problems, so I know full well how it works and what the shortcomings are. The big one being that you need to know what is being optimized for. And āthe most fair election mapā is not a quantifiable outcome. You remind me of the PI on my last research project, handing me a giant dataset and saying āWhat does it mean?!?!ā. Just couldnāt understand that I canāt give him an answer unless he has a meaningful question, and just couldnāt understand that p-hacking to come up with something publishable was pointless and dishonest.
You have your hammer and youāre SURE this problem is a nail. You just donāt even know where the jobsite is.
Yep, correct. So if you have a partisan process for deciding what is desired in the outputs, how are you going to get a good result? Which is why my entire point from the beginning was that chasing down magical algorithm solutions is pointless if you do not START with addressing the political problem.
In this case, Wisconsonās process for redistricting is partisan. Thatās why this thread exists. Thatās the problem being discussed. Thatās the original sin. Youāre not going to datascience a solution to that problem.
And moreover, these huge redistricting controversies all have that same thing in common ā a partisan distracting process. Like magic, the issues seem to largely go away in places that donāt have a partisan redistricting process. GEE, WHO WOULDA THUNK IT.
Itās not an assumption. That is our starting point here. You need to listen to the people you are talking to and understand what is being discussed.
IDGAF if you want to use machine learning to design maps. Thatās fine. Could be very helpful in making the maps, Iām sure.
But only AFTER you have limited the effects of politics in the decisions about the algorithm design. Otherwise, all that machine learning is still going to get you corrupt maps. Theyāll just be really, really good and and hard-to-understand corrupt maps. Corrupt maps that achieve the goals and obfuscate the means they became corrupt through layer after layer of mostly-opaque and essentially impossible-to-comprehend models, graphs, and networks.
Iāll end this discussion by summarizing it for readers:
Me: if a partisan process is used to build maps, algorithms wonāt get you fair maps. Start by addressing the partisan process.
You: algorithms can be optimized to get you perfect election maps and they can know what election map is perfect because they optimized to get a perfect map. This other guy is a dumb idiot who doesnāt know how algorithms work.
ā¦and thereās the missing link that explains why youāre acting this way. Iāve worked with enough data scientists to see whatās going on. I donāt trust data scientists unless they have some other field of expertise in addition. People whoāve been involved with data scientists enough to see what theyāre doing are probably going to often have similar outlooks to you.
Iām not trying to impress you. You may think youāre telling the truth, but you are in fact spreading misinformation. There is a 0% chance that you are correct. You donāt understand the subject and youāre just bloviating. Itās inherently offensive.
I wasnāt impressed by your summary, so I made my own:
Me: With a basic understanding of logic and algorithms, there will definitely be a hands-off computer approach to redistricting that will lead to better results than anything a human can make. This is guaranteed. There is no way to dispute this.
You: I will pretend like I never said anything like āAlgorithmically-decided districts will also inherently ignore communities, both historic and demographic, again creating a high cracking likelihood and creating outsized representation to the dominant political groups.ā or āThese tech-bro-thinking solutions will never be the answer. The answer to redistricting* is to have a controlled political process with checks and balances.ā I will now pretend like I had a different, less stupid opinion, than the one I started with and that I have been arguing this entire time. I am doing this because either I was up to this point, completely unable to articulate myself, or because I have secretly realized that I was mistaken, and now I am too stubborn to admit it.