You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
In the outside of US, there are different political landscapes among nations.
I have two questions about the notion of "political affiliation" in the following RQ1 in the original BirdWatch paper ( https://arxiv.org/pdf/2210.15723.pdf )
RQ1: Can we select a set of Birdwatch notes that both inform understanding (decrease propensity to agree with a potentially misleading claim) and are seen as helpful by a diverse population of users (in particular, users with diverse self-reported political affiliations)? Does algorithmic selection achieve these better than a supermajority voting baseline?
My Questions
Q1: How do your algorithm be evaluated for non-US nations?
In particular,
How is party ID of the following form defined in the non-US countries?
e.g. While US and UK has the two party system, many EU nations or Asian nations like Korea or Japan have many parties in their legislative branch of the government.
Q2: Could we increase the robustness of the bridging feature and diversity by the following selection methods of CN-raters at the preview phase at which only contributors could view and rate the proposed notes.
The methods:
Build a classifier model to predict party-ID for given input user's post's(tweet's) texts to prevent lies on their true political affiliations.
For each predicted party-ID label, select N*K users, where K is the number of party-IDs, where N is an arbitrary constant integer.
Expose given proposed note to only the N*K users and evaluate it.
The expected behavior of this method: we would obtain the similar results with the following three figures in the original paper.
The text was updated successfully, but these errors were encountered:
Background
My Questions
Q1: How do your algorithm be evaluated for non-US nations?
Q2: Could we increase the robustness of the bridging feature and diversity by the following selection methods of CN-raters at the preview phase at which only contributors could view and rate the proposed notes.
The text was updated successfully, but these errors were encountered: