Question

Lebesgue (“luh-beg”) constants give a way to quantitatively determine the accuracy of this task. It isn’t Bayesian optimization, but using a Gaussian process to perform this task is known as kriging. (15[1])The (15[1])Whittaker-Shannon formula for this task works by using a sum of sinc (“sink”) functions to construct filtered (-5[1])signals, and is widely used in image anti-aliasing programs. The roots of Chebyshev (-5[1])polynomials are often selected for this task in order to minimize edge (*) oscillations called Runge’s (-5[1])(“roon-guh’s”) phenomenon that arise while implementing this task. (10[1])This task can be accomplished using splines, (-5[1])a type of (10[1])piecewise polynomial, (10[1])while another (10[1])method for this task simply links points with linear (10[1])functions. (-5[1])For 10 points, name this process of estimating (-5[1])data points based between known values, (10[1])contrasted with extrapolation. (10[1])■END■ (10[2]0[1])

ANSWER: interpolation [accept polynomial interpolation; accept spline interpolation; prompt on fitting or fitting data]
<AG, Other Science>
= Average correct buzz position

Summary

2023 ILLIAC (Cornell)2023-10-21Y475%25%50%71.33
2023 ILLIAC (Mainsite)2023-10-21Y8100%13%50%99.50

Buzzes

PlayerTeamOpponentBuzz PositionValue
Cade ReinbergerRITColumbia Ly-α2915
Stan MelkumianPurdue AOhio State B3015
Yashwanth BajjiMichigan AMissouri46-5
Brian HoffCornell EarthRochester A59-5
David NickelPurdue COhio State C74-5
Darryl WangRochester ACornell Earth8110
Karthik PrasadCornell FireRochester C88-5
Roxanne TangOhio State AChicago D9110
Ben DahlPurdue BSIUE A9310
Jeremy CummingsWUSTLChicago C9510
Ethan MaddoxRochester BCornell Wind10410
Daniel KloppeSIUE BChicago B105-5
Robert CondronChicago AMichigan B113-5
Henry CafaroChicago BSIUE B11910
Owen ArnesonMissouriMichigan A12210
Archita AmudhanRochester CCornell Fire1230
Mitchell IndekMichigan BChicago A12310
Jacob GoodsonOhio State CPurdue C12310