O N1-0, N2= -1, N3=1, N4= ON1-0, N2= 1, N3= -1, N4=|| ON1-0, N2= -1, N3=1, N4= ON1-0, N2= 1, N3=-1, N4=||

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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The figure shows positive (blue circles) and negative (red circles) examples with a decision
bounary (solid line) and its margin borders (dashed lines). Suppose an optimal decision
boundary (w*, b*) is learned by our standard SVM formulation. Choose the right option for the
following four values:
N1 = wT.
N2 = w*x+ b* where a is one of the three blue dots on the upper dashed line.
N3 = w*"x + b* where a is one of the two red dots on the lower dashed line.
x+ b' where r is a hypohtetical point (not drawn) on the solid line.
N4 = the actual distance between two dashed lines.
Best margin
C1
C2
Dividing hyperplane
O N1=0, N2= -1, N3=1, N4=
Te
O N1=0, N2= 1, N3= -1, N4=
O N1=0, N2= -1, N3=1, N4=
O N1=0, N2= 1, N3=-1, N4=
Transcribed Image Text:The figure shows positive (blue circles) and negative (red circles) examples with a decision bounary (solid line) and its margin borders (dashed lines). Suppose an optimal decision boundary (w*, b*) is learned by our standard SVM formulation. Choose the right option for the following four values: N1 = wT. N2 = w*x+ b* where a is one of the three blue dots on the upper dashed line. N3 = w*"x + b* where a is one of the two red dots on the lower dashed line. x+ b' where r is a hypohtetical point (not drawn) on the solid line. N4 = the actual distance between two dashed lines. Best margin C1 C2 Dividing hyperplane O N1=0, N2= -1, N3=1, N4= Te O N1=0, N2= 1, N3= -1, N4= O N1=0, N2= -1, N3=1, N4= O N1=0, N2= 1, N3=-1, N4=
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