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Gradient descent is performed. Suppose 0o=2, 01=1, and we simultaneously update 00, 01 using the rule: 0; := 0;+ √(00₁) (for j = 0 and j = 1). What should be the resulting values of 00 and 0₁? 00=2+√2, 01=1+√2 O a. O b. O C O d. 00=1+√2,01=2+2(1 + √2) 00=2+√²,0₁=1+√ √2(2 + √2) 00=1+√2,01=2+√2

Gradient descent is performed. Suppose 0o=2, 01=1, and we simultaneously update 00, 01 using the rule: 0; := 0;+ √(00₁) (for j = 0 and j = 1). What should be the resulting values of 00 and 0₁? 00=2+√2, 01=1+√2 O a. O b. O C O d. 00=1+√2,01=2+2(1 + √2) 00=2+√²,0₁=1+√ √2(2 + √2) 00=1+√2,01=2+√2

Advanced Engineering Mathematics
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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Gradient descent is performed. Suppose 0o=2, 01=1, and we simultaneously update 00,01 using the rule: 0; := 0; + √(000₁) (for j = 0 and j = 1). What should be the resulting values of 00 and 0₁? 00=2+√2, 01=1+√2 00=1+√2, 0₁=2+2(1 + √2) O a. O b. 0 с. O d. 00=2+√2, 0₁=1+2(2 + √2) 00=1+√2,01=2+√2
Transcribed Image Text:Gradient descent is performed. Suppose 0o=2, 01=1, and we simultaneously update 00,01 using the rule: 0; := 0; + √(000₁) (for j = 0 and j = 1). What should be the resulting values of 00 and 0₁? 00=2+√2, 01=1+√2 00=1+√2, 0₁=2+2(1 + √2) O a. O b. 0 с. O d. 00=2+√2, 0₁=1+2(2 + √2) 00=1+√2,01=2+√2
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