Description
1.
a. Β Β Β Let πΎ, πΏ be two kernels (operating on the same space) and let πΌ, π½ be two positive scalars.
Prove that πΌπΎ + π½πΏ is a kernel.
b. Β Β Β Provide (two different) examples of non-zero kernels πΎ, πΏ (operating on the same space), so that:
i. πΎ β πΏ is a kernel. ii. πΎ β πΏ is not a kernel.
Prove your answers.
2. Β Β Β Use Lagrange Multipliers to find the maximum and minimum values of the function subject to the given constraints:
Function: π(π₯, π¦, π§) = Β Β Β π₯0 + π¦0 + π§0. Constraint: π(π₯, π¦, π§) = 4233 + 6533 + 6733 = 1, where πΌ > Β Β Β Β π½ > 0
3. Β Β Β Let π = β=. Let
πΆ = π» = {β(π, π, π) = {(π₯, π¦, π§) Β π, |π¦| β€ π, |π§| . π, π, π β βL} the
set of all origin centered boxes. Describe a polynomial sample complexity algorithm πΏ that learns πΆ using π». State the time complexity and the sample complexity of your suggested algorithm. Prove all your steps.







