3. Which is wrong for support vector machine? O SVM finds a decision boundary with a minimum margin O Anon-inear decision boundary is supported by a kernel function The flexibility is controlled by the amount of margin violation Data points on the other side of a decision boundary are allowed
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- Generate the Simulink models for the constitutive equations of stress and strain for Kelvin-Voigt and Maxwell viscoelastic models with the following constraints: • Your source should always be a step function with a step of 10 -regardless of whether it's stress or strain For all models, use the following values: O E-3 o n-5 You should have a total of 4 models: 1. Kelvin Voigt – input is strain, output (scope) is stress 2. Kelvin Voigt - input is stress, output (scope) is strain 3. Maxwell - input is strain, output (scope) is stress 4. Maxwell - input is stress, output (scope) is strainConsider a problem with four variables, {A,B,C,D}. Each variable has domain {1,2,3}. The constraints on the problem are that A > B, B < C, A = D, C ¹ D. Perform variable elimination to remove variable B. Explain the process and show your work.Your task in this problem is to write a program in the Julia programming language that performs the following:• capture and store a Markov decision process (MDP) at runtime;• given a policy, evaluate the policy, and improve it to get a solution.
- You are organizing a conference that has received n submitted papers. Your goal is to get people to review as many of them as possible. To do this, you have enlisted the help of k reviewers. Each reviewer i has a cost sij for writing a review for paper j. The strategy of each reviewer i is to select a subset of papers to write a review for. They can select any subset S; C {1,2, ..., n}, as long as the total cost to write all reviews is less than T (the time before the deadline): 2 Sij 1. (b) Show that for B = 2 this fraction is close to 1/3. [Hint: You can consider an instance with 3n + 1 papers and only n will be reviewed.]Correct answer will be upvoted else Multiple Downvoted. Don't submit random answer. Computer science. Artem is building another robot. He has a network a comprising of n lines and m sections. The cell situated on the I-th line from the top and the j-th segment from the left has a worth ai,j written in it. In the event that two nearby cells contain a similar worth, the robot will break. A lattice is called acceptable if no two adjoining cells contain a similar worth, where two cells are called nearby on the off chance that they share a side. Artem needs to increase the qualities in certain cells by one to make a decent. All the more officially, find a decent network b that fulfills the accompanying condition — For all substantial (i,j), either bi,j=ai,j or bi,j=ai,j+1. For the imperatives of this issue, it tends to be shown that such a framework b consistently exists. In case there are a few such tables, you can output any of them. Kindly note that you don't need to limit…Determine whether each of the following functions f : {a,b,c,d} -> {a,b,c,d} is one-to-one and/or onto. (a) f(a) = b, f(b) = a, f(c) = b, f(d) = c (b) f(a) = b, f(b) = b, f(c) = d, f(d) = c (c) f(a) = b, f(b) = a, f(c) = c, f(d) = d (d) f(a) = d, f(b) = a, f(c) = c, f(d) = b (e) f(a) = c, f(b) = d, f(c) = a
- Can someone make a code that minimizes 4 different functions with different equations, and maximizes 4 different with equations functions under 10 types of constraints with equations? In matlab code I need to adapt it to my code please? and plot 3D pareto front Regardsonsider the challenge of determining whether a witness questioned by a law enforcement agency is telling the truth. An innovative questioning system pegs two individuals against each other. A reliable witness can determine whether the other individual is telling the truth. However, an unreliable witness's testimony is questionable, below is a confusion matrix of all the possible outcomes from a given scenarios, This pairwise approach could then be applied to a larger pool of witnesses. Answer the following: Assume a pool of K witnesses, in which the reliable ones are eager to help solve a case, and the unreliable ones are equally eager to hide the truth. Prove that if more than half of the witnesses are unreliable, the approach outlined above cannot help identifying the reliable witnesses.XOR function mappings can easily be classified by decision trees. True False
- Please answer the following question: In the following picture for two-dimension points on planes (X1, X2), the circle and triangle represent support vectors for a dataset of two classes. Given the equations for the hyperplanes X2 -12 = 0 and X2 - 3 = 0 for the circle and triangle, without much calculation find the missing value in the following equation of the decision boundary drawn in the middle. The equation is X2 - ? = 0 X2 – 12 = 0 X2 X2 – 3 = 0 X1I need a workable solution in Matlab Exercise: Vector Operations Display the current state of your knowledge • Display the following text: At this time, I know X% of MATLABCorrect answer will be upvoted else downvoted. Computer science. You are given two integers n and k. You ought to make a variety of n positive integers a1,a2,… ,a to such an extent that the total (a1+a2+⋯+an) is distinguishable by k and greatest component in an is least conceivable. What is the base conceivable most extreme component in a? Input The primary line contains a solitary integer t (1≤t≤1000) — the number of experiments. The solitary line of each experiment contains two integers n and k (1≤n≤109; 1≤k≤109). Output For each experiment, print one integer — the base conceivable most extreme component in cluster a to such an extent that the aggregate (a1+⋯+an) is distinct by k.