№ files_lp_4_process_2_89283
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Write your solutions in this sheet below the problem statement. Mark clearly your solutions by corresponding letters A, B, C, D and separate visually each solution from the other ones by empty space or by a line. Use the other side of the sheet or ask for an additional blank sheeet if necessary. Each problem 1. – 4. is worth 0 – 4 points, each answer to a particular question A, B, C, D contributes at most 1 point to the total. 1. Four algorithms process a square matrix M of size nn. The indices of rows and columns of M start with 1. Each of the algorithms processes all matrix elements. Determine the asymptotic complexity of each algorithm.A. Algorithm A processes each element of M in time proportional to log(nn).B. Algorithm B processes each element in the row r in time k∙r, where k is a positive constant.C. Algorithm C processes each element at position [r][c] (r and c are row and column indices, respectively) in time k∙r∙c, where k is a positive constant.D. Algorithm D processes each element in constant time. However, before processing the element, the algorithm checks the value of each element in the row in which the processed element is located. Each check takes constant time to complete. 2. Insert sort processes an array A with an even number of values, array length is N. The array contains elements of only two values, 10 and 20. The first value in the array is 10 and the values in the array strictly alternate: 10, 20, 10, 20, 10, etc.A. Determine how many comparisons between two element values are performed when the length of the array is 8: 10 20 10 20 10 20 10 20 B. Determine how many comparisons between two element values are performed when the last element with value 10 is being inserted to its final position in array A. Solve the problem for the general value of N ≥ 4. C. Write a function f(N) which returns the total number of comparisons made during the sort of array A. Suppose N  ≥  4. Explain how did you derive f(N). D. Decide to which complexity class belongs f(N). The available classes are (1), (log N), (N), (N ∙ log N), (N2). 3. AVL tree T is in the picture. The four particular subtrees with roots in D, E, F, G are shown schematically and the value given in the subtrees represents the depth of the subtree. The depth is the number of edges on the path from the subtree root to the deepest node in the subtree.A. T is depicted immediately after a new key (not depicted) was inserted into the tree. To complete correctly the insert operation, a rotation hast to be applied in T. Draw the shape of T after this rotation and determine the type of the rotation (L, R, LR or RL). B. Insert keys 10, 30, 20, 50, 40, in this order, into an originally empty AVL tree, using Insert operation. Draw the resulting AVL tree and determine the number and the type (L, R, LR, RL) of each rotation used in the process.C. Delete the key 10 from the AVL tree built in C. Which rotation, if any, was applied in the deletion process?D. Suppose that an AVL tree contains n2 keys and that another n keys are inserted, one by one, into the tree using the Insert operation. Use the asymptotic notation (O//) to specify the maximum number of simple (L or R) rotations which are performed during the whole process. Explain your reasoning. 4. A binary heap is given in the picture.A. Determine all possible integer values of element Z in the heap.B. Substitute Z by its smallest possible value (calculated in the answer to question A) .Next, use the Insert operation to insert values 55, 45, 35 into the heap, in the given order. Draw the resulting heap.C. Apply twice operation ExtractMin to the heap obtained in B. Draw the resulting heap.D. Suppose that a binary heap H contains exactly 2n leaves. Operation ExtractMin is applied n times on H. What is the asymptotic complexity of the whole process? Explain your reasoning.
Year: Not provided
Region / city: Not provided
Subject: Computer science
Document type: Problem set
Organization / institution: Not provided
Author: Not provided
Target audience: Students of computer science
Period of validity: Not provided
Approval date: Not provided
Date of changes: Not provided
SHARING BAKED CAMEMBERT, with beer honey & crostini
Year: N/A
Region / City: N/A
Theme: Food menu
Document Type: Menu
Organization: N/A
Author: N/A
Target Audience: N/A
Effective Period: N/A
Approval Date: N/A
Date of Changes: N/A
Eggs baked in tomato shells
Year: 2023
Region / City: N/A
Topic: Cooking
Document Type: Recipe
Author: N/A
Target Audience: Toddlers, Families
Period of Action: N/A
Approval Date: N/A
Date of Changes: N/A
Caramelized Baked Chicken, Coconut Curry Shrimp, Ham, Potato & Spinach Gratin, Kielbasa & Alfredo Bake, Korean Pork Empanadas, Mexican Chicken Bake, Pacific Rim Marinated Chicken, Seasoned Chicken Breasts with Mango, Shrimp Chowder, Slow Cooker Chicken & Rice, Steakhouse Meatloaf, Swedish Meatballs
Year: 2023
Region / City: Not specified
Topic: Cooking / Recipes
Document type: Recipe Collection
Organization / Institution: Not specified
Author: Not specified
Target Audience: General public interested in cooking
Period of validity: Not specified
Approval Date: Not specified
Amendment Date: Not specified
Were You Taught about Courtesy, Nana? (July–August 2014, Shepherd’s Voice)
Author: Susan Wuollet
Publication: Shepherd’s Voice
Issue: July–August 2014
Genre: Short story
Type of document: Religious children’s fiction
Theme: Courtesy, manners, Christian teaching
Biblical reference: Matthew 7:12
Primary characters: Ellie; Nana
Setting: Family home and church context
Intended audience: Children and families
Language: English
Shepherds Down School Child Protection Policy 2024
Year: 2024
Region / City: Shepherds Down School
Theme: Child Protection, Safeguarding
Document Type: Policy Statement
Organization / Institution: Shepherds Down School
Author: Not specified
Target Audience: Staff, Volunteers, Governors, Parents, Guardians
Period of Validity: Ongoing
Approval Date: Not specified
Amendment Date: Not specified
Shepherds Cottage Heritage Statement and Proposed Interior and Chimney Alterations, Rectory Lane, Breamore, Hampshire
Property name: Shepherds Cottage
Location: Rectory Lane, Breamore, Fordingbridge, Hampshire SP6 2EH
Country: United Kingdom
Property type: Thatched timber-framed cottage
Heritage status: Grade II listed building
Site size: Approximately one third of an acre
Construction type: Oak timber frame with brick base and single brick walls
Original layout: Two mirror-image cottages
Later modification: Conversion into a single dwelling, likely during the 1960s
Author: Property owner
Ownership since: 9 December 1983
Associated estate: Breamore Estate
Related nearby properties: Dodington House; Dodington Cottage; Breamore House
Craft specialist referenced: Bob Armstrong (thatcher); Ian Shelley (thatcher)
Main architectural features: Thatched roof; inglenook fireplaces; timber frame structure
Proposed alterations: Fireplace surface changes, replacement of quarry tile hearth with stone, lime plastering of fireplace interior, removal of capping bricks, increase of chimney height using brick and clay pots
Planning context: Works requiring listed building and planning consent
Geographical context: Village of Breamore, Hampshire
Topics: Twice BAKED Shepherds