Can some body please clearly describe how a disjoint–set ADT can be used to solve equidivisions problem and as well as how dfs can be used to solve it?
A disjoint set data structure keeps track of elements partitioned into a number of disjoint subsets. In computer science, two sets are said to be disjoint if they have no element in common.The disjoint sets problem is a problem of efficiently mantaining a collection C of disjoint subsets of some set S, That is , each element of the set S is contained in a singleton subset. With this as the initial state of the collections we wish to efficiently support two of the following operations in the disjoint set problem:The configuration of the disjoint sets is that of an equivalence relation with each collection representing an equivalence class . In this problem we would be assigning a representative for each equivalence class / disjoint subset . Depth first search (DFS) algorithm starts with the initial node of the graph G, and then goes to deeper and deeper until we find the goal node or the node which has no children. The algorithm, then backtracks from the dead end towards the most recent node that is yet to be completely unexplored.
Can some body please clearly describe how a disjoint–set ADT can be used to solve equidivisions...
Can some body please clearly describe how a disjoint–set ADT can be used to solve equidivisions problem and as well as how dfs can be used to solve it?
Describe, in pseudocode, how you can implement all the functions of the stack ADT using two queues. What is the running time of the push and pop functions in this case?
1. Describe the concept of body composition. Describe, in some detail, how exercise can reduce obesity and improve body composition. Provide two specific examples of how exercise can be made more safe/fun/enjoyable for children. 2. Describe 2 benefits of strength training for the older population. Why should at-risk older adults be closely supervised in strength-training programs? Describe the factors that might contribute to a loss of strength and flexibility as adults age. 3. Explain the developmental changes that occur in...
What is Body Area Network (BAN)? Describe some of the ways it can be used in healthcare? Explain why it has a potenţial to improve quality of patient care? Paragraph Arial : . E.T. . TT TT %DOQ 3 (12pt) TT. Words:0
1.Describe one example of (a) how artificial intelligence has been used in healthcare to solve a specific problem. (b) What were some of the challenges the project faced? 2. (a) What was the problem the artificial intelligence was aiming to solve (b) What did the artificial intelligence do, and (c) how was it successful?
Q1 Describe one example of (a) how artificial intelligence has been used in healthcare to solve a specific problem. (b) What were some of the challenges the project faced? Q2 Post your Al example and address the following points (a) What was the problem the Al was aiming to solve (b) What did the Al do, and (c) how was it successful?
Describe how a process’s Working Set can be used to determine which processes to maintain in a ready state or which to suspend.
6) Write the set of balances required to solve for Rigid Body Equilibrium in frame below. Please show the equations of equilibrium for both the overall structure, as well as the individual components AC and CB. Assume yo=ya. Xp → X-
please solve it clearly in some program don not solve it in paper and show every step 8. What is the molecular formula for the titanium oxide (Ti,O) in which the last electron of the Ti atom in the compound has the following quantum numbers: 3 1 1 +1/2 25² 25 2p 33 3P' A) TiO2 Β) ΤΙΟ C) Tio D) TiO;
Please solve this clearly Thank you describe the terms in the following equation: x(t) = aro +Vort +万@gt2