Disjoint işler

...write a "guess" function that takes current word (with underscores) as input and returns a guess letter. You will use the API codes below to play 1,000 Hangman games. You have the opportunity to practice before you want to start recording your game results. Your algorithm is permitted to use a training set of approximately 250,000 dictionary words. Your algorithm will be tested on an entirely disjoint set of 250,000 dictionary words. Please note that this means the words that you will ultimately be tested on do NOT appear in the dictionary that you are given. You are not permitted to use any dictionary other than the training dictionary we provided. This requirement will be strictly enforced by code review. You are provided with a basic, working algorithm. This algori...

...letters until either (1) the user has correctly guessed all the letters in the word or (2) the user has made six incorrect guesses. You are required to write a "guess" function that takes current word (with underscores) as input and returns a guess letter. Your algorithm is permitted to use a training set of approximately 250,000 dictionary words. Your algorithm will be tested on an entirely disjoint set of 250,000 dictionary words. Please note that this means the words that you will ultimately be tested on do NOT appear in the dictionary that you are given. You are not permitted to use any dictionary other than the training dictionary that is provided. This algorithm will match the provided masked string (e.g. a _ _ l e) to all possible words in the dictionary, ta...

I am looking for a tutor who can help me with algorithms and data structures. I am familiar with C programming language and would like to focus on ...structures. My current level of understanding is intermediate. Ideal Skills and Experience: - Strong knowledge and experience in implementing algorithms and data structures in C - Ability to provide clear explanations and examples for complex concepts - Experience in tutoring or teaching algorithms and data structures at an intermediate level - Covering topics such as computational complexity, disjoint sets, balanced trees, heaps, priority queues, graph algorithms, searching and sorting etc. - Patience and ability to adapt teaching methods to the learner's needs - Good communication skills to effectively convey information and a...

...write a "guess" function that takes current word (with underscores) as input and returns a guess letter. You will use the API codes below to play 1,000 Hangman games. You have the opportunity to practice before you want to start recording your game results. Your algorithm is permitted to use a training set of approximately 250,000 dictionary words. Your algorithm will be tested on an entirely disjoint set of 250,000 dictionary words. Please note that this means the words that you will ultimately be tested on do NOT appear in the dictionary that you are given. You are not permitted to use any dictionary other than the training dictionary we provided. This requirement will be strictly enforced by code review. You are provided with a basic, working algorithm. This algori...

...write a "guess" function that takes current word (with underscores) as input and returns a guess letter. You will use the API codes below to play 1,000 Hangman games. You have the opportunity to practice before you want to start recording your game results. Your algorithm is permitted to use a training set of approximately 250,000 dictionary words. Your algorithm will be tested on an entirely disjoint set of 250,000 dictionary words. Please note that this means the words that you will ultimately be tested on do NOT appear in the dictionary that you are given. You are not permitted to use any dictionary other than the training dictionary we provided. This requirement will be strictly enforced by code review. You are provided with a basic, working algorithm. This algori...

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...class label of the center pixel as a target for the image patch. Sample at Input image Ground-truth segmentation map least 5000 patches for each class (i.e., you will have a training set that contains at least 20000 examples.) Create another balanced validation set by sampling around 800 image patches per class from the training images. Note that the validation set and the training set are disjoint. For the test set, we will use all the image patches in the testing images. 2. Features extraction We will represent each image patch with a 192-dimensional features vector that corresponds to the intensity histograms for each of the RGB channels in the patch. For each of the RGB channels, create a histogram with 64 bins, where bin i contains the number of pixels with intensity va...

...writing her signature as she is now 18. I have been able to take a the signature/drawing on an ipad from her Mom, export as SVG, convert to DWG and import into OnShape. I've been able to clean it up and extrude into the slate, but the 3-D result too small to trace with a stylist. Even making a large 4" x 9" slate, tracing is difficult. I've tried to sweep the path, but the DWG is hundreds of disjoint points/lines. I have attempted to create a series of splines that I could sweep, but it's very time consuming. I've also tried to use thicken on the signature, but it's not working (perhaps due to the number of separate objects). I'm volunteering my time to design and print for this student. However, would be willing to pay someone for...

Implementation of dynamic graphs with labeled edges, where the target is to find a shortest path after filtering some edges based on user-specified query labels. This problem is termed the Edge-Constrained Shortest Path query (or ECSP, for short). For this Edge-Disjoint Partitioning, a new technique for efficiently answering ECSP queries over dynamic graphs. EDP has two main components: a dynamic index that is based on graph partitioning, and a traversal algorithm that exploits the regular patterns of the answers of ECSP queries. EDP partitions the graph based on the labels of the edges. On demand, EDP computes specific sub-paths within each partition and updates its index. The computed sub-paths are cached and can be leveraged by future queries. To answer an ECSP query, EDP connect...

I have developed a program in intellij using javafx its only partially done but i need someone to develop a method in my program using my disjoint set methods which when user clicks on an object in the image it identifies similar objects in the image by colour and then return the image with squares around the similar objects . The image and program will be attached to this post

...Spectral Density, Wiener Filtering, Power and WSS Process Passing Through Linear Time-Invariant Systems o Definitions of power spectral density (PSD), and continuous- and discrete-time white noises o Joint stationarity of random processes o Random process passing through linear time-variant and linear time-invariant (LTI) systems o Linear MMSE estimation (Weiner filter) o Parallel processing of disjoint frequency bands  Processes with Independent Increments o Random walk and first-order AR processes o Levy processes (Poisson process, Wiener process)  Markov Chains o Transition matrix, stationary distribution o Characterizing chains by state diagrams...

i need a java programmer who is well proficient in the following topics: types of search, recursion, stacks and queues, sorting, tree data structures, avl trees, heap trees, hashing, disjoint set class, graph and direct acyclic graph algorithms. need the programmer for 5 hours to write multiple programs in the given amount of time. i need someone who is available on 9 sept from 10am to 3pm (indian standard time)

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

You should know the following topics: 1) R-way trie and ternary tree 2) Binomial heap and B-tree 3) Disjoint sets and quad tree

You are going to implement the disjoint set abstract data type using forest implementation.

Postcard size - company business PR design production request ————————— Work request: ————————— ★ Corporate color is green (it is OK if you use other colors too) ★ The following 4 business contents I want to publicize: *鉄筋探査、電気ケーブル探査（レーダ探査） *地中埋設物空洞探査・トンネル探査 *かぶり厚さ調査（電磁誘導法） * X線探査（エックス線透過法） ★ Comments I want to write (disjoint) *施工時に鉄筋等に当たってしまった場合、ご返金保障（一部）のプロ魂！ *探査と一式のご依頼は、コア削孔やアンカー打設も承ります！ ★ For submission, please use the original data of (ai) and high resolution (up to A3 size) JPEG data. ★ Postcard size 15.4 cm × 10.7 cm ★ Please use the photographic images that I will send to you later. —————— *I may request some editing...

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

...{7,135,263...} C[S(X)=5] = {11,43,75...} C[S(X)=7] = {15,143,271....} C[S(X)=5] = {23,55,87...} C[S(X)=59] = {27,27+2^59,27+2.2^59...} C[S(X)=56] = {31,31+2^56,27+2.2^56...} Note: its quite technical, u need to make sure no classes get duplicated they should all be DISJOINT. youll notice in the above example there is only 1 class for S = 4 but two for S=5 and S=7, this will happen but the important thing is they are DISJOINT (i.e contain no common integers) or their intersection is zero. the easieat way to find all the disjoint classes is to check from 3 up to ( 2 to power of S) - 1 e.g for S=5, we check from 3 up to 2^5 - 1 = 31 i.e from 3 to 31 we find the values 11 and 23 have S = 5. this is the only values from 3 to 31. so this means there is exactly 2 cl...

write a program for these time-traveling aliens that creates a maze in 4 dimensions, given the maximum size of any given dimension using the algorithm that arises from the disjoint data structure. Please review the attached file for further clarification of the project

Sarah has N numbers, all in the range 1, 2, ... 100. She wants to partition them into disjoint groups so that in the first group, the sum of the numbers is even, in the second group, the sum of the numbers is odd, and they alternate like that. What is the maximum possible number of groups Sarah can form?

...multiplied by the last box of subsequence B. The second box of subsequence A is to be multiplied by the second last box of subsequence B and so on. All the products thus obtained are then added together. If the participant is able to find the correct such maximum summation, he/she will win the game and will be awarded the food voucher of the same value. Note: The subsequences A and B should be disjoint. Example: Number of boxes, N = 8 The order of the boxes is provided below: 1 9 2 3 0 6 7 8 Subsequence A 9 2 3 Subsequence B 6 7 8 The product of the subsequences will be calculated as below: P1 = 9 * 8 = 72 P2 = 2 * 7 = 14 P3 = 3 * 6 = 18 Summation, S = P1 + P2 + P3 = 72 + 14 + 18 = 104 This is the maximum summation possible as per the requirement for the given N b...

I have code snippet, that needs to traverse all edges with BFS. Simple code snippet should be completed.

...free (free for allocation to another variable in a forthcoming allocation request). The symbol table entry corresponding to this variable is also deleted. The allocation and deallocation requests may come in any order, and a possible complication your project needs to handle is the scenario where there may not be enough contiguous memory required for the new variable though the free memory from disjoint chunks may total up to a value higher than the requested amount. For easier design and testing, you may make the following simplifying assumptions: 1. The pool of memory is very limited, say 2048 bytes 2. The pool is partitioned into small chunks of equal size (say, 32 bytes each so that in a pool of 2048 bytes, there will be 64 chunks). 3. Though the memory requests could come f...

...free (free for allocation to another variable in a forthcoming allocation request). The symbol table entry corresponding to this variable is also deleted. The allocation and deallocation requests may come in any order, and a possible complication your project needs to handle is the scenario where there may not be enough contiguous memory required for the new variable though the free memory from disjoint chunks may total up to a value higher than the requested amount. For easier design and testing, you may make the following simplifying assumptions: The pool of memory is very limited, say 2048 bytes The pool is partitioned into small chunks of equal size (say, 32 bytes each so that in a pool of 2048 bytes, there will be 64 chunks). Though the memory requests could come for any si...

...free (free for allocation to another variable in a forthcoming allocation request). The symbol table entry corresponding to this variable is also deleted. The allocation and deallocation requests may come in any order, and a possible complication your project needs to handle is the scenario where there may not be enough contiguous memory required for the new variable though the free memory from disjoint chunks may total up to a value higher than the requested amount. For easier design and testing, you may make the following simplifying assumptions: The pool of memory is very limited, say 2048 bytes The pool is partitioned into small chunks of equal size (say, 32 bytes each so that in a pool of 2048 bytes, there will be 64 chunks). Though the memory requests could come for any si...

...free (free for allocation to another variable in a forthcoming allocation request). The symbol table entry corresponding to this variable is also deleted. The allocation and deallocation requests may come in any order, and a possible complication your project needs to handle is the scenario where there may not be enough contiguous memory required for the new variable though the free memory from disjoint chunks may total up to a value higher than the requested amount. For easier design and testing, you may make the following simplifying assumptions: The pool of memory is very limited, say 2048 bytes The pool is partitioned into small chunks of equal size (say, 32 bytes each so that in a pool of 2048 bytes, there will be 64 chunks). Though the memory requests could come for any si...

...older project with node/ember dependency but getting lots of errors trying to load them. Need some one that can update project to latest versions to make usable again. Here is paste for the modules in the file "body-parser": "^1.12.2", "brace-expansion": "^1.1.6", "broccoli-asset-rev": "^2.0.2", "broccoli-jscs": "^1.1.0", "connect-restreamer": "^1.0.2", "disjoint-set": "^1.1.8", "ember-browserify": "^1.2.1", "ember-cli": "1.13.14", "ember-cli-app-version": "0.3.3", "ember-cli-babel": "^5.0.0", "ember-cli-bootstrap-breakpoints&qu...

I'm trying to implement kruskal's algorithm in java, using a disjoint set data structure. I cannot use native types of java language. The project is almost finished and the code is almost done. Unfortunately i'm getting strange results in the mst generated and i'm searching for someone that could help me making it return the right values... I basically need someone to optimize my algorithm while i'm working on another project.

we will perform some experiments with Hash Table, Disjoint Set, and Graph algorithms. You may use the source codes that we have created in the lab exercises folder of the Q1. [5 marks] We have discussed Disjoint Set ADT in the lab. It performs “union” and “find” operations. In a simple implementation of union operation, it changes the parent of one set to another set without considering any weight factor of the parent. This can create a skewed tree and search may become inefficient. Create a DisjointSetADT class with “Union” and “Find” operations. In the union operation consider the weight of the parents and make the heavier set as the parent set of the lighter set. Q2. [5 Marks] Given an array of characters, give an O(n) algor...

we will perform some experiments with Hash Table, Disjoint Set, and Graph algorithms. You may use the source codes that we have created in the lab exercises folder of the Q1. [5 marks] We have discussed Disjoint Set ADT in the lab. It performs “union” and “find” operations. In a simple implementation of union operation, it changes the parent of one set to another set without considering any weight factor of the parent. This can create a skewed tree and search may become inefficient. Create a DisjointSetADT class with “Union” and “Find” operations. In the union operation consider the weight of the parents and make the heavier set as the parent set of the lighter set. Q2. [5 Marks] Given an array of characters, give an O(n) algor...

This project mainly concentrate on searching a disasterous area to find the nodes/affecties on ground and provide them communication facilities through UAVs/Drones. A detail description about the project is given in the document.

Given a complete probabilistic network G =(V,E,l) (i.e. with each edges e weighted by a likelihood  l(e) being a transmission link, e.g. l(e) ~ 1/d(e)), an α-spanning subnetwork (where α by defa...at least α% of the total likelihood of G-edges cut. We want to find minimum α-spanning subnetwork, which is the one with the minimum number of edges. Problem of finding α-spanning subnetwork. We can solve this problem either by ILP or by the following greedy heuristic: N <- empty α-SPAN: Sort all edges in ascending order of likelihoods l(e) Delete edges until vertices are partitioned into two disjoint vertex subsets X and V-X Sort all edges between X and V-X by likelihood in descending order and add them to N until  α% of the total li...

Apply the graph data structure created in my attachment(correct it, because random generation is with errors, it should be that each graph vertex has no more than kmin and no more than kmax vertices neighbours, kmin and max are input ...algorithm. Print the number of individual trees and display the resulting trees separately, either graphically or with vertices with edges. One way to do this is by every union During the operation, track the number of individual components, and the simple way to get a non-union graph - to combine several separately generated graphs. The Kruskal algorithm uses the structure of non-connected set data (disjoint-set data structure) must be fully programmed by you (without using standard packages) structure). Also print the generated graph(manual and r...

I need prolog logic that determines if two lists have any elements in common. For example, if I have a list containing numbers [2,4,5,6,8] and a second list containing numbers [1,3,5,6,9] this will return true because they have 5 and 6 in common. However, [1,2,3] and [5,6,8] will return false because there are no commo...example, if I have a list containing numbers [2,4,5,6,8] and a second list containing numbers [1,3,5,6,9] this will return true because they have 5 and 6 in common. However, [1,2,3] and [5,6,8] will return false because there are no common elements between these lists. ex: ?- similarity([2,4,5,6,8], [1,3,5,6,9]). true. ?- similarity([1,2,3], [5,6,8]). false. NO BUILT IN LOGIC. that includes disjoint, membership, intersection, etc. I NEED THIS ASAP, BY TOMORRO...

Apply the graph data structure created in my attachment(correct it, because random generation is with errors) with graph operations (edge mapping, etc.), random graph generation algorithm, and manual input for weight graph when weights are healthy positive numbers. Use a non-aligned non-or...algorithm. Print the number of individual trees and display the resulting trees separately, either graphically or with vertices with edges. One way to do this is by every union During the operation, track the number of individual components, and the simple way to get a non-union graph - to combine several separately generated graphs. The Kruskal algorithm uses the structure of non-connected set data (disjoint-set data structure) must be fully programmed by you (without using standard packages) s...

You need to have understanding in algorithms - computer science. Deep learning approaches for object detection. Read the following two papers: will be given Write a report to 1) summarise the algori...Deep learning approaches for object detection. Read the following two papers: will be given Write a report to 1) summarise the algorithms in these two papers; 2) explain the limitations of the algorithms; 3) suggest possible improvement on these two algorithms; and 4) compare them with R-CNN, Fast R-CNN and Faster R-CNN. The Bitcoin peer-to-peer network suffers an outage that splits it into two disjoint parts of approximately equal size. Discuss the likelihood of a successful double-spend attack if the time taken to fix the network problem is: 1. Five minutes. 2. Twenty minutes. 3. ...

I need a help with a little project. The instrucctions are in the pdf attached. Modeling the following problem and then programming in MiniZinc: 1 Description of the Problem A large number of typical data analysis problems appearing in medicine and in numerous other areas can be formulated in the following way. Consider a dataset consisting of two disjoint sets O+ and O- of t-dimensional boolean vectors. For instance, with t = 8 we may have, O+ = {(0,0,1,0,1,0,0,0),(1,0,1,1,0,0,0,1),(0,1,0,1,0,0,1,1), (0,1,1,0,1,1,0,1),(0,0,1,0,1,1,1,1)} and O- = {(1,1,0,0,1,0,1,1),(0,1,0,0,1,1,0,0),(1,0,0,1,1,0,0,1)} Typically each vector appearing in the dataset corresponds to a patient or a set of similar patients, the vectors in O+ corresponding to patients having a specific medical condition...

I need a help with a little project. The instrucctions are in the pdf attached. Modeling the following problem and then programming in MiniZinc: 1 Description of the Problem A large number of typical data analysis problems appearing in medicine and in numerous other areas can be formulated in the following way. Consider a dataset consisting of two disjoint sets O+ and O- of t-dimensional boolean vectors. For instance, with t = 8 we may have, O+ = {(0,0,1,0,1,0,0,0),(1,0,1,1,0,0,0,1),(0,1,0,1,0,0,1,1), (0,1,1,0,1,1,0,1),(0,0,1,0,1,1,1,1)} and O- = {(1,1,0,0,1,0,1,1),(0,1,0,0,1,1,0,0),(1,0,0,1,1,0,0,1)} Typically each vector appearing in the dataset corresponds to a patient or a set of similar patients, the vectors in O+ corresponding to patients having a specific medical condition...

...a”: Output the rank of a if a is a valid element. Output −1 otherwise. All output lines have to end with a ‘n’ character. Implementation rules • When the request “N n” is given, you’ll create n singleton sets namely {1}, {2}, . . . , {n} and each element will be the representative of its own singleton set. Discard the previous collection of sets if any. • The sets have to be stored using the disjoint forest implementation. • Use an array of pointers to have random access to the node corresponding to each element. • When the request “U a b” is issued, let the sets containing a and b be Sa and Sb with representative elements ra and rb respectively. You have to perform a union of the sets Sa and Sb and remove...

I need several algorithms to find K-Partially Disjoint paths in a given graph. I need to compare these algorithms myself to find which one is the best for my project. Thus, I need you to provide me with the reference papers and their implementations in Python. For the proposal, list the algorithms that you will implement and their reference papers.

I'm after an alorithm to find all pairs of nodes in a graph(unoriented and connected) with minimum time complexity.

Hi, I need help with Data structures and Algorithms like Linked Lists Trees Balanced Trees Stacks Queues Heap Disjoint Set Multiple Choice Trie In Algorithms I need help with: Sorting Search Graph Theory Greedy Dynamic Programming Constructive Algorithms Bit Manipulation Recursion Game Theory NP Complete

Hi, I'm looking for some who can implement a method of segmentation that works reasonably good for noisy volumetric images (CT scans of foot. 512 px x 512 px x 512 px). Input is contiguos array of bytes representing voxel intensities arranged in 3D space. Output should be array of the same length containing label for each voxel. It is necessary to label disjoint regions containing the same tissue with the same label. Method does not have to be fully automatic, but we want to limit it to one-two human operator actions (Modification of region growing algorithm variant should be fine here, but vanilla region growing does not work well). In case of doubt we want the algorithm to tend to oversegment. If you have algorithm you know will work well don't hesitate to use it straig...