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Algorithm Assignment Help Expert and Online Helper

Florida, USA

Bonner G

PhD. in Programming, University of Central Florida, USA

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Algorithm Assignment Help Expert and Online Tutor

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My name is Bonner an ex-professor in one of the universities here in Florida. I started working as an algorithm assignment helper twenty years ago, which has given me enough experience in tackling different algorithm projects. Though my area of expertise is providing help with programming algorithm homework, I also offer online classes to those who would like professional guidance preparing for their exams, understanding how different algorithms work, or just extra learning in this academic area. With me, you not only get to submit state-of-the-art-assignment solutions but also learn the basics of doing these assignments by yourself in the future. Having been a professor in the past, I know what lecturers look for in an algorithm assignment, hence I believe I would be the best person to handle your programming algorithm tasks.

Randomized Algorithm homework helper

Are you struggling to complete your challenging randomized algorithm homework? If yes, hire me for help. I am an experienced randomized algorithm homework helper offering peerless solutions to students. Randomized algorithms are used to make the right decisions both accurately and logically. You will enjoy original work by hiring me to do your randomized algorithm assignment since I do all assignments from scratch. What is more, I am aware of how institutions are strict with deadlines. I, therefore, ensure that all assignments are ready for submission before the stated deadline. Therefore, think of me if you are looking for an effective, available, and dependable tutor to work on your randomized algorithm assignment. I will deliver the best quality of work at a pocket-friendly price.

Experienced Backtracking algorithm Lecturer

In the backtracking algorithm, a single move is selected from many moves. If you solve your problem accurately, your move is picked, and if your solution is not correct, it is backtracked and another move selected. It is a challenging topic that requires one to be well prepared to tackle all its assignments successfully. The good news is that I am here to give you a helping hand. Over the years I have been working in this field, I have obtained tremendous experience, and therefore I can guarantee you a top grade. Thus, instead of struggling with your challenging assignment, reach out to me for high-quality, affordable, and original solutions.

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Is your greedy algorithm assignment stressful? Are you looking for an experienced greedy algorithm assignment solver to complete your assignment? Worry no more because you just found me. I am a full-time assignment solver with tremendous experience in greedy algorithms. Over the years, I have worked with hundreds of students, helping them score better grades on this topic. I take time to understand each assignment and do it from scratch. I have never recycled an assignment, and therefore, by hiring me, you are assured of plagiarism-free solutions. Entrust me with the responsibility of completing your assignment and stay stress-free as I work on your assignment. Reach out to me at any time of the day and have your assignment completed before the deadline.

Optimization Algorithm Instructor

An optimization algorithm is a procedure executed by comparing different solutions until a satisfactory solution is found. If you are having a hard time completing your assignment on this topic, I will help you. I have tremendous experience in the two types of optimization algorithms which are stochastic algorithms and deterministic algorithms.
  1. Deterministic algorithms – They use specified rules in moving one solution to another
  2. Stochastic algorithms - they are in nature with probabilistic rules and have several properties that deterministic algorithms do not have.
My solutions are simple and easy to understand, and therefore, you can use them to revise for your exams. Contact me with your assignment, and I will go through it and send you a free quotation. Hire me, and you will be assured of a top grade.
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Two-dimensional arrays

import java.util.Scanner; public class Assignment { public static void main(String[] args) { // TODO Auto-generated method stub Scanner sc = new Scanner(System.in); // We have 4 days, and 5 classes per day // Fill the lecture rooms String[][] Woodward106 = new String[4][5]; String[][] Cameron171 = new String[4][5]; // CSC110 is in mondays and wednesdays, at the first class of day Woodward106[0][0] = "CSC1100"; Woodward106[0][1] = "CSC1213"; Woodward106[0][2] = "CSC2175"; Woodward106[0][3] = "ENGL2116"; Woodward106[0][4] = "CSC3155"; Woodward106[1][0] = "CSC2200"; Woodward106[1][1] = "ITCS3688"; Woodward106[1][2] = "CSC3146"; Woodward106[1][3] = "MATH1241"; Woodward106[1][4] = "CSC3181"; Woodward106[2][0] = "CSC1100"; Woodward106[2][1] = "CSC1213"; Woodward106[2][2] = "CSC2175"; Woodward106[2][3] = "ENGL2116"; Woodward106[2][4] = "CSC3155"; Woodward106[3][0] = "CSC1100"; Woodward106[3][1] = "CSC1213"; Woodward106[3][2] = "CSC2175"; Woodward106[3][3] = "ENGL2116"; Woodward106[3][4] = "CSC3155"; Woodward106[4][0] = "CSC2200"; Woodward106[4][1] = "CSC3688"; Woodward106[4][2] = "ITSC3146"; Woodward106[4][3] = "MATH1241"; Woodward106[4][4] = "CSC3181"; Cameron171[0][0] = "ITIS3130"; Cameron171[0][1] = "ITCS3134"; Cameron171[0][2] = "ITIS3200"; Cameron171[0][3] = "ITCS3153"; Cameron171[0][4] = "ITIS3216"; Cameron171[1][0] = "ITCS2600"; Cameron171[1][1] = "ITIS3135"; Cameron171[1][2] = "ITCS3160"; Cameron171[1][3] = "ITIS3320"; Cameron171[1][4] = "ITCS3166"; Cameron171[2][0] = "ITIS3130"; Cameron171[2][1] = "ITCS3134"; Cameron171[2][2] = "ITIS3200"; Cameron171[2][3] = "ITCS3153"; Cameron171[2][4] = "ITIS3216"; Cameron171[3][0] = "ITCS2600"; Cameron171[3][1] = "ITIS3135"; Cameron171[3][2] = "ITCS3160"; Cameron171[3][3] = "ITIS3320"; Cameron171[3][4] = "ITCS3166"; // Now, ask student for courses int stop = 0; int N = 5; // number of courses to be entered while(stop == 0) { String courses[] = new String[N]; for(int i = 0; i< N; i++) { System.out.print("Enter course No. " + (i+1) + ": "); courses[i] = sc.next(); } // Now, check if the courses are valid booleanvalid_schedule = true; for(int i = 0; i< N; i++) { boolean valid = false; // Iterate through days for(int day = 0; day < 4; day++ ) { // Iterate through classes for(int cl = 0; cl < 5; cl++) { if(Woodward106[day][cl].toLowerCase().compareTo(courses[i].toLowerCase()) == 0 || Cameron171[day][cl].toLowerCase().compareTo(courses[i].toLowerCase()) == 0) // Course is valid { valid = true; break; } if(valid) break; } } if(!valid) // course not valid { System.out.println("Course " + courses[i] + " is not offered in the lecture rooms."); valid_schedule = false; } } if(!valid_schedule) { System.out.print("Some of the courses you entered are not valid. Do you want to enter the courses again? (y/n): "); String input = sc.next(); if(input == "n") stop = 1; } // At this point, we know that the courses are valid. Now, let's check if there is conflict with hours for(int i = 0; i< N; i++) { for(int j = 0; j < N; j++) { if(i != j) { String coursei = courses[i]; String coursej = courses[j]; // Check that both courses are not present at the same time for(int day = 0; day < 4; day++ ) { // Iterate through classes for(int cl = 0; cl < 5; cl++) { if(Woodward106[day][cl].toLowerCase().compareTo(coursei.toLowerCase()) == 0 || Cameron171[day][cl].toLowerCase().compareTo(coursei.toLowerCase()) == 0) // Course is valid { if(Woodward106[day][cl].toLowerCase().compareTo(coursej.toLowerCase()) == 0 || Cameron171[day][cl].toLowerCase().compareTo(coursej.toLowerCase()) == 0) // Course is valid { if(coursei.toLowerCase().compareTo(coursej.toLowerCase()) != 0) { valid_schedule = false; System.out.println("Courses " + coursei + " and " + coursej + " are time conflict."); break; } } } } } } } } if(!valid_schedule) { System.out.print("Some of the courses you entered are not valid. Do you want to enter the courses again? (y/n): "); String input = sc.next(); if(input == "n") stop = 1; } else { // The schedule is valid System.out.println("Congratulations! Your schedule has been settled!"); stop = 1; } } } }

Arrays and pointers in C++

#include <iostream> #include <stdio.h> using namespace std; class game_record { public: string game_name; int times_played; int highest_score; }; int main(int argc, char **argv) { int gameCount; cout<<"Enter total no. of games:"; cin>>gameCount; while(gameCount<=0) { cout<<"No. of games cannot be zero or negative. Enter new value"; cin>>gameCount; } game_record *all_games= new game_record[gameCount]; int currentGame = -1; bool isRunning = true; int *each_score; while (isRunning) { int yourOption; cout<< "Please select a choice:" <<endl; cout<< " 1. enter new game" <<endl; 2. update times played or high score" 3. see all game stats" 4. quit" "you choice: " ; cin>>yourOption; switch (yourOption) { case 1: if ((currentGame+1) == gameCount) { cout<< "You reach the limit of game. Game is reset!"; currentGame = 0; cout<<"Enter game name for "<<currentgame+1<<" game:"; fflush(stdin); getline(cin, all_games[currentgame].game_name); cout<<"enter no. of times you want to play for game"<<currentgame+1<<":"; cin>>all_games[currentGame].times_played; each_score=new int(all_games[currentGame].times_played); cout<<"Enter score for each game played"<<endl; for(int i="0;i<all_games[currentGame].times_played;i++)" cin>>each_score[i]; all_games[currentGame].highest_score=-1; } else { currentGame++; cout<<"Enter game name for "<<currentgame+1<<" game:"; fflush(stdin); getline(cin,all_games[currentgame].game_name); cout<<"enter no. of times you want to play for game"<<currentgame+1<<":"; cin> >all_games[currentGame].times_played; each_score=new int(all_games[currentGame].times_played); cout<<"Enter score for each game played"<<endl; for(int i="0;i<all_games[currentGame].times_played;i++)" cin>>each_score[i]; all_games[currentGame].highest_score=-1; } break; case 2: if(currentGame == -1) { cout<<"Please select a new game first"<<endl; break; } if (all_games[currentgame].times_played> 0) { for (int i = 0; i<all_games[currentgame].times_played; i++) { if (each_score[i]>all_games[currentGame].highest_score) all_games[currentGame].highest_score = each_score[i]; } } else { cout<< "Game "<<currentgame+1<<" was not played even once. please enter no. of times you want to play:"; cin>>all_games[currentGame].times_played; } break; case 3: if(currentGame == -1) { cout<<"Please select a new game first"<<endl; break; } if (all_games[currentgame].times_played> 0) { cout<< "The stats for game "<<currentgame+1<<": " <<endl; for (int i=" 0;" i<all_games[currentgame].times_played; i++) { cout<<i + 1 << play have score: <<each_score[i] } cout<< "highest <<all_games[currentgame].highest_score<<endl; " current game: currentgame+1 else "game " <<currentgame+1<<" was not played even once."; break; } case 4: isrunning="false;" "bye bye!" { default: "invalid choice. please try again." return 0; }