Arrays and Time Complexity Implementation Solutions in C#

Arrays and Time Complexity Implementation Solutions in C#
[ARRAY – PART 1]
Deep dive into Pythagorean triplet’s algorithms, 2nd Largest algorithms, local minima, local maxima and local extrema algorithms, Algorithms for getting array positions based on its elements, Missing element/s algorithms, Remove duplicate elements’ algorithms, Missing & repeated elements’ algorithms, Two missing numbers’ algorithms, Triplet sum that match target’s algorithms, and Moving all zeros to the rear algorithms are a few of the topics included.

This e-book is all about Arrays and how to use arrays in various time complexity scenarios situations, to solve real-life problems. It illustrates the common, and essential data structures algorithms, underscoring array processing with time complexity. It also details, with examples, how to go about creating step by step algorithm solutions, for solving array
data-structure problems, such as Finding in basic and complex arrays, Pythagorean triplets (Using a 4-Algorithm Approach: Simple, Sorting, Hashing-Like, and HashSet algorithms, and when to use them), Finding the 2nd Largest Number in basic and
complex arrays (Using a 3-Algorithm Approach: Simplest, Better than Simplest, and Most-Efficient algorithms), Finding in basic and complex arrays, local minima (defined as a number in an array, that is less than both of its neighbours, on its left and right), local maxima (defined as a number in an array, that is greater than both of its neighbours, on its left and right), and local extrema (defined as any number in an array, that is a local minima or a local maxima), Getting array positions based on its elements in basic and complex arrays, Finding in basic and complex arrays, missing element/s, How to remove duplicate elements in basic and complex arrays, How to find in basic and complex arrays, the missing and repeated elements, How to find in basic and complex arrays, two missing elements, How to find, in basic and complex array, triplet elements, whose sum matches or equals to any given target number, Finding in sorted & unsorted basic and complex arrays, two (2) elements whose sum equals to any given target number, Moving all zero values to the right in basic and complex arrays. These are just to summarise a few of the topics in this book. It also uses one of the world’s most popular programming language (C# – pronounced C-Sharp) to describe how it can be applied or implemented by beginners, developers, and novices alike, for the real-life scenario solutions, and it includes comprehensive asynchronous C# implementation and Test code, with useful reference points. Note: All C# code are written as asynchronous code. The book also offers the opportunity to learn asynchronous task process implementation methods in C#.

This book not only serves as a first-hand personal reference guide, for anyone that may need it, or has to tackle solution/s involving array data structure algorithms, but also useful for novices, beginners and software developers. It provides a comprehensive list, and down to earth step by step algorithms, of how to handle, time complexity with arrays, and how to learn and write asynchronous task process programming in C#, and how to turn them into viable implementable real-life solutions.