3. A NOVEL (D-SHUFFLE) SORTING TECHNIQUE USING DIVIDE AND CONQUER TECHNIQUE 3.1 Introduction Sorting has been analyzed by computer scientists for decades, and thus it is an ideal subject to begin with when studying computer science. Sorting is done with algorithms, which are a set of specific commands that are followed in a certain order to complete a task. To study sorting, must first be comfortable with iteration and recursion. These two terms designate the ways tasks are repeatedly performed
[SORTING ALGORITHMS] In this assignment, insertion sort will be investigated to understand how it works and what performance can be expected of it. The information found in this assignment will answer questions people have about the sort. A controlled test was done and the results were quite surprising. Introduction Ever wondered which types of sorts work more efficiently than others under certain conditions? In this report, light will be shed on the types of insertion sorts that exist
algorithm known as the ‘Quicksort’. Quicksort is a popular and speedy sorting algorithm that is the multi-purpose, sorting algorithm of choice for many mathematicians and computer scientists. Though of course the choosing of an algorithm comes down to which algorithm is best suited to the clients needs, and is dependent on the specific set of data to be sorted, Quicksort has proven to fulfill the required criteria on many occasions. C.A.R. Hoare developed the Quicksort algorithm in the year 1960
Fang Cheng Leu, Yin-Te Tsai, Chuan Yi Tang [2000] have proposed an effective external sorting algorithm. This algorithm utilization Divide and Conquer procedure. This paper exhibits an ideal external sorting algorithm for two-level memory model. This system is not the same as the universal external merge sort and it utilizes the examining data to decrease the circle I/os in the outside stage. The algorithm is proficient, straightforward and it makes a great utilization of memory accessible in the
My Plans for Postgraduate Studies and Career Interests With a four year degree in Computer Science and Engineering and after working in software industry for some time, Now I’m intended to pursue my long term goal in academics, which is to obtain a Master degree and possibly to aim for PhD relating to my preferred research area. With the enthusiasm to learn and explore the area of parallel and distributed computing, I want to achieve my Master degree specialized in relevant field. I envision myself
algorithms. Knuth divides the taxonomy of sorting... ... middle of paper ... ...s E. Leiserson, Ronald L. Rivest, and Clifford Stein. Introduction to Algorithms, Second Edition. MIT Press and McGraw-Hill, 2001. ISBN 0-262-03293-7. Section 7.1:Quicksort, pp.145–149. [11] Cocktail_Sort(2009), Cocktail Sort, http://en.wikipedia.org/wiki/Cocktail_sort Accessed December 25, 2009. [12] Shell _sort, (2009), Shell Sort. http://en.wikipedia.org/wiki/Shell_sort, Accessed January 12, 2010. [13] Cormen