Algorithm Essays

The exponentiations calculation of the form Cd mod n takes time O(logdM(n)), here M(n) is the cost of multiplying two n-bit integers and can be as O(log2 n). As soon as d = O(n), all these algorithms take time O(log3 n). CRT-RSA has dp = dq = O(√(n)) (so that log dp = log dq = O(log(n)/2)), for an overall cost of O(2(log(n)/2)3). This gives the Equation (15), with 4 times efficiency. Mprime RSA just extend the CRT-RSA for the decryption like it calculates like Equation (16)

result. Many algorithms are used to solve travelling salesman problem. Some algorithms give optimal solution but some other algorithms gives nearest optimal solution. The genetic algorithm is a heuristic method which is used to improve the solution space for genetic algorithm. The genetic algorithm results in nearest optimal solution within a reasonable time. This paper mainly focuses on various stages of genetic algorithm and comparative study on various methods used for genetic algorithm. The paper

This week as always starting by reading about the conditions and recursion. It seems like too easy when it reading, but on practice have challenged. I think the condition and recursion are very important to change algorithm into a program. After that, I tried to do the assignment which was the week challenge. I forget to do self-quiz this week because I just focus on to resolve the assignment. Before I have started the assignment, I had to think again and again how to starting because I know I should

Algorithms play a huge role in our lives, shaping decisions that impact individuals and societies at large. In Cathy O'Neil’s book "Weapons of Math Destruction," O’Neil highlights three important factors that define the potential destructiveness of an algorithm. These factors are opacity, scale, and damage. Throughout this essay, we are going to explore specific examples of both transparent and opaque algorithms, as well as algorithms with varying scales of impact, to highlight their potential consequences

My mother entered my bedroom and immediately her face widened in absolute shock. “What did you do?” I froze, panicked. I had been discovered. Twelve-year-old me was sitting on the bedroom floor when she had come in. Before me was a disfigured mess of what had been one of those boxy computer monitors. The internal wires and hard drive were scattered across the floor and the circuit boards lay in a small pile together. I had been planning this endeavor for quite a while, spending weeks evaluating

For as long as I can remember, coding has been my background, my identity, my interest and my talent. It has been a journey that I began back in the ninth grade; a never ending affair for the world to see. The first thought I have upon waking and the last thought before my daily rest.¬ Code is the only thing in my life, that has always completed the tasks given to it, was never lazy and it never let me down. It is a very interesting story actually. It was the sixth grade, the year of my Grade Six

ProgramDescription: We are making a program that would allow a user to enter student names and Final grades (e.g. A,B,C,D,F) from their courses. we do not know how many students need to be entered. we also do not know how many courses each of the students completed. I am Designing my program to calculate the Grade Point Average (GPA) for each student based on each of their final grades. The program is output the Student name along with the GPA. Analysis: We can make this program by simply calculating

Supporters of computationalism and strong artificial intelligence claim that computers are capable of intelligence and other cognitive states if they are programed correctly. Therefore, computers can explain how human cognition performs. I contend that John Searle is correct in his claim that computers are incapable of understanding language and are, therefore, unable to explain human cognition. I begin the essay with Searle’s Chinese room argument, and explain how he uses it to prove that computers

I have had a strong inclination and passion for the field of analytics and computing, right from high school years through university and into my working career. My passion towards computers started with my introduction to the computer programming language BASIC in grade 6th where I created simple routines to understand programming. In high school I took my interest forward and elected for computer science as one of my primary subjects. At the time Object Oriented and high level programming languages

\subsection{Creation of Matching Entries ({\it MakeMatchingEntries'})} \label{sec:make-matching} \label{sec:match} Procedure ${\it MakeMatchingEntries'}$ takes a decoding entry set and a pattern as input and outputs a newly created set that contains the entries that match the input pattern. Note that not every entry in the newly created set is the same entry in the input entries because the exclusion conditions were modified. The exclusion conditions that are invalidated by the input pattern are

Ada Lovelace, she was an English mathematician who was mainly known for her work on Charles Babbage’s computer, the Analytical Engine. Her notes on the engine include what are recognized as the first theories for looping, Bernoulli numbers, and algorithms. Due to her contributions in programming, the computer programming language was named after her, “Ada”. Her mathematical talents were polished from childhood, and she is considered the mother of computer programming because of intellect stemmed

The ACM, also known as the Association for Computing Machinery, is an organization built to join computing educators, professionals, and researchers in tackling common problems in the field. Created in 1947, the Association was born out of an increased interest in computing, that began after rudimentary enigma machines were used by the Allies in WW2, and meetings at top tier universities demonstrated the capabilities of computers. The purpose of the organization, stated in 1945, was to "advance the

III. MEHOD 　When we are designing pose using existing software, prepared 3DCG character's joint onto computer, which we will design a pose while operating using mouse little by little.　This is also many very time-consuming work effort. As this research, we use skeleton figure for posture design. The skeleton figure because the user can directly touch own hands, it is possible to intuitively poses design. After pose design, to take a picture of it. This photo become the input image. And this pose

, and forehead. The local feature that is mainly used here is wrinkle feature of some particular portions of the face like forehead region, eye corners regions, eyelids, mid of eyebrows. Using five distance values, six features namely feature 1 to feature 6 are calculated in the following way: Feature 1 = (left to right eye ball distance) / (eye to nose distance) Feature 2= (left to right eye ball distance) / (eye to lip distance) Feature 3= (left to right eye ball distance) / (eye to chin distance)

am Jones Junior Full Stack Web Developer Projects | Skills | Education | Experience | Interests | Blog I’m an ambitious and conscientious Full Stack Junior Developer, seeking a London-based role where I can consolidate and extend my existing knowledge. Following time spent living in Japan and a stint working for a charity, where I was able to develop strong project management, communication and organisational skills, I have spent the past five years in the education sector, qualifying as a key

When an Eighth grader, I wrote my first program – a basic theme-page cover of a daily science and technology journal, using HTML. Since then, I have participated in several intra and inter-school computer science competitions. Attending the workshop on ‘Ethical Hacking and Information Security’ in December 2011 exposed me to the intriguing world of virtual theft and penetration. I discovered the world of robotics, where AI played an important part, in 2013, when I partook in a national level, inter-school

According to Dr. Jose Rizal “Ang kabataan ang siyang pag-asa ng bayan” that’s why education should be plan wisely. Having a good quality of education is having a powerful community; if people in the community are educated then economy will be better. If we want to have a better economy of coarse we should have knowledge and skillful graduates that industry needs. To meet the goal we must improve our education system and the key to that is to implement and support k-12 K-12 was implementing starting

Grace Hopper- The First Lady of Software Grace Brewster Murray Hopper (December 9, 1906 – January 1, 1992) was an American computer scientist and the United States Navy Rear Admiral. Hopper is the first lady of the software world. She helped develop a compiler that was a pioneer to the widely used COBOL (an acronym for Common Business-Oriented Language) language. Summary Grace Hopper was born in New York City in 1906. In 1944, she joined U.S Navy during World War II and was assigned to program

The individual that I have chosen is Ms. Helen Greiner whom is also known as Helen Valerie Davis Grenier, who is also a leading entrepreneur worldwide. Helen Greiner was born in London, England in the year 1967. Since the early age, Helen developed interest to electronics and gadgets where she often gets jealous of her elder brother’s collection of controlled cars and electronics set. In the year 1977, when Helen went to the movies, little she knew, the movie she was about to watch will turn into

Ada Lovelace grew from a financially well-off upbringing; her father was the famous poet, Lord Byron and her mother was a baroness. Even though her father separated from Lovelace’s mother, that did not stop her mother from attempting to provide Ada Lovelace with the most advanced education. The baroness encouraged science and mathematics, while she discouraged literature. Lovelace became extremely gifted in mathematics and would eventually lead a legacy in computer science and women in technology