Computer Technology Contributions

In a world that is currently dominated by computers, it’s hard to imagine what it was like before they were invented. Though computers only began having a major influence in the last 60 years, the idea for them was first conceived almost 200 years ago. This technology would not have been possible without the work of Ada Lovelace, who is considered one of the pioneers in the field of computer programming. She had a vision of the possible benefits and capabilities of a computing machine. Even though she would never see her vision become a reality, her legacy and work had a lasting impact on the future of technology. However, during her lifetime she experienced multiple setbacks in pursuing her education

Ada Lovelace, in full Ada King, countess of Lovelace, original name Augusta Ada Byron, Lady Byron (born December 10, 1815, Piccadilly Terrace, Middlesex [now in London], England—died November 27, 1852, Marylebone, London), English mathematician, an associate of Charles Babbage, for whose prototype of a digital computer she created a program. She has been called the first computer programmer.

Ada understood the working and the potential that went along with the Analytical Machine and had been interested it for 10 years. In 1843, Ada had come to translate a paper written by an Italian mathematician and engineer. She translated the paper from French to English, describing a machine’s function that Babbage invented. According to Ada’s notes, “The distinctive characteristic of the Analytical Engine, and that which has rendered it possible to endow mechanism with such extensive faculties as bid fair to make this engine the executive right-hand of abstract algebra, is the introduction into it of the principle which Jacquard devised for regulating, by means of punched cards, the most complicated patterns in the fabrication of brocaded stuffs. It is in this that the distinction between the two engines lies. Nothing of the sort exists in the Difference Engine. We may say most aptly that the Analytical Engine weaves algebraical patterns just as the Jacquard loom weaves flowers and leaves.” (p.696) Her notes were published under the initials, A.A.L (Augustus Ada Lovelace). Though her friends knew the initials, by this time her health had

“Grace Hopper was known as “Amazing Grace”, the “Grand Old Lady of Software”, the “First Lady” of data processing, the “Mother of Modern Naval Computing” and Grandma COBOL. She was utterly dedicated to the service of her country and served in the U.S Navy for forty-three year, rising to the high rank of rear admiral. She was a mathematical genius at a time when women weren’t even expected to go to college, achieving honors and degrees that only a few other women of her time managed to accomplish. She was instrumental in developing many of the vital procedures that have made modern computers possible. In this field she has a long string of first and unusual accomplishments, from being the first woman to program the first computer in the United Staes to being the first woman and sometimes the first American to win certain

Countess Ada Byron Lovelace, known as the enchantress of numbers, was an English writer and mathematician from the 19th century. She is best known for her mathematical translations that technically started the very first computer codes. Her writing skills were nurtured by her father, a famous poet named Lord George Gordon Byron. Lovelace's mother had extensive mathematical training and ensured that her daughter received the best math and science education. After her schooling years, Lovelace became acquainted with a great scientist, inventor, and philosopher by the name of Charles Babbage. He created the first analytical engine; however, he was not able to complete the project until Lovelace provided the algorithms needed for the machine to

Ada Lovelace – born Augusta Ada King-Noel, Countess of Lovelace in 1815 – is widely considered to the world’s first programmer. Being the daughter of the famous poet Lord Byron and Lady Byron, Ada Lovelace was afforded the ability to study math and science from a young age. This was a rare affordance, even for women from aristocratic families. At 17, Ada met another famous figure of computer science, Charles Babbage, who helped shape the work she would do. Unfortunately, Ada spent much of her life in poor health due to contracting cholera at the age of 22 (Biography.com Editors, "Ada Lovelace Biography", 2016). Despite the obstacles, Ada Lovelace has gone down in the annals of history as one of the founders of computer science.

I became fascinated with Ada Lovelace's story due to her contribution to the Babbage project. Without her dedication and hard work, the computers we own today would be less useful. The studies she accomplished led other scientists to develop more useful aspects of the computer. Her research led to multiple ways of reading data, storing data, and synthesizing music via computer programs. Although Charles Babbage took most of the credit for inventing the actual analytical engine, without the mathematical knowledge of Ada Lovelace the machine would not have functioned and flourished. I chose this book because I believe Ms. Lovelace's perseverance for learning math and giving life to the very first computer should be acknowledged by

What would you do if you were faced with a system that you weren’t satisfied with? Would you just accept the system? Would you look for a new one? Linus Torvalds found himself in that situation while in college. His solution: create his own. Due to my research, I believe that I am able to touch upon the life of Mr. Torvalds, and the creation for which he is most widely known. It is my hope to commemorate Mr. Torvalds and his work. The efforts put forth by Linus Torvalds have changed computing in a large way, and for those with an interest in computers, few can claim such significance as he.

Charles Babbage is recognized as “The Father of Computing”. He developed the concept of a digital programmable computer. Charles contrived the concept called the Analytical Engine and it hailed as the first general-purpose computer concept. The Analytical Engine serves to be the signature of computer technology; nevertheless, this computer concept was the evolution that began the inventions of computers. Whereas the 1st generation of computers served in the early 19th century, it expanded throughout the generations; thus, evolving into computers people know today. In the 21st century not computers, but technology itself are highly known to be used everywhere. The advancement of technology within the 21st century does not just go into using computers; furthermore, it goes to using cell phones, tablets, pcs, laptops, desktops, wearable devices, such as smartwatches and activity trackers, etc. Computers are disbursed within workplaces, such as colleges, high schools, and even hospitals.

After two years, she walk around using her crutches. When Ada was eight years old, she often had experienced headaches that would disturb her sight. Throughout her childhood and adolescence, her tutors and teachers still taught her about math and science to keep her mind off of all her illnesses. In Augusta’s teen years, specifically age 17, she met Charles Babbage who was a renowned scientist and mathematician in 1833. They befriended each other and he inspired Ada to study more advanced mathematics at the University of London. She was taught by Mary Somerville, William King, William Frend in the science and mathematics field. She wrote paper and did projects in school and also wanted to make a model on “how the brain gives rise to thoughts and nerves to feelings” (Wikipedia, Ada Lovelace). And despite her gender, she excelled in science and mathematics. Which made her mother proud, knowing her daughter would turn out nothing like her father. In nine months, Ada had translated Luigi Menabrea article about the Analytical Engine. She had to rely on her knowledge to get most of it translated and it turned out longer than the original

In a world that is dominated by men, there were few women who could stand up and be noticed in the earlier years. In the early nineteenth century, Ada Augusta Byron Lovelace, made herself known among the world of men and her work still influences today's world. She is considered the "Mother of Computer Programming" and the "Enchantress of Numbers." The world of computers began with the futuristic knowledge of Charles Babbage and Lady Lovelace. She appeared to know more about Babbage's work of the Analytical Engine than he himself knew. During the time of Lovelace's discoveries, women were just beginning to take part in the scientific world, although the attitude towards women and education was that women should not exceed or match

Ada Lovelace was encouraged to be a mathematician from her mother who studied math and was firm that Ada should not become a poet like her father. She bonded with Charles Babbage, inventor of the calculator, by working with him.

Computers were a huge introduction into the world in 1950s. By 1975 they were able to be used by many people and not just large companies. Computers have progressed so much over the years that it has contributed to many things (History, Development). Computer technology is the most important invention in history because it helped shape the modern world. Computer technology helps expand businesses. Advertising is a major way that computers technology has helped expand businesses. Computer technology has also helped the medical field progress. One way it has helped the medical field progress is that it has allowed doctors to communicate and share information with one another in short amounts of time. Lastly, computer technology helps to keep people informed. A major way it keeps people informed in our world today is politically.

It is universally agreeable that with the advent of Computer technology, every ambitious and enthusiastic individual is really obsessed with the idea of doing computer science at graduate level because it seems to have created a zeal and enthusiasm in the hearts of youth, particularly those who aspire to be marked as high achievers. I, for one, seem to have been enchanted by these computer applications as they have made the world smaller, speaking in terms of globalization. I have no hesitation to add that core computerization alone is the suitable answer to all the areas unexploited and to the areas waiting for development. It has always been a fascination for me about how computers work, how these applications are designed and what can be the newer ways to explore the world of computers to make our world better. This interest became a passion for me when I was exposed to computer science basics, during my middle school. Pursuing computer science engineering at undergraduate level, further propelled my passion for computer science along with providing me a deeper insight and in-depth understanding of the subject. After completing my under graduation in Computer Science, I am willing to expedite my research interest and a masters degree seemed the most appropriate choice for realizing my aspirations.

There are 7 individuals on the planet who hold the "key to the web." If in the occasion of a significant disaster the web is closed down these key holders will together have the capacity to reboot an essential piece of the framework. Computers are a radiant deed of engineering. They have developed from straightforward number crunchers to machines with numerous functions and abilities. Computers have gotten to be common to the point that practically every home has no less than one computer, and schools discover them a decent hotspot for data and training for their understudies. Computers have made new professions and dispensed with others and have left an enormous effect on our general public. The development of the computer has incredibly influenced expressions of the human experience, the business world, and society and history in numerous diverse zones, yet to see how extraordinary these progressions are, it is important to examine the sources of the computers. Innovation has changed the world and the future holds greater creations for every one of us. Numerous individuals have helped innovation. Three of the numerous individuals who have helped engineering are Tim Berners-Lee, Steve Ballmer, and Linus Torvalds. Without specific individuals we may have not seen a large portion of these new advances turning out so soon, but I believe the future holds more.