Summary Of ' The Great Grace Hopper '

Society is constantly changing at the speed of light. In the industrialized society we live in today, it is no surprise that people show such disregard for the past. Consequently, many people also fail to see the consequences of being too reliant on technology. The art to literature pair, “Edward Hopper and the House by the Railroad(1925)” by Edward Hopper and Edward Hirsch portrays people’s disregard for the past as new innovations arise. Edward Hopper implements a wide variety of visual effects like shading, color choice, and angling into his painting, House by the Railroad, 1925 to emphasize the house’s abandonment as a result of societal change. In addition, Edward Hirsch’s poem, “Edward Hopper and the House by the Railroad(1925)”,

Before NASA’s computers were made from metal and glass, they were made of courage and a mathematician’s brain. In the 1960’s humans sat down with a pencil and a piece of paper to calculate problems. Christine Darden was one of them. She started at Winchester Avenue High School and then went on to Virginia State College.

Grace Murray Hopper was a twentieth century U.S. Navy rear admiral and computer science pioneer whose advancements in programming languages and computer testing standards have provided the foundations for today’s information age. Furthermore, Admiral Hopper’s accomplishments continue to inspire young women to explore skills and professions in current and emerging technologies. Grace Hopper was born December 9, 1906 in New York, New York. As a child, she found interest in taking various items apart and reassembling them to discover how they worked. Hopper was greatly influenced by both her father and her grandfather.

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

Grace Hopper was born in 1906, in New York City. She would become one of the most renowned computer scientists and mathematicians in existence. Hopper majoring in both math and physics during her time at Vassar in 1928, afterwards she went on to study for two years until she received her Masters in mathematics at Yale. She became a mathematics teacher at Vassar College. She went into the Navy Reserves during World War II, this was during her time teaching at Vassar so she received a leave of absence.

Grace Hopper was born on December 9, 1906, New York City, NY, to Mary Campbell Van Horne Murray (mother) and Walter Fletcher Murray (father). Hopper had two siblings and the whole family lived in New York City, NY. Hopper’s father was a stock broker and her mother had a love for math, but was not allowed to study. Even though Hopper’s mom did not get to learn more, Hopper probably got her interest in math from her mother. Hopper attended Graham School and Schoonmakers School in New York. This school was a private school for girls where most things taught were about how to be a proper lady. She did however play basketball, field hockey, and water polo.

Grace Murray Hopper was born December 9, 1906 and died January 1, 1992. In her life time she was able to make many remarkable advances in computer programing. She was an American computer scientist. At Vassar College Hopper received her BA in mathematics and physics. She then continued her studies at Yale University where she had earned her MA and PhD. Hopper was one of the first programmers of the Harvard Mark I computer in 1944. She served for the United States Navy Reserve for a little bit, then she returned picking up on a project called, Bureau of Ordnance Computation Project at Harvard University. In 1949 she had joined the Eckert-Mauchy Computer Corporation where she began the first large scale electronic digital computer known as,

Julia Bowman Robinson was an esteemed mathematician who was highly praised for her immense contributions to the mathematical community. Even though she grew up during a time when women’s suffrage and rights had just become publically recognize within the United States, she would still go on to become one of the most prestigious mathematicians of her generation, and arguably, of history overall. Being the first women to ever serve on the mathematical section of the National Academy of Sciences as well as being the first ever women to be elected to become president of the American Mathematical Society (Feuerman, 1994), she never fell short of performing feats to which many never thought they would ever see.

Starting from 1964, she was the director of Software Programming for Project Apollo, and it was her coding that made the first lunar landing a reality. In the 1960’s, coding complex software was not as common as it is in the 21st century, which makes Hamilton’s largely error-free software all the more remarkable. Also, there was no other software which she could have used as a model: she had to start from scratch. During the landing phase, the lunar module’s computers started alarming because of an error in the system, almost cancelling the mission. Fortunately, Hamilton’s software allowed the system to restart and fix the problem, consequently making the landing possible (Ceruzzi). Even though the general public is relatively unfamiliar with her accomplishments, she has received several awards over the years; most remarkably, President Barack Obama awarded her with the Presidential Medal of Freedom in 2016.

Many people today complain about how slow their computer is. They claim it takes forever to boot up, has slow internet, and can’t run the latest game. But, can you imagine if you didn’t have a computer at all? Nowadays, computers have revolutionized almost everything: mail, news, business, marketing, schools, and even gaming. They are trusted with humanly-impossible tasks and are many people’s main gateway to the real world. Have you ever given thought to who is to thank for all of this? Was it Bill Gates, or Steve Jobs? No, and no. It was actually Navy Rear Admiral, and overall genius, Grace Murray Hopper-also nicknamed “Amazing Grace”. Born December 9, 1906, she was the eldest of three children, and was filled with curiosity from a

Have ever heard of the Hidden Figures? Because I have and it is an amazing what those women did for the space race. In this article “ Hidden Figures” by Maya Wei-Haas explains the use of women to be a computer like calculator for NACA (NASA) .

Grace Hopper had a normal childhood she had a big family and great parent’s .Grace Hopper was born in New York City on December 9, 1906. And Grace Hopper parents are Mary Campbell Van Horne Murray and Walter Fletcher Murray. She was the oldest of three children. Her father job was an insurance broker. Grace Hopper’s mom loved mathematics and she passed it on to her daughter. She never had the best childhood but she loved her family more than anything.

She married Vincent Hopper, a professor of comparative literature, and began teaching at Vassar College where she was well-loved by her students. Hopper had the ability to stay calm and translate problems so people of different capacities could understand them, whether they were mathematical equations or scientific problems; benefiting her greatly throughout her career as a programmer (Isaacson, 2014).

Grace Hopper was only a young girl when she took interest into the fields of math and science. Born Grace Murray in New York City on December 9, 1906 to her mother, Mary Campbell Van Horne Murray, an accomplished Mathematician and her father, a successful life insurance executive, Walter Fletcher Murray, who was quite liberal and, against societal norms, “made no distinction when it came to educating his son and two daughters” (Beyer, 25). Grace grew up with her sister, born Mary Murray and later married as Mary Murray Westcote and her brother, Roger Franklin Murray II, later earning the title of Dr. Roger Franklin Murray II. Ms. Hopper grew up in an Anglo-Saxon family and lived in the family home, 316 West 95th Street in New York City,

The field of Computer Science has made tremendous innovative advances since its inception. The first digital computer, the ENIAC, was used by the Army to provide calculations in designing the hydrogen bomb. It weighed more than twenty-seven tons and measured approximately six-hundred and eighty sq