Pearson eText for Concepts of Programming Languages -- Instant Access (Pearson+)
12th Edition
ISBN: 9780135102268
Author: Robert Sebesta
Publisher: PEARSON+
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Chapter 2, Problem 3PS
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Short history of A-0, A-1, and A-2 systems:
- Grace Hopper is one of the first programmers who developed compiler for a
programming language. - Grace Hopper and her team developed a series of compiling systems between 1951- 1953, which were named as A-0, A-1, A-2 while she was working with UNIVAC.
- In 1952, Hopper and her team developed Arithmetic Language version 0 system (A-0 system) for UNIVAC I.
- This can be considered as the first compiler ever developed for an electronic computer.
- The A-0 system contains a set of instructions that were intended to convert symbolic mathematical notations into machine language...
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Chapter 2 Solutions
Pearson eText for Concepts of Programming Languages -- Instant Access (Pearson+)
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- What, in your perspective, was it about the von Neumann design that set it apart from the other options available and made it the clear winner?arrow_forwardThe study of computers What does the phrase "interdependence" mean in the context of system ideas, and how does it compare to other terms?arrow_forwardWhat distinguishes von Neumann architecture from its rivals, in your opinion?arrow_forward
- What distinguishes von Neumann architecture from its contemporaries, in your opinion?arrow_forwardThe greatest articles are those that can be found in the ACM Digital Library (DL) or the IEEE Computer Society Digital Library (CSDL). These papers concentrate on a particular aspect of the Network Operating System (For example, file services, security, etc.) To summarize this topic in one page, please write it.A successful summary will include all of the most significant arguments and facts presented in the original study. Is there no one else who can talk about the paper that you choose?arrow_forwardTo what extent do you feel that von Neumann architecture was superior to other approaches?arrow_forward
- To be more specific, what are the primary differences that distinguish the von Neumann computer design from the Harvard computer design, and how did these differences come to be?arrow_forwardI was wondering whether the terms "computer architecture" and "computer organization," which appear to indicate the same thing, might be used interchangeably. If you're going to cite an example, try to be as explicit as possible.arrow_forwardBecause the terms "computer architecture" and "computer organization" seem to refer to the same concept, I was curious about whether or not they might be substituted for one another. When referencing particular examples, please be as explicit as you possibly can.arrow_forward
- As a result of the fact that the terms "computer architecture" and "computer organization" seem to refer to the same concept, I was curious as to whether or not they might be substituted for one another. When referencing particular examples, please be as explicit as you possibly can.arrow_forwardIn our perspective, it is recommended to augment Flynn's taxonomy by introducing an additional level. What are the distinguishing features of contemporary computers that render them superior to their antecedents?arrow_forwardTell me once again what distinguishes the von Neumann design from the Harvard architecture in computers.arrow_forward
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