The ACM Code of Ethics represents the computing profession's conscience and upholds computer professionals' commitment, both individually and collectively, to apply their abilities for the good of society. The code is a statement of principles rather than a list of actions or behaviors that must be performed to comply with it. However, individuals who have been found by their institutions to have violated the code have had their licenses revoked.
The four principles of the ACM Code of Ethics are as follows:
Loyalty to the ACM implies that a person should serve only one institution at a time and should not represent themselves as affiliated with an organization unless they are actually so employed.
Obedience to Truth implies that a person should pursue knowledge and learn new information about technology, people, and business needs so that they can use their skills and expertise to provide accurate assessments and recommendations.
Professional Integrity means that a person should conduct themselves in a manner that promotes public trust and confidence in the computing industry and online community. They should participate in activities that are consistent with their values and beliefs and avoid anything that might damage or discredit the ACM, including harassment, discrimination, and unethical practices.
These organizations collaborated to create the ACM/IEEE Software Engineering Code of Ethics. These ethics seek to provide norms, standards, and safeguards for software engineers and their clients. As a guide for professionals, these guidelines also offer insight into the ethical issues that may arise during the process of writing software.
Acm.org. The Association for Computers Machinery (ACM) is an international learned organization for computing located in the United States. It is the world's biggest scientific and instructional computer association, having been formed in 1947. Its digital library is called ACM Digital Library.
ACM DL is a free access repository of information about computing. It contains over 15,000 articles from more than 100 publishers around the world. Anyone can read, download, or search the journal content for free. However, authors are given credit if they use our submission system to submit their work.
The aim of ACM DL is "to provide a full-text archive of important papers in the field of computer science, with special attention to software engineering topics."
ACM DL covers many fields within computer science including, but not limited to: algorithms, architecture, analysis, art, biology, networking, security, software development, storage, visualization, and theory.
ACM DL provides open access to current research in all areas of computer science. This means that you can read any recent article published in one of its journals for free on the website. There is no need to pay to access the information. Any author who wishes to make their work available longer after publication can do so by submitting it to ACM DL.
The ACM (Association for Computing Machinery) and the IEEE Computer Society, two major professional organizations concerned with computing and software development, joined forces in 1993 and established the Joint IEEE-CS and ACM Steering Committee for the establishment of software engineering as a profession. They also work together on other issues such as ethics in science and technology.
Software engineering is the study and design of reliable systems that are efficient to develop and maintain. It is a field that has emerged over the past few decades but is still not fully standardized. There are many different approaches to designing software, and no single technique that will produce best results in all situations. However, by following some basic guidelines, it is possible to write high quality code that is easy to modify or extend.
Software engineers have many tools at their disposal to help them do their job effectively. Some common techniques used by engineers include object-oriented programming, model-driven engineering, test-driven development, and agile software development. Other disciplines that may be useful for engineers to understand include computer architecture, information theory, software metrics, and evolutionary algorithms. Finally, engineers must keep up-to-date with new technologies so they can use them when creating products that will impact the world positively.
Software engineers work on projects of all sizes, from small programs written for personal computers to large electronic systems used by millions of people.