What does ASPLOS mean in SOFTWARE
The acronym ASPLOS stands for “Architectural Support for Programming Languages and Operating Systems”. It is a research conference held annually to discuss challenges, new discoveries, and innovative solutions related to computer architecture. The aim of the conference is to enable researchers to present their work in the field of computer architecture with an emphasis on topics related to programming languages and operating systems.
ASPLOS meaning in Software in Computing
ASPLOS mostly used in an acronym Software in Category Computing that means Architectural Support for Programming Languages and Operating Systems
Shorthand: ASPLOS,
Full Form: Architectural Support for Programming Languages and Operating Systems
For more information of "Architectural Support for Programming Languages and Operating Systems", see the section below.
Aim Of ASPLOS
The goal of the conference is to facilitate communication between members from all areas of interests related to computer architecture including processor design techniques & challenges; hardware/software interfaces; embedded systems; mixed criticality computing; architecture level power & reliability management; operating systems & software support for architectural features; compiler optimization & code generation; secure computing architectures & applications; programmable acceleration devices & data centers etc. The focus is on both high END performance as well as energy efficient designs depending upon application domain requirements.
Essential Questions and Answers on Architectural Support for Programming Languages and Operating Systems in "COMPUTING»SOFTWARE"
What is ASPLOS?
ASPLOS stands for Architectural Support for Programming Languages and Operating Systems. It is a special interest group of the Association for Computing Machinery (ACM) that focuses on research in computer architecture, and its applications in programming languages and operating systems.
Who should join the ASPLOS group?
ASPLOS is open to anyone interested in computer architecture, its application to other areas of computing such as programming languages and operating systems, or related topics such as physical design automation. Professionals, researchers, students, practitioners in computing-related fields are encouraged to join!
What are the benefits of joining ASPLOS?
Joining the ASPLOS group provides you with access to a wide network of professionals who specialize in computer architecture research and its related disciplines. Benefits include attending annual conferences, receiving newsletters on current events and breakthroughs within the field, as well as engaging in online discussions with other members.
How can I join the ASPLOS group?
You can join by signing up through the ACM website at https://www.acm.org/special-interest-groups/sigs/asplos. Once your membership has been accepted you will be able to access resources such as upcoming conferences, discussion forums and other support services that are available only to members of ASPLOS.
Are there any fees associated with membership?
Yes - Annual fees vary depending on whether you’re a professional or student member; they range from $35-$75 per year. All fees contribute directly towards supporting activities undertaken by the SIG’s working groups and committees.
Where does most of the funding go towards?
The bulk of funds are used to cover travel costs associated with conferences that hosts multiple sections such workshops, tutorials and symposiums focusing on topics ranging from hardware design automation to embedded systems security.
Are there any awards given out by ASPLOS?
Yes - Each year several awards are presented by SIG sponsors at our annual conference including best paper awards for both student authors as well as established professionals making significant advances in their respective fields.
Final Words:
Overall ASPLOS provides a platform for researchers all over the world to share their ideas regarding hardware/software optimization methods so that they can efficiently explore emerging technologies and design highly advanced computer architectures. This helps push the limits beyond existing technology constraints while simultaneously providing more opportunities for innovation within the field of computing science as well as other related domains.