Artificial Intelligence, the attempt to create an intelligent agent, gained popularity with the success of AlexNet for image recognition in 2012. The proposed combination of stacked neural networks (called Deep Neural network) and the use of GPUs to drastically reduce network training times compared to previous iterations, led to a boom in the use of such networks for image recognition and speech recognition.
This post is about Software Engineering and its perception in the technical field. You may remember that we launched a survey, where we tried to identify and better understand the role of Software Engineering in different technology sectors.
Infrastructure as code (IaC) simplify the provision and configuration of the IT infrastructure at scale. Enterprises are increasingly adopting IaC. For example, Intercontinental Exchange, who owns exchanges for financial and commodity markets, and operates 12 regulated exchanges and marketplaces, maintains 75% of its 20,000 servers using IaC scripts . As the size and complexity of the IaC projects increase, it is critical to maintain the code and design quality of IaC Scripts.
Infrastructure as Code (IaC) is a novel paradigm that makes system administrators’ work quite similar to the work of programmers. In fact, today system administrators (sysadmins) do not have to manually perform the provisioning, configuration, and deployment processes as they can exploit some IaC languages to write pieces of code which automate such processes and can be executed more and more times.
A short introduction to Semantic Technologies, and SODALITE’s approach for their application in the software engineering domains.
This article reveals some of the advantages that xOpera can offer as orchestrator. Our partners from XLAB are the authors of this article which we hope you can enjoy the read and learn new things about this agile orchestrator.
Cloud optimizes High Performance Computers performance and enables new development architectures.
The SODALITE vision is to support Digital Transformation of European Industry through increasing design and runtime effectiveness of software-defined infrastructures, to ensure high-performance execution over dynamic heterogeneous execution environments. As a result of these facts, SODALITE will increase simplicity of modelling applications and infrastructures, to improve manageability, collaboration, and time to market.