InfoQ Homepage DevOps Content on InfoQ
-
Grid Computing on the Azure Cloud Computing Platform, Part 3: Running a Grid Application
In Part 1 of this series we introduced a design pattern for grid computing on Azure, while in Part 2 we developed a grid application in C#. This time we'll run the application, first locally and then in the cloud. In order to do that, we'll need some help from a grid computing framework.
-
Introduction to Data Services
This article by Vijay Narayanan, provides an introduction to several aspects of data services that will be of interest to both SOA practitioners and data architects. A general case for data services introduces the article before the author explores specific issues, including: definition of need, rationale and benefits, scope, development, and consumption patterns.
-
Virtual Panel on Cloud Computing
In this virtual panel, InfoQ wants to find out from leading cloud experts what are the benefits brought by cloud computing as well as the constraints in using them, what is better to use, a public or a private cloud, is the cloud interoperability needed, what is the difference between providing infrastructure or a platform, and how can a client enforce regulatory compliance.
-
Where To Now with Build Automation?
Most developers nowadays are familiar with the basic tenets of Continuous Integration, but arguably only a small proportion of these are fully benefiting from an optimized CI set up.This article, discusses taking Continuous Integration beyond merely being a glorified cron job and making it an effective, productivity-enhancing hub for development activity.
-
Grid Computing on the Azure Cloud Computing Platform, Part 2: Developing a Grid Application
David Pallmann shows how to perform grid computations on the Azure cloud computing platform. In Part 1 he presented a design pattern, while in Part 2&3 he shows how to develop&run a grid application.
-
Introduction to Virtual Service Oriented Grids
This article discusses the combination of three ideas, virtualization, service-orientation, and grid computing into a single concept and computing platform concept, "virtual service-oriented grids." In addition to history and definitions, the article addresses an approach, with an example, to analyzing and implementing this technology.
-
Grid Computing on the Azure Cloud Computing Platform, Part 1
In this 3-parts series of articles, David Pallmann explains how to perform grid computations on the Azure cloud computing platform. In Part 1 he presents a design pattern for using Azure for grid computing, while in Part 2 and 3 he is going to give a concrete code example.
-
The Emergence of Virtual Service Oriented Grids
This article introduces and discusses three technologies, virtualization, service orientation, and grid computing, and then shows how they are combining to create new design and deployment options - "Virtual Service Oriented Grids." The business case for using this emergent model is also discussed.
-
The Problem of Power Consumption in Servers
Power consumption by servers is of increasing concern to business and IT management. This Intel article discusses the sources of power consumption as a function of server form factor and workload; power consumption of other components, power supplies and conversion, plus heat generation and cooling demands. How to estimate consumption and design factors affecting consumption are also covered.
-
Fetching strategy implementation in a J2EE application using AOP
This article presents a fetching strategy that using AOP, optimizes the data retrieval process from a back end system on a use case basis in a modular way without bloating the lower level service or repository layers.
-
What's New in Groovy 1.6
Groovy project lead writes about Groovy 1.6 changes and improvements, including include performance enhancements, integration of JMX Builder, and OSGi readiness.
-
Blaze Data Services or LiveCycle Data Services?
This article, by Ryan Knight, compares two similar products: Adobe’s LiveCycle Data Services (LCDS) and Open Source Blaze Data Services. The comparison is necessary to know the differences between the two products in order to choose the right one for a certain situation.