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Posted By Colin MurphyTechnical Program Manager, Microsoft’s Windows Embedded
The shell you say! What is a shell, anyway? Typically a shell application manages the base user interface of the system including access to applications and files and the ability to configure the system. In the case of an embedded device, a typical multi-function desktop shell is overkill, taking up way too much space and requiring far more overhead than a purpose-driven embedded device wants or needs.
With that in mind, one of the most noticeable changes to Window Embedded Compact 2013 is the removal of the large and dated Windows 95-style shell. The Compact team was quite torn on this decision; on the one hand, it was an excellent developer tool-- easy to launch files, everyone knew how to use it--but when that same shell appears on your refrigerator, digital sign or vending machine, people were not as impressed by its versatility. Enter MinShell. This new Compact shell offers a much smaller feature set. It is basically an application launcher that can be customized to launch any application. For developers, it comes preset to launch “CMD.EXE,” a DOS command processor, so you can copy and launch applications as needed. But MinShell is designed, and begs to be, replaced.
Comments Windows Embedded Compact
Posted By Partha SrinivasanProduct Manager, Windows Embedded Server and SQL Products
The following is the third in a series of posts on Windows Server 2012 for Embedded Systems written by the team at Microsoft Windows Embedded.
As indicated in the previous blogs, customers of Embedded OEMs can now start testing the new Windows Server 2012 R2 for Embedded Systems (binary identical to Windows Server 2012 R2) that provides improved performance, hybrid cloud-service capabilities and innovative storage options for building robust, industry-class server appliances.
OEM manufacturers use Windows Server for Embedded Systems to build server appliances—preinstalled hardware and software combined with the operating system—which make the configuration, deployment and management of industrial devices simpler and faster. These server appliances are used in a number of industrial devices such as PACS machines in hospitals, store servers in retail stores, historian servers in manufacturing plants, and are a key enabler in developing intelligent system architectures.
Today we are going to focus on the new storage features that are included in the Windows Server 2012 R2 for Embedded Systems.
Comments Intelligent Systems
The following is the fourth in a series of posts on Windows Server 2012 for Embedded Systems written by the team at Microsoft Windows Embedded.
As indicated in the previous blogs, customers of Embedded OEMs can now start testing the new Windows Server 2012 R2 for Embedded Systems (binary identical to Windows Server 2012 R2) that provides improved performance, hybrid cloud-service capabilities and innovative storage options for building robust, industry-class server appliances. Today, I am going to focus on some of the advantages the new product offers in terms of high availability, recovery and storage management features.
Posted by Valerie OlagueAmericas Business Group Lead
In a recent blog post, I discussed how many security breaches of healthcare data are the result of errors in manual processes—i.e. human error. In my next post, I will discuss big data in healthcare, and how advances in understanding and processing this data is leading to breakthroughs in healthcare, but in the meantime, here’s a brief preview.
Security. Big data. Both are critical concepts in and of themselves, but when combined together they become key elements of intelligent systems. Intelligent systems harness the flow of data across industry devices and the Internet of Things to back-end systems, enabling businesses to make more insightful decisions and drive revolutionary advances in healthcare. A new IDC solution brief, titled “Improving Healthcare Delivery with Intelligent Systems,” discusses the need for intelligent systems in healthcare. It defines their role in enabling new healthcare delivery systems that can bridge the gap between today’s new healthcare requirements, including support for the Patient Protection and the Affordable Care Act (PPACA), and tomorrow’s innovations in the healthcare industry.
To read about some innovative intelligent systems solutions in healthcare, visit our healthcare industry page.
Posted By Windows Embedded Team
The July and August 2013 updates for the Windows Embedded Compact 2013 online documentation are now live on MSDN and CodePlex.
These updates include the following highlights: