Hardware monitor windows 8.13/8/2023 Network discovery controls a computer’s ability to detect other computers and devices on a network. Network awareness tracks changes in network configuration and connectivity. Windows 8.1 includes network awareness and network discovery features. Microsoft designed built-in diagnostics and troubleshooting to be self-correcting and self-diagnosing or, failing that, to provide guidance while you are diagnosing problems. At the heart of this architecture is built-in diagnostics and troubleshooting. Windows 8.1 includes extensive support architecture. Because modules are independent from each other, modules can be swapped in or out to customize the operating system environment. Because modules can contain other modules, various major features of the operating system can be grouped together and described independently of other major features. Windows 8.1 uses modular component design so that each component of the operating system is defined as a separate, independent unit or module. The final ingredient for hardware independence is modularization. Using single-instance storage reduces the size of the image because only one physical copy of a file is stored for each instance of that file in the disk image. Using compression reduces the size of the image in much the same way that zip compression reduces the size of files. WIM uses compression and single-instance storage to dramatically reduce the size of image files. Microsoft distributes Windows 8.1 on media by using WIM disk images. The next ingredient for hardware independence is Windows Imaging (WIM) format. Rather than updating the operating system each time a new firmware interface is developed, firmware interface developers can use the standard programming interfaces of the boot environment to allow the operating system to communicate as necessary through the firmware interfaces.įirmware interface abstraction is the first secret ingredient that makes it possible for Windows 8.1 to work with BIOS-based and EFI-based computers in exactly the same way, and this is one of the primary reasons Windows 8.1 achieves hardware independence. The boot environment is an extensible abstraction layer that allows the operating system to work with multiple types of firmware interfaces without requiring the operating system to be specifically written to work with these firmware interfaces. As such, the boot environment can be used to validate the integrity of the startup process and the operating system itself before actually starting the operating system. The boot environment is loaded prior to the operating system, making it a pre–operating system environment. The boot environment was created by Microsoft to resolve several prickly problems related to boot integrity, operating system integrity, and firmware abstraction. The boot environment dramatically changes the way the operating system starts. Instead, the operating system uses the Windows Boot Manager to initialize and start the operating system. Windows 8.1 doesn’t start from an initialization file. If you want to truly know how Windows 8.1 works and what makes it tick, you need to dig under the hood.
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