Windows SideShow (codenamed Auxiliary Display) was a feature by Microsoft introduced in Windows Vista to supply information such as e-mail, instant messages, and RSS feeds from a personal computer to a local or remote peripheral device or display. SideShow was intended to enhance the Windows experience by enabling new mobility scenarios for the Windows platform and by providing power saving benefits as part of Microsoft's broader efforts regarding a mobile initiative.
SideShow was unveiled in 2003 as a feature of Windows Vista ("Longhorn") to provide peripheral awareness of information. Preliminary documentation from Microsoft focused on using it to provide online information in an internal display of a mobile device such as a laptop while supporting desktop computer scenarios; information could also be cached for later use when offline or when in sleep mode. Microsoft planned to include a Control Panel applet and configurable battery, calendar, email, wireless network, and Windows Media Player modules for SideShow.
SideShow was included with the release of Windows Vista in 2006, which included modules for Windows Mail and Windows Media Player, and would ultimately encompass other aspects of the Windows platform and Microsoft ecosystem. Microsoft Office supported SideShow with the release of Microsoft Office 2007. Microsoft introduced SideShow support for Windows CE, Windows Mobile 5.0, and Windows Mobile 6.0 in 2008 and released modules for applications such as Microsoft Office 2003, Microsoft PowerPoint, Windows Media Center, and Windows Sidebar. SideShow was supported with the release of Windows 7 in 2009. With the release of Windows 8.1 in 2013, SideShow was discontinued.
Auxiliary displays were listed by Microsoft among other forms of information indicators for personal computers during the Windows Hardware Engineering Conference of 2003. An auxiliary display feature was later presented by Microsoft during the WinHEC 2004 where it was scheduled to be included in Windows Vista, then known by its codename, "Longhorn.
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The goal of this course is to provide the students with the main formalisms, models and algorithms required for the implementation of advanced speech processing applications (involving, among others,
Windows Speech Recognition (WSR) is speech recognition developed by Microsoft for Windows Vista that enables voice commands to control the desktop user interface, dictate text in electronic documents and email, navigate websites, perform keyboard shortcuts, and operate the mouse cursor. It supports custom macros to perform additional or supplementary tasks. Hotkeys for this action is Windows logo key+Ctrl+S (windows 10, windows 11) WSR is a locally processed speech recognition platform; it does not rely on cloud computing for accuracy, dictation, or recognition, but adapts based on contexts, grammars, speech samples, training sessions, and vocabularies.
Speaker recognition systems achieve acceptable performance in controlled laboratory conditions. However, in real-life environments, the performance of a speaker recognition system degrades drastically, the principal cause being the mismatch that exists bet ...