Abstract: The present disclosure discloses automated discovery of and seamless connection to wireless receivers for mirroring, extending, and/or projecting images, audio, and/or video from a computing device to the wireless receivers. A smart discovery program discovers a specific wireless receiver that matches a location for a meeting and provides the user with an option to wirelessly connect to the matching receiver during the meeting. The smart discovery program may also use a current location of the computing device to provide a user with a list relevant wireless receivers. Relevant receivers may include those receivers that are both available and located near the computing device. When a computing device connects to a wireless receiver, it may store the receiver ID for the connected receiver in a local receiver log so that the computing device may use this information to connect to the same receiver at a later time.

Abstract: The present disclosure discloses automated discovery of and seamless connection to wireless receivers for mirroring, extending, and/or projecting images, audio, and/or video from a computing device to the wireless receivers. A smart discovery program discovers a specific wireless receiver that matches a location for a meeting and provides the user with an option to wirelessly connect to the matching receiver during the meeting. The smart discovery program may also use a current location of the computing device to provide a user with a list relevant wireless receivers. Relevant receivers may include those receivers that are both available and located near the computing device. When a computing device connects to a wireless receiver, it may store the receiver ID for the connected receiver in a local receiver log so that the computing device may use this information to connect to the same receiver at a later time.

Abstract: The present disclosure discloses automated discovery of and seamless connection to wireless receivers for mirroring, extending, and/or projecting images, audio, and/or video from a computing device to the wireless receivers. A smart discovery program discovers a specific wireless receiver that matches a location for a meeting and provides the user with an option to wirelessly connect to the matching receiver during the meeting. The smart discovery program may also use a current location of the computing device to provide a user with a list relevant wireless receivers. Relevant receivers may include those receivers that are both available and located near the computing device. When a computing device connects to a wireless receiver, it may store the receiver ID for the connected receiver in a local receiver log so that the computing device may use this information to connect to the same receiver at a later time.

Abstract: The present disclosure discloses automated discovery of and seamless connection to wireless receivers for mirroring, extending, and/or projecting images, audio, and/or video from a computing device to the wireless receivers. A smart discovery program discovers a specific wireless receiver that matches a location for a meeting and provides the user with an option to wirelessly connect to the matching receiver during the meeting. The smart discovery program may also use a current location of the computing device to provide a user with a list relevant wireless receivers. Relevant receivers may include those receivers that are both available and located near the computing device. When a computing device connects to a wireless receiver, it may store the receiver ID for the connected receiver in a local receiver log so that the computing device may use this information to connect to the same receiver at a later time.

Abstract: Described herein are techniques related to a wireless enhanced projector (WEP) that is utilized by one or more devices, such as a mobile phone, a cellular phone, a Smartphone, a personal digital assistant, a tablet computer, and the like. In an implementation, the one or more devices may connect to the WEP through a server device that may be connected and/or integrated with the WEP. In this implementation, at least one of the one or more devices may be configured to be a super-user device (i.e., moderator or administrator device), while the rest of the one or more devices may be regular client devices.

Abstract: Disclosed are technologies that can automatically determine a keyboard language to be used when a user is communicating with a particular remote user, or recipient. Soft keyboard layout, automatic correction, predictive text and speech-to-text can be based on the determined keyboard language. A keyboard language for a particular recipient can be determined based on the recipient's geographical location, which could be stored in a user profile stored locally at the computing device or based on information received from the recipient during communication, such as the recipient computing device's IP address. B automatically determining a keyboard language to be used for a particular recipient, a user can be relieved of the overhead of having to repeatedly change the keyboard language setting when switching between communicating with recipients located in different countries or recipients with whom the user desires to communicate in different languages.

Abstract: Described herein are techniques related to a wireless enhanced projector (WEP) that is utilized by one or more devices, such as a mobile phone, a cellular phone, a Smartphone, a personal digital assistant, a tablet computer, and the like. In an implementation, the one or more devices may connect to the WEP through a server device that may be connected and/or integrated with the WEP. In this implementation, at least one of the one or more devices may be configured to be a super-user device (i.e., moderator or administrator device), while the rest of the one or more devices may be regular client devices.