Other

Satesh S Ramcharitar

Brian K Buchheit

A traffic flow congestion incident associated with a segment of roadway that is proximate to a responder vehicle can be established. The congestion can include a set of automobiles on the roadway. The automobiles can include a driver operated vehicle, a semi-autonomous vehicle, and an autonomous vehicle. The responder vehicle can be an emergency response vehicle associated with an emergency service or emergency entity. A notification can be conveyed to a computing device associated with the automobiles responsive to the establishing. The notification can alert the operator of the automobile that the responder vehicle is proximate.

Enabling improved emergency response via a vehicle flow buffer

A light source within a real world scene can be identified. The light source can be associated with a one or more attributes. The light source can emit light to illuminate the real world scene. The attributes can include intensity, wavelength, and/or orientation. A live view of the real world scene can be presented within an interface of a computing device. The attributes associated with the light source can be determined. A light map for the light source within the real world scene can be computed. The light map can be a graphical visualization of an approximation of a propagation of light emanating from the light source within the scene.

Dynamically adjusting a light source within a real world scene via a light map visualization manipulation

A live video conference session can be established between a first device and second remotely located devices each having a first and second camera as an input peripheral. The first and second camera can capture a first and second video stream of a first and second session participant. During the live video conference session, the first and second video stream can be continuously conveyed in real time over a network to displays of each device. The first video stream can be analyzed to programmatically determine that a position of the first participant is non-optimal as seen by the second participant. An eye guide can be presented on a user interface to assist the first participant to focus their eyes in a new location indicated by the eye. If subsequent detects improved eye focus with the second participant the eye guide can be dismissed.

Enhancing a camera oriented user interface via a remote eye focus guide

An orientation of a computing device within three dimensional space can be determined. The position of a camera integrated within the device relative to the device screen. The camera can be a front facing camera or a rear facing camera. The camera can include an image sensor, a lense, and/or a shutter. A live view of a real world environment can be received from the camera and presented within the device screen within real-time. An eye guide can be simultaneously presented on the device screen to assist a user interacting with the device to focus the eyes of the user on the camera. The eye guide can be a graphical symbol and/or a text indicating a direction associated with the camera in relation to the orientation of the screen or the device. An image can be recorded within a computer readable storage medium associated with the device. The image can lack the eye guide.

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Hollywood, FL, United States of America

Satesh S Ramcharitar