Abstract: An aspect of the present disclosure is directed to techniques performed by a processing system associated with a wearable smart eye-glass. In an embodiment, a first digital data representing multiple digital workspaces is sent from the processing system to the smart eye-glass to cause display of the multiple digital workspaces in a same duration as part of virtual display interface. Upon receiving selection of a first digital workspace, the user is enabled to interact with the first digital workspace. According to another aspect, a second digital data representing one or more objects is sent to the smart eye-glass to cause display of the one or more objects in the first digital workspace. Upon receiving a selection of a first object, a first software program corresponding to the selected first object is instantiated. The instantiating includes creating a first window corresponding to the first software program in the first digital workspace.

Abstract: An aspect of the present disclosure is directed to techniques performed by a processing system associated with a wearable smart eye-glass. In an embodiment, a first digital data representing multiple digital workspaces is sent from the processing system to the smart eye-glass to cause display of the multiple digital workspaces in a same duration as part of virtual display interface. Upon receiving selection of a first digital workspace, the user is enabled to interact with the first digital workspace. According to another aspect, a second digital data representing one or more objects is sent to the smart eye-glass to cause display of the one or more objects in the first digital workspace. Upon receiving a selection of a first object, a first software program corresponding to the selected first object is instantiated. The instantiating includes creating a first window corresponding to the first software program in the first digital workspace.

Abstract: An aspect of the present disclosure is directed to techniques performed by a processing system associated with a wearable smart eye-glass. In an embodiment, a first digital data representing multiple digital workspaces is sent from the processing system to the smart eye-glass to cause display of the multiple digital workspaces in a same duration as part of virtual display interface. Upon receiving selection of a first digital workspace, the user is enabled to interact with the first digital workspace. According to another aspect, a second digital data representing one or more objects is sent to the smart eye-glass to cause display of the one or more objects in the first digital workspace. Upon receiving a selection of a first object, a first software program corresponding to the selected first object is instantiated. The instantiating includes creating a first window corresponding to the first software program in the first digital workspace.

Abstract: In one aspect, a method of a smart eyeglass system includes the step of providing a smart eyeglass system. The smart eyeglass system includes a digital video camera system. The digital video camera system is coupled with a processor in the smart eyeglass system, and wherein the smart eyeglass system is worn by a user. With the video camera integrated into the smart eyeglass system the method obtains an image of a pair of a set of user fingers in a space in front of the user as a function of time. A user's palm of each hand is facing the video camera system. With the processor, the method identifies each finger of a set of user fingers on each hand of the user. The method identifies a set of finger pad regions of each finger of the set of user fingers. The method identifies a thumb of each hand.

Abstract: Methods, systems, and apparatuses for controlling a target device are disclosed. In some instances, the apparatus is a wearable apparatus in the form of a ring. The apparatus may include a gesture recognition module that recognizes a gesture made by a user, e.g., onto a capacitive track-pad. The apparatus may also include a microcontroller that correlates the gesture with a command recognizable by the target device.

Abstract: In one exemplary aspect, a method of a wearable ring device senses a touch event with a touch sensor in a wearable ring device. An optical sensor in the wearable ring device is activated. A digital image of a user hand region is obtained with the optical sensor. A list of end device functions is obtained. Each element of the list of end device functions is associated with a separate user hand region. The digital image of the user hand region obtained with the optical sensor is matched with an end device function. The end device function matched with the digital image of the user hand region obtained with the optical sensor is trigger.