Abstract: Methods and systems permit one or more users to navigate through imagery of an environment. The system may include a first user interface device having first user inputs associated with first movement through the environment and a second user interface device having second user inputs associated with a second movement through the environment. Thus, a first user and a second user are able to navigate simultaneously and independently. In certain embodiments the system processes imagery of the environment to smooth user navigation through the environment.

Abstract: Methods and systems permit one or more users to navigate through imagery of an environment. The system may include a first user interface device having first user inputs associated with first movement through the environment and a second user interface device having second user inputs associated with a second movement through the environment. Thus, a first user and a second user are able to navigate simultaneously and independently. In certain embodiments the system processes imagery of the environment to smooth user navigation through the environment.

Abstract: Methods and systems permit one or more users to navigate through imagery of an environment. The system may include a first user interface device having first user inputs associated with first movement through the environment and a second user interface device having second user inputs associated with a second movement through the environment. Thus, a first user and a second user are able to navigate simultaneously and independently. In certain embodiments the system processes imagery of the environment to smooth user navigation through the environment.

Abstract: A telepresence system including an array of cameras, a user interface device and at least one processor. Each camera has an associated view of the environment and an associated camera output representing the associated view, the array thus including at least one camera path for viewing the environment. In one embodiment, the user interface device has first user inputs associated with movement along a first path in the environment. The user interface device is coupled to the processor, which receives and interprets the user inputs and provides camera outputs to the user interface device, thereby allowing the user to navigate through the environment. In another embodiment, the processor is configured to provide additional source output, such as virtual world imagery and data, to the user interface device, thereby allowing the user to navigate real, virtual and combination real and virtual worlds.

Abstract: A telepresence system including an array of cameras, a user interface device and at least one processor. Each camera has an associated view of the environment and an associated camera output representing the associated view, the array thus including at least one camera path for viewing the environment. In one embodiment, the user interface device has first user inputs associated with movement along a first path in the environment. The user interface device is coupled to the processor, which receives and interprets the user inputs and provides camera outputs to the user interface device, thereby allowing the user to navigate through the environment. In another embodiment, the processor is configured to provide additional source output, such as virtual world imagery and data, to the user interface device, thereby allowing the user to navigate real, virtual and combination real and virtual worlds.

Abstract: A telepresence system for providing first and second users with displays of an environment. The system includes an array of cameras, and the array includes multiple camera paths. A first user interface device is associated with first user inputs and movement along a first path, and a second user interface device is associated with second user inputs and a second path. The user interface devices are coupled to at least one processing element that receives and interprets the user inputs. The processing element is configured to allow the first user and the second user to navigate simultaneously and independently and also configured to link the users and provide the same path in response to an indication or input to do so.

Abstract: A telepresence system for providing a first user with a first display of an environment and a second user with a second display of the environment includes an array of cameras. Each camera has an associated view of the environment and an associated camera output representing the associated view. The array also includes at least one camera path. A first user interface device has first user inputs associated with movement along a first path in the array, and a second user interface device has second user inputs associated with along a second path in the array. The user interface devices are coupled to at least one processing element that receives and interprets the user inputs. The processing element interprets the first inputs and selects outputs of cameras in the first path, and interprets second inputs and selects outputs of cameras in the second path independently of the first inputs, thereby allowing a first user and a second user to navigate simultaneously and independently through the array.

Abstract: A telepresence system for providing users with displays of a remote environment. In certain embodiments, the system includes a plurality of arrays of cameras, with each arrays are situated at varying lengths from the environment. Users navigate the arrays via interface devices. The system interprets the user inputs and selects camera outputs based thereon. Multiple users are able to navigate simultaneously and independently through the environment. In embodiments having overlapping camera views, the system effectuates seamless motion along camera paths by processing the camera outputs corresponding to the views.

Abstract: A telepresence method and system for providing users the ability to navigate through an array of cameras capturing an environment. The array of cameras includes one or more series of cameras, wherein each series of cameras defines a path through the environment and wherein the cameras in each series have a progressively different perspective of the environment. Users interactively navigate through series of cameras, thereby simulating movement along paths.

Abstract: A telepresence system for providing a first user with a first display of an environment and simultaneously and independently providing a second user with a second display of the environment. In certain embodiments, the system includes a plurality of arrays of cameras, with each arrays are situated at varying lengths from the environment. In one embodiment, the cameras situated around the environment are removed after the cameras in the array are have transmitted the camera output to an associated storage node. A first user interface device has first user inputs associated with movement along a first path in the array, and a second user interface device has second user inputs associated with movement along a second path.