Abstract: User-initiated and cloud mediated exertion challenge operations are disclosed. A sensor captures first sensor data reflecting a first subject performing a first exertion, the sensor data reflecting at least one parameter associated with the first exertion. The first sensor data is converted into a challenge, and the challenge is transmitted to a selected second subject. An electronic acceptance of the challenge is received from the second subject, and a second sensor captures second sensor data reflecting the second subject performing a second exertion. An electronic comparison of the first sensor data and the second sensor data confirms that the second exertion complies with the at least one parameter, and then metrics of the first sensor data and the second sensor data are compared to determine a challenge dominator. A report is output to the first subject and the second subject identifying the challenge dominator.

Abstract: Systems, methods, and computer readable medium are provided for gamifying a physical exertion session. Gamifying a physical exertion session may include receiving signals indicative of exercise equipment movement repetitions, the signals corresponding to at least one property of manual exercise movements; presenting via a display, a controllable element being movable along a first axis; presenting a plurality of pacing elements movable along a plurality of second axes transverse to the first axis, wherein movement of the pacing elements corresponds to a desired pace of the exercise equipment movement repetitions; regulating movement of the controllable element along the first axis to correspond to the speeds of the manual exercise movements; determining collisions between the controllable element movable along the first axis and the plurality of pacing elements movable along the plurality of transverse second axes; and upon determination of a collision, causing a collision indication to appear on the display.

Abstract: Systems, methods, and computer readable media are disclosed for enabling guest mode gaming on a common exercise machine, which includes: providing selectable fitness movement types for performance on the common exercise machine; receiving a selection of a fitness movement type; associating a game with the selection; enabling presentation of the game; receiving a multi-exerciser mode selection; identifying a first user; receiving first signals characterizing a first set of fitness movements performed by the first user; correlating first movements of a graphical element with the first set; determining a first game success measure of the first user; identifying a second user; receiving second signals characterizing a second set of fitness movements performed by the second user; correlating graphical movements of a graphical element with the second set; determining a second game success measure of the second user; and presenting the first game success measure and the second game success measure.

Abstract: Systems, methods, and non-transitory computer readable medium are disclosed for controlling an electronic exercise machine.

Abstract: Systems, methods, and non-transitory computer readable medium are disclosed for controlling an electronic exercise machine.

Abstract: Systems, methods, and computer readable medium are provided for gamifying a physical exertion session. Gamifying a physical exertion session may include receiving signals indicative of exercise equipment movement repetitions, the signals corresponding to at least one property of manual exercise movements; presenting via a display, a controllable element being movable along a first axis; presenting a plurality of pacing elements movable along a plurality of second axes transverse to the first axis, wherein movement of the pacing elements corresponds to a desired pace of the exercise equipment movement repetitions; regulating movement of the controllable element along the first axis to correspond to the speeds of the manual exercise movements; determining collisions between the controllable element movable along the first axis and the plurality of pacing elements movable along the plurality of transverse second axes; and upon determination of a collision, causing a collision indication to appear on the display.

Abstract: Systems, methods, and computer readable medium are provided for gamifying a physical exertion session. Gamifying a physical exertion session may include receiving signals indicative of exercise equipment movement repetitions, the signals corresponding to at least one property of manual exercise movements; presenting via a display, a controllable element being movable along a first axis; presenting a plurality of pacing elements movable along a plurality of second axes transverse to the first axis, wherein movement of the pacing elements corresponds to a desired pace of the exercise equipment movement repetitions; regulating movement of the controllable element along the first axis to correspond to the speeds of the manual exercise movements; determining collisions between the controllable element movable along the first axis and the plurality of pacing elements movable along the plurality of transverse second axes; and upon determination of a collision, causing a collision indication to appear on the display.

Abstract: Systems, methods, and computer readable medium are disclosed for coordinating multi-space exertion routines.

Abstract: Systems, methods, and computer readable medium are disclosed for coordinating multi-space exertion routines.

Abstract: Systems, methods, and computer readable medium are disclosed for performance of exercise scoring operations. Performance of exercise scoring operations includes storing an exercise goal for a particular individual; receiving from a sensor on a piece of electronic exercise equipment, exertion data; receiving, from at least one image sensor monitoring use of the piece of electronic exercise equipment, image data reflecting form and posture of the particular individual during an exercise set; generating a score for the exercise set by performing an aggregate analysis of the exercise goal, the exertion data, and the image data reflecting the form and posture; and outputting the score.

Abstract: Systems and methods include at least one processor performing simulate a virtual training experience operations comprising generating a simulated exercise environment, presenting a first avatar and second in the simulated exercise environment, receiving from at least one first and second sensors associated with a first and second piece of exercise equipment. In response to the first and second signals causing the first and second avatar to simulate in the simulated exercise environment. The operation further comprises enabling the participants to view physical exertion and enabling the first participant and the second participant to communicate with each other.

Abstract: Systems, methods, and computer readable medium are disclosed for performance of exercise scoring operations. Performance of exercise scoring operations includes storing an exercise goal for a particular individual; receiving from a sensor on a piece of electronic exercise equipment, exertion data; receiving, from at least one image sensor monitoring use of the piece of electronic exercise equipment, image data reflecting form and posture of the particular individual during an exercise set; generating a score for the exercise set by performing an aggregate analysis of the exercise goal, the exertion data, and the image data reflecting the form and posture; and outputting the score.

Abstract: Systems, methods, and computer readable medium are disclosed for coordinating multi-space exertion routines.