Abstract: The present technology provides a system and method for assembling a fantasy sports team using augmented reality. The technology employs a fantasy game server in communication with one or more users' electronic mobile devices, such as smartphones. The technology displays digital images of sports players and/or promotion or other tokens on the users' mobile devices, on which the users can capture the sports players they wish to add to their fantasy sports teams through a user interface of the fantasy game server. The fantasy game server generates geolocation information for a plurality of real-world players and compares it to geolocation data from the mobile device to determine when a real world player is within a threshold radius of the user and sends an alert to the user.

Abstract: The present technology provides a system and method for assembling a fantasy sports team using augmented reality. The technology employs a fantasy game server in communication with one or more users' electronic mobile devices, such as smartphones. The technology displays digital images of sports players and/or promotion or other tokens on the users' mobile devices, on which the users can capture the sports players they wish to add to their fantasy sports teams through a user interface of the fantasy game server. The fantasy game server generates geolocation information for a plurality of real-world players and compares it to geolocation data from the mobile device to determine when a real world player is within a threshold radius of the user and sends an alert to the user.

Abstract: The present technology provides a system and method for assembling a fantasy sports team using augmented reality. The technology employs a fantasy game server in communication with one or more users' electronic mobile devices, such as smartphones. The technology displays digital images of sports players and/or promotion or other tokens on the users' mobile devices, on which the users can capture the sports players they wish to add to their fantasy sports teams through a user interface of the fantasy game server. The fantasy game server generates geolocation information for a plurality of real-world players and compares it to geolocation data from the mobile device to determine when a real world player is within a threshold radius of the user and sends an alert to the user.

Abstract: The present technology provides a system and method for assembling a fantasy sports team using augmented reality. The technology employs a fantasy game server in communication with one or more users' electronic devices. The technology uses environmental data provided by the imaging device of the users' electronic devices to generate a real-world depth map, generates a virtual depth map depicting digital images of sports players and/or promotion and other tokens, and blends the virtual depth map with the real-world depth map to generate an augmented reality depth map. The users of the system access the augmented reality depth map through the user interface on their electronic devices to capture the sports players they wish to add to their fantasy sports teams.

Abstract: The present technology provides a system and method for assembling a fantasy sports team using augmented reality. The technology employs a fantasy game server in communication with one or more users' electronic mobile devices, such as smartphones. The technology displays digital images of sports players and/or promotion or other tokens on the users' mobile devices, on which the users can capture the sports players they wish to add to their fantasy sports teams through a user interface of the fantasy game server. The fantasy game server generates geolocation information for a plurality of real-world players and compares it to geolocation data from the mobile device to determine when a real world player is within a threshold radius of the user and sends an alert to the user.

Abstract: The present technology provides a system and method for assembling a fantasy sports team using augmented reality. The technology employs a fantasy game server in communication with one or more users' electronic devices. The technology uses environmental data provided by the imaging device of the users' electronic devices to generate a real-world depth map, generates a virtual depth map depicting digital images of sports players and/or promotion and other tokens, and blends the virtual depth map with the real-world depth map to generate an augmented reality depth map. The users of the system access the augmented reality depth map through the user interface on their electronic devices to capture the sports players they wish to add to their fantasy sports teams.