Latency-aware player input filtering for player interactive windows in cloud gaming
A remote, or cloud, gaming system includes a gaining server coupled to a client device and to a game controller via a network. The gaming server is configured to execute a video game application. Responsive to detecting instantiation of a player interactive window in a video stream generated in association with the video game application, the server is further configured to preventing one or more player inputs from the game controller that are received in a specified filter window following instantiation of the player interactive window from being interpreted by the video game application as player input that is reactive to the player interactive window.
1. A computer-implemented method comprising:
executing a video game application at a server that is remotely connected to a game controller and a client device used for player interaction with the video game application; and
responsive to detecting, at the server, instantiation of a player interactive window in a video stream generated in association with the video game application, preventing one or more player inputs from the game controller that are received in a specified filter window following instantiation of the player interactive window from being interpreted by the video game application as player input that is reactive to the player interactive window,
wherein detecting instantiation of the player interactive window includes detecting, at the server, an initial presence of an object indicating a player interactive window is present in a frame of the video stream using an object recognition model.
2. The method of claim 1 , wherein one or more player inputs from the game controller are prevented to be interpreted by the video game application as player input that is reactive to the player interactive window during a set duration of the filter window following instantiation of the player interactive window.
3. The method of claim 2 , further comprising:
determining a cumulative latency representative of at least one network latency in a network connecting the server, a latency at the client device, and a latency at the game controller; and
setting the duration of the filter window based on the cumulative latency.
4. The method of claim 3 , further comprising:
determining at least one of a first network latency for transmission of data of the video stream to the client device and a second network latency for transmission of player input data from the game controller to the server; and
wherein the cumulative latency is further representative of at least one of the first network latency and the second network latency.
5. The method of claim 4 , further comprising:
determining a player reaction time; and
wherein the cumulative latency is further representative of the player reaction time.
6. The method of claim 1 , wherein:
preventing the one or more player inputs from being interpreted by the video game application as player input that is reactive to the player interactive window comprises filtering out the one or more player inputs from a player input stream provided to the video game application for a duration of the filter window.
7. The method of claim 1 , wherein:
preventing the one or more player inputs from being interpreted by the video game application as player input that is reactive to the player interactive window comprises temporarily setting the player interactive window as non-interactive in the video game application for a duration of the filter window.
8. The method of claim 1 , wherein:
preventing one or more player inputs from being interpreted by the video game application as player input that is reactive to the player interactive window comprises:
determining a subset of one or more player inputs that invoke an action with respect to the player interactive window; and
preventing only those player inputs of the determined subset from being interpreted by the video game application as player input that is reactive to the player interactive window.
9. The method of claim 1 , wherein:
preventing one or more player inputs from being interpreted by the video game application as player input that is reactive to the player interactive window comprises preventing all player inputs received at the server during the filter window from being interpreted by the video game application as player input that is reactive to the player interactive window.
10. The method of claim 1 , wherein:
detecting instantiation of the player interactive window further comprises receiving a notification from the video game application that the player interactive window is being instantiated by the video game application.
11. The method of claim 1 , wherein the object recognition model represents one or more characteristics indicative of a player interactive window, including at least one of: a location of the object within a certain area of the frame, a size or dimension of the object, a shape of the object, a presence of certain alphanumeric characters in the object, a color of the object, or a shading of the object.
12. A non-transitory computer-readable medium storing at least one set of executable instructions, the at least one set of executable instructions configured to manipulate at least one processor to:
execute a video game application at a server that is remotely connected to a game controller and a client device used for player interaction with the video game application; and
responsive to detecting, at the server, instantiation of a player interactive window in a video stream generated in association with the video game application, prevent one or more player inputs from the game controller that are received in a specified filter window following instantiation of the player interactive window from being interpreted by the video game application as player input that is reactive to the player interactive wherein detecting instantiation of the player interactive window includes detecting, at the server, an initial presence of an object indicating a player interactive window is present in a frame of the video stream using an object recognition module.
13. A remote gaming system comprising:
a server coupleable to a client device and to a game controller via a network, the server configured to:
execute a video game application; and
responsive to detecting instantiation of a player interactive window in a video stream generated in association with the video game application, preventing one or more player inputs from the game controller that are received in a specified filter window following instantiation of the player interactive window from being interpreted by the video game application as player input that is reactive to the player interactive window,
wherein the server is configured to detect instantiation of the player interactive window by detecting an initial presence of an object indicating a player interactive window is present in a frame of the video stream using an object recognition model.
14. The remote gaming system of claim 13 , wherein the server is configured to prevent one or more player inputs from the game controller to be interpreted by the video game application as player input that is reactive to the player interactive window during a set duration of the filter window following instantiation of the player interactive window.
15. The remote gaming system of claim 14 , wherein the server is further configured to:
determine a cumulative latency representative of at least one network latency in the network connecting the server, a latency at the client device, and a latency at the game controller; and
set the duration of the filter window based on the cumulative latency.
16. The remote gaming system of claim 15 , wherein the server is further configured to:
determine at least one of a first network latency for transmission of data of the video stream to the client device and a second network latency for transmission of player input data from the game controller to the server; and
wherein the cumulative latency is further representative of at least one of the first network latency and the second network latency.
17. The remote gaming system of claim 16 , wherein the server is further configured to:
determine a player reaction time; and
wherein the cumulative latency is further representative of the player reaction time.
18. The remote gaming system of claim 13 , wherein:
the server is configured to prevent the one or more player inputs from being interpreted by the video game application as player input that is reactive to the player interactive window by at least one of:
filtering out the one or more player inputs from a player input stream provided to the video game application for a duration of the filter window;
temporarily setting the player interactive window as non-interactive in the video game application for a duration of the filter window; or
determining a subset of one or more player inputs that invoke an action with respect to the player interactive window and preventing only those player inputs of the determined subset from being interpreted by the video game application as player input that is reactive to the player interactive window; or
preventing all player inputs received at the server during the filter window from being interpreted by the video game application as player input that is reactive to the player interactive window.
19. The remote gaming system of claim 13 , wherein:
the server is further configured to detect instantiation of the player interactive window by receiving notification from the video game application that the player interactive window is being instantiated by the video game application.
20. The remote gaming system of claim 13 ,
wherein the object recognition model represents one or more characteristics indicative of a player interactive window, including at least one of: a location of the object within a certain area of the frame, a size or dimension of the object, a shape of the object, a presence of certain alphanumeric characters in the object, a color of the object, or a shading of the object.