HANDHELD DEVICE WITH GESTURE-BASED VIDEO INTERACTION AND METHODS FOR USE THEREWITH

1 . A handheld device comprising:

a wireless interface module, for communicating a plurality of display interface data with a remote display device;

a touch screen;

a gesture recognition module, coupled to the touch screen, for recognizing a plurality of gestures in response to user interaction with the touch screen;

a processor, coupled to the wireless interface module, the touch screen and the gesture recognition module, for executing a video application for operation of the handheld device in conjunction with the remote display device, wherein the video application includes:

receiving a first video signal from the remote display device via first display interface data of the plurality of display interface data;

displaying the first video signal on the touch screen;

recognizing, via the gesture recognition module, a first gesture of the plurality of gestures;

generating second display interface data of the plurality of display interface data that includes a command to switch the remote display device to display of the first video signal; and

sending the second display interface data to the remote display device via the wireless interface module.

2 . The handheld device of claim 1 wherein the video application further includes:

receiving program guide information from the remote display device via third display interface data of the plurality of display interface data;

displaying a program guide on the touch screen, based on the program guide information;

receiving a selection of the first video signal in response to the user interaction with the touch screen while the program guide is displayed;

generating fourth display interface data of the plurality of display interface data that indicates the selection of the first video signal; and

sending the fourth display interface data to the remote display device via the wireless interface module.

3 . The handheld device of claim 1 wherein the video application further includes:

recognizing, via the gesture recognition module, a second gesture of the plurality of gestures indicating a swap video command corresponding to an exchange between a second video signal currently displayed on the handheld device and a third video currently displayed on he remote display device;

generating third display interface data of the plurality of display interface data that includes the swap video command; and

sending the third display interface data to the remote display device via the wireless interface module.

4 . The handheld device of claim 1 wherein the video application further includes:

recognizing, via the gesture recognition module, a second gesture of the plurality of gestures corresponding to a channel change command;

generating third display interface data of the plurality of display interface data that includes the channel change command; and

sending the third display interface data to the remote display device via the wireless interface module.

5 . The handheld device of claim 1 wherein the video application further includes:

recognizing, via the gesture recognition module, a second gesture of the plurality of gestures indicating a fetch video command corresponding to a command to switch the handheld device to a second video signal currently displayed on the remote display device;

generating third display interface data of the plurality of display interface data that includes the fetch video command; and

sending the third display interface data to the remote display device via the wireless interface module.

6 . The handheld device of claim 1 wherein the gesture recognition module analyzes a touch data trajectory generated in response to the user interaction with the touch screen to extract and at least one orientation corresponding to the touch data trajectory, and wherein the gesture recognition module recognizes the first gesture based on the at least one orientation.

7 . The handheld device of claim 1 wherein the gesture recognition module recognizes the first gesture based on a difference between a plurality of contemporaneous touches by the user of the touch screen.

8 . A method for use in conjunction with a handheld device, the method comprising:

communicating a plurality of display interface data with a remote display device via a wireless interface module;

executing, via a processor, a video application for operation of the handheld device in conjunction with the remote display device, wherein the video application includes:

receiving a first video signal from the remote display device via first display interface data of the plurality of display interface data;

displaying the first video signal on the touch screen;

recognizing a first gesture of a plurality of gestures;

generating second display interface data of the plurality of display interface data that includes a command to switch the remote display device to display of the first video signal; and

sending the second display interface data to the remote display device via the wireless interface module.

9 . The method of claim 8 wherein the video application further includes:

receiving program guide information from the remote display device via third display interface data of the plurality of display interface data;

displaying a program guide on the touch screen, based on the program guide information;

receiving a selection of the first video signal in response to the user interaction with the touch screen while the program guide is displayed;

generating fourth display interface data of the plurality of display interface data that indicates the selection of the first video signal; and

sending the fourth display interface data to the remote display device via the wireless interface module.

10 . The method of claim 8 wherein the video application further includes:

recognizing a second gesture of the plurality of gestures indicating a swap video command corresponding to an exchange between a second video signal currently displayed on the handheld device and a third video currently displayed on the remote display device;

generating third display interface data of the plurality of display interface data that includes the swap video command; and

sending the third display interface data to the remote display device via the wireless interface module.

11 . The method of claim 8 wherein the video application further includes:

recognizing a second gesture of the plurality of gestures corresponding to a channel change command;

generating third display interface data of the plurality of display interface data that includes the channel change command; and

sending the third display interface data to the remote display device via the wireless interface module.

12 . The method of claim 8 wherein the video application further includes:

recognizing a second gesture of the plurality of gestures indicating a fetch video command corresponding to a command to switch the handheld device to a second video signal currently displayed on the remote display device;

generating third display interface data of the plurality of display interface data that includes the fetch video command; and

sending the third display interface data to the remote display device via the wireless interface module.

13 . The method of claim 8 wherein recognizing the first gesture of the plurality of gestures includes analyzing a touch data trajectory generated in response to the user interaction with the touch screen to extract at least one orientation corresponding to the touch data trajectory, and recognizing the first gesture based on the at least one orientation.

14 . The method of claim 8 wherein recognizing the first gesture of the plurality of gestures is based on a difference between a plurality of contemporaneous touches by the user of the touch screen.

15 . A handheld device comprising:

a wireless interface module, for communicating a plurality of display interface data with a remote display device;

a touch screen;

a gesture recognition module, coupled to the touch screen, for recognizing a plurality of gestures in response to user interaction with the touch screen;

a signal interface for receiving a first video signal from a media content provider network;

a processor, coupled to the wireless interface module, the signal interface, the touch screen and the gesture recognition module, for executing a video application in conjunction with the remote display device, wherein the video application includes:

displaying the first video signal on the touch screen;

recognizing, via the gesture recognition module, a first gesture of the plurality of gestures;

generating first display interface data that includes the first video signal and a command to switch the remote display device to display of the first video signal; and

sending the first display interface data to the remote display device via the wireless interface module.

16 . The handheld device of claim 15 wherein signal interface further receives program guide information from the media content provider network, and wherein the video application further includes;

displaying a program guide on the touch screen, based on the program guide information;

receiving a selection of the first video signal in response to the user interaction with the touch screen while the program guide is displayed.

17 . The handheld device of claim 15 wherein the video application further includes:

recognizing, via the gesture recognition module, a second gesture of the plurality of gestures indicating a fetch video command corresponding to an switch at the handheld device to a second video signal currently displayed on the remote display device;

generating second display interface data of the plurality of display interface data that includes the fetch video command;

sending the second display interface data to the remote display device via the wireless interface module; and

receiving third display interface data of the plurality of display interface data that includes the second video signal.

18 . The handheld device of claim 15 wherein the gesture recognition module analyzes a touch data trajectory generated in response to the user interaction with the touch screen to extract and at least one orientation corresponding to the touch data trajectory, and wherein the gesture recognition module recognizes the first gesture based on the at least one orientation.

19 . The handheld device of claim 15 wherein the gesture recognition module recognizes the first gesture based on a difference between a plurality of contemporaneous touches by the user of the touch screen.