Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents a method of generating new view point movie for the baseball game. One of the most interesting view point on the baseball game is looking from behind the catcher. If only one camera is placed behind the catcher, hover, the view is occluded by the umpire and catcher. ,  propose a method for generating a see-through movie which is captured from behind the catcher by recovering the pitcher's appearance with multiple cameras, so that  can virtually remove the obstacles (catcher and umpire) from the movie. Our method consists of three processes; recovering the pitcher's appearance by Homography, detecting obstacles by Graph Cut, projecting the ball's trajectory. For demonstrating the effectiveness of our method, in the experiment,  generate a see-through movie by applying our method to the multiple camera movies which are taken in the real baseball stadium. In the see-through movie, the pitcher can be appeared through the catcher and umpire.
['Takanori Hashimoto', 'Yuko Uematsu', 'Hideo Saito']
I am writing a research paper on a idea Generation of see-through baseball movie from multi-camera views
[{"from": "human", "value": "I am writing a research paper on a idea Generation of see-through baseball movie from multi-camera views"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents a method of generating new view point movie for the baseball game. One of the most interesting view point on the baseball game is looking from behind the catcher. If only one camera is placed behind the catcher, hover, the view is occluded by the umpire and catcher. ,  propose a method for generating a see-through movie which is captured from behind the catcher by recovering the pitcher's appearance with multiple cameras, so that  can virtually remove the obstacles (catcher and umpire) from the movie. Our method consists of three processes; recovering the pitcher's appearance by Homography, detecting obstacles by Graph Cut, projecting the ball's trajectory. For demonstrating the effectiveness of our method, in the experiment,  generate a see-through movie by applying our method to the multiple camera movies which are taken in the real baseball stadium. In the see-through movie, the pitcher can be appeared through the catcher and umpire."}]