Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Behavioral information can be inferred from the trajectory of a rigid object.  propose a method to detect anomalies in the approach of a vehicle by observing the patterns in its velocity and describe methods for more effective analysis of the velocity trajectory. First  define a hypothetical co-ordinate system in which the axes are specified with respect to the road and distances are true ground measurements. In this co-ordinate system the (axial) velocity is a one dimensional quantity.  estimate the “normal” trends in the velocities by activity path modeling after scaling the velocities by the vehicle's average speed.  detect an anomaly if a vehicle's velocity does not fall in the available path models. Finally,  use the shape of the trajectory to determine turns and other significant maneuvers.  also detect an anomaly if a vehicle's velocity falls in a path model which is inconsistent with the shape of its trajectory.  observe that our proposed co-ordinate system also improves trajectory shape analysis by suppressing false turns.
['Satyam Srivastava', 'Ka Ki Ng', 'Edward J. Delp']
I am writing a research paper on a idea Co-ordinate mapping and analysis of vehicle trajectory for anomaly detection
[{"from": "human", "value": "I am writing a research paper on a idea Co-ordinate mapping and analysis of vehicle trajectory for anomaly detection"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Behavioral information can be inferred from the trajectory of a rigid object.  propose a method to detect anomalies in the approach of a vehicle by observing the patterns in its velocity and describe methods for more effective analysis of the velocity trajectory. First  define a hypothetical co-ordinate system in which the axes are specified with respect to the road and distances are true ground measurements. In this co-ordinate system the (axial) velocity is a one dimensional quantity.  estimate the \u201cnormal\u201d trends in the velocities by activity path modeling after scaling the velocities by the vehicle's average speed.  detect an anomaly if a vehicle's velocity does not fall in the available path models. Finally,  use the shape of the trajectory to determine turns and other significant maneuvers.  also detect an anomaly if a vehicle's velocity falls in a path model which is inconsistent with the shape of its trajectory.  observe that our proposed co-ordinate system also improves trajectory shape analysis by suppressing false turns."}]