Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  present experimental work that explores the factors governing symmetric bimanual interaction in a two-handed task that requires the user to track a pair of targets, one target with each hand. A symmetric bimanual task is a two-handed task in which each hand is assigned an identical role. In this context,  explore three main experimental factors.  vary the  distance  beten the pair of targets to track: as the targets become further apart, visual diversion increases, forcing the user to divide attention beten the two targets.  also vary the demands of the task by using both a slow and a fast  tracking speed . Finally,  explore  visual integration  of sub-tasks: in one condition, the two targets to track are connected by a line segment which visually links the targets, while in the other condition there is no connecting line. Our results indicate that all three experimental factors affect the degree of parallelism, which  quantify using a new metric of bimanual parallelism. Hover, differences in tracking error beten the two hands are affected only by the visual integration factor.
['Ravin Balakrishnan', 'Ken Hinckley']
I am writing a research paper on a idea Symmetric bimanual interaction
[{"from": "human", "value": "I am writing a research paper on a idea Symmetric bimanual interaction"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  present experimental work that explores the factors governing symmetric bimanual interaction in a two-handed task that requires the user to track a pair of targets, one target with each hand. A symmetric bimanual task is a two-handed task in which each hand is assigned an identical role. In this context,  explore three main experimental factors.  vary the  distance  beten the pair of targets to track: as the targets become further apart, visual diversion increases, forcing the user to divide attention beten the two targets.  also vary the demands of the task by using both a slow and a fast  tracking speed . Finally,  explore  visual integration  of sub-tasks: in one condition, the two targets to track are connected by a line segment which visually links the targets, while in the other condition there is no connecting line. Our results indicate that all three experimental factors affect the degree of parallelism, which  quantify using a new metric of bimanual parallelism. Hover, differences in tracking error beten the two hands are affected only by the visual integration factor."}]