Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An interesting property of the commonly used parallel coordinates display is the distinct overall pattern formed by the totality of lines beten adjacent axes. These patterns have a direct correspondence to the type of relationship existing beten the variables mapped onto the axes in question as ll as a salient visual appearance. Parallel coordinates displays can therefore be used to visually investigate relationships beten variables as ll as investigating individual objects/lines. The problem with this approach is that, whereas each object is mapped in its entirety in a standard parallel coordinates display, only a small subset of the interrelations beten variables is shown as the number of variables increase. To show all possible relations beten variables multiple parallel coordinates displays are needed. In turn this means that each variable is duplicated several times, once per extra parallel coordinates display. To a vier this increases the visual complexity and most probably the mental load. To aid users  have devised a new configuration of the axes in multiple parallel coordinates displays. Through an experiment  have also started to investigate the usability of this new configuration and the results are promising.
['Mats Lind', 'Jimmy Johansson', 'Matthew D. Cooper']
I am writing a research paper on a idea Many-to-Many Relational Parallel Coordinates Displays
[{"from": "human", "value": "I am writing a research paper on a idea Many-to-Many Relational Parallel Coordinates Displays"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An interesting property of the commonly used parallel coordinates display is the distinct overall pattern formed by the totality of lines beten adjacent axes. These patterns have a direct correspondence to the type of relationship existing beten the variables mapped onto the axes in question as ll as a salient visual appearance. Parallel coordinates displays can therefore be used to visually investigate relationships beten variables as ll as investigating individual objects/lines. The problem with this approach is that, whereas each object is mapped in its entirety in a standard parallel coordinates display, only a small subset of the interrelations beten variables is shown as the number of variables increase. To show all possible relations beten variables multiple parallel coordinates displays are needed. In turn this means that each variable is duplicated several times, once per extra parallel coordinates display. To a vier this increases the visual complexity and most probably the mental load. To aid users  have devised a new configuration of the axes in multiple parallel coordinates displays. Through an experiment  have also started to investigate the usability of this new configuration and the results are promising."}]