In order to solve the latency problem in games, a structure in which the game itself is automatically adjusted and the waiting time increases, so that even if the game becomes difficult, a structure in which the gamer is given a fair opportunity is being studied. KAIST and a research team from Alto University in Finland studied the delay problem using a simpler Flappy Bird rather than an FPS game such as Fortnite or Overwatch.
In this study, we investigated whether an artificial rack is inserted into the Flappy Bird and a certain amount of delay occurs affects the success rate of gamers. It also built a model for rack-level predictions that affect gameplay. Based on these predictions, the length of the soil pipe was shortened or the gap was widened to reduce the decrease in the gamer’s reaction and make the play successful. This feature may seem like a scam, but in real games it also takes the form of controlling graphics or frame rates.
This study uses Flappy Bird, a simple mobile game, but more research and effort may be needed to introduce it to a more complex 3D game-like structure. With streaming games expanding, there may be cases where an approach to overcoming lag and lag can help. Related information can be found here .
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