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This paper introduces a hardware-software solution for biological feedback game development. Currently, game developers do not utilize any dynamic inputs that are based off of player’s biological reactions. The goal of this paper is to research how effectively and efficiently biofeedback can be implemented into a videogame. This process is focused on the hardware and software implementation. On the software side, the game dynamically generates events based on a player’s heart rate. We use a standard heart rate monitor that can be attached to the player’s thumb. Basing the software response the biofeedback yields an intimate player-game experience. Keywordsbiofeedback; video game; game interaction; hardware; software implementation.

Biofeedback: a Player’s Anxiety as Input into a Video Game Environment