在未來工作方面，因為在本論文所提出的動態環境實驗中為了不使受測者分 心，使實驗畫面偏向於簡潔，未來要做的是將虛擬場景更符合真實世界場景，由 於近年來家庭監控自走車的快速發展，又因為操控自走車是在動態環境下操控，
所以未來可將此系統連接上自走車進行操控，且在操控自走車在進行穿越狹窄通 道時，可以使用力輔助系統幫助使用者減少穿越通道的時間;實驗中掉落的球雖 然是隨機的，可是系統是設定好給予何種輔助力，未來可加入環境偵測，可分析 是處於何種環境，系統可判斷在何種環境該選取何種力輔助，系統也可加入偵測 使用者意圖，可依使用者真正的需求，提供適當的力輔助減少任務完成時間和降 低錯誤率。
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