There are expansive applications in sea science, seaward investigation, safeguard insurance, acoustic observation, acoustic sensor systems with explicit acoustic sensors, submerged boats, submerged vessels and acoustic surface stations. There is extremely vital to make acoustic sensor organize application, an effective correspondence between all gadgets and segments. Inferable from the mind boggling arrangement condition and the exceptional qualities of submerged acoustic diverts in cubic dimension acoustic, another proficient and predictable correspondence and systems administration conventions are important to plan the Acoustic Sensor Networks. In this paper, we center a cubic bunch arrangement way to deal with adjust to dynamic conditions with adaptable part and union tasks and utilize iterative key appropriation plan to infer mystery keys for the confirmation of hubs through the transfer hubs, it moves among the groups with restriction, position based steering, organizations in cubic dimension acoustic spaces to control the vitality misfortune.

在海洋科学，航海调查，保障保险，声学观察，带有显式声传感器的声传感器系统，潜艇，潜船和声地面站等领域都有广泛的应用。使声音传感器组织应用程序，在所有小工具和段之间建立有效的对应关系至关重要。从令人难以置信的排列条件和立方尺寸的声学中淹没的声音转移的卓越品质可以推断出，另一种熟练且可预测的对应关系和系统管理惯例对于规划声传感器网络很重要。在本文中，