SACR enabled, and data distributed randomly across nodes.
启用了SACR，并且数据随机分布在所有节点上。
The power cost of the node is low, and the size is small. The wireless sensor network realized data many to jump and the self-organization when the nodes were randomly distributed.
由该节点组成的无线传感器网络功耗低、节点体积小，实现了随机分布的传感器网络自组织和数据的多点跳传。
But in DHT based P2P networks, similar documents are distributed randomly among peers with their data identifiers consistently hashed, which poses challenge on complex queries.
但是，在基于DHT的P 2 P网络中，内容相似的文档，其数据标识通过一致性哈希散列，均匀随机分布在节点空间中，不利于复杂查询的进行。
But in DHT based P2P networks, similar documents are distributed randomly among peers with their data identifiers consistently hashed, which poses challenge on complex queries.
但是，在基于DHT的P 2 P网络中，内容相似的文档，其数据标识通过一致性哈希散列，均匀随机分布在节点空间中，不利于复杂查询的进行。
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