With the consistent growing maneuver and applications of mobile technologies, dynamic handling of queries related to information on electronic media (Broadcast Queries) plays a vital role. Broadcast Queries (BQs) consists of some authentic characteristics that are not addressed when compared to conventional spatial query processing. It is possible to achieve a considerable reduction in latency while maintaining the highest accuracy and scalability related to queries related to peer-to-peer allocation and thereby allows finishing queries with no interruption at a mobile congregation. In this paper, we propose a hybrid cache management algorithm in order to proficiently encourage accessing of data in ad hoc networks. The verification algorithm gathers the neighboring peer data items to provide the spatial query solutions. The network utilization in the network is related with the available bandwidth and the free space through efficient cache management. The hybrid cache management is combined with \(Cach{e}_{Data}\) and \(Cach{e}_{Path}\) techniques utilizing the concept of cache replacement policies with the motivation to further improve the performance of BQs. The experimental results indicate that the proposed scheme works well in reduction of query delay and also message complexity than the related techniques.

随着移动技术的不断发展和应用的不断增长，动态处理与电子媒体上的信息相关的查询（广播查询）起着至关重要的作用。广播查询（BQ）包含一些与常规空间查询处理相比未解决的真实特征。在保持与对等分配有关的查询有关的最高准确性和可伸缩性的同时，可以实现延迟的显着减少，从而可以在移动会众中不中断地完成查询。在本文中，我们提出了一种混合缓存管理算法，以熟练地鼓励自组织网络中的数据访问。验证算法收集相邻的对等数据项以提供空间查询解决方案。通过有效的缓存管理，网络中的网络利用率与可用带宽和可用空间有关。混合缓存管理与\（Cach {e} _ {Data} \）和\（Cach {e} _ {Path} \）技术利用缓存替换策略的概念来进一步改善BQ的性能。实验结果表明，与相关技术相比，该方案在减少查询时延和减少消息复杂度方面效果良好。