In wireless network multiple nodes can simultaneously transmit intrusion event that can be avoid-ed from being reported to the sink in real-time which may also lead to collision or channel inferences. To address these problems a multichannel wireless sensor networks has been deployed to achieve collision-free and efficient data transfer between nodes. The proposed solution considers channel interference, channel optimization, and efficient time slot management. In this paper, two algorithms have been proposed forward routing tree, namely VMFMCRT and AGLSBT that established the sink connectivity of multiple convergent nodes. Additionally, the interference caused by packet transmission among sensors have been reduced by implementing an Efficient scheduling in the relay routing tree that is called Efficient multi-channel and time-slot scheduling. To benchmark the proposed study IEEE 802.15.4 module is used to simulate the performance. Results obtained from simulation show that the proposed algorithms effectively reduces packet interference, packet drop rate, delay and improves throughput. The statistical validations shows the correctness and tolerance of the model.

在无线网络中，多个节点可以同时传输入侵事件，可以避免将入侵事件实时报告给接收器，这也可能导致冲突或信道干扰。为了解决这些问题，已经部署了多通道无线传感器网络以实现节点之间的无冲突和有效的数据传输。提出的解决方案考虑了信道干扰，信道优化和有效的时隙管理。在本文中，提出了两种算法，即VMFMCRT和AGLSBT，它们建立了多个聚合节点的宿连接。另外，通过在中继路由树中实施称为高效多通道和时隙调度的高效调度，已减少了传感器之间数据包传输所引起的干扰。为了对提出的研究进行基准测试，使用IEEE 802.15.4模块来模拟性能。仿真结果表明，该算法有效降低了分组干扰，分组丢包率，时延，提高了吞吐量。统计验证显示了模型的正确性和耐受性。