Wireless Broadband Ad Hoc Network Communication Algorithm Based on IGS Technology

In response to the problems faced by traditional wireless broadband ad hoc network communication algorithms in dealing with complex and changing network environments, this paper introduces the IGS (Imperfer Gaussian Signaling) technology based on wide linear new waveforms, aiming to improve the transmission efficiency and anti-interference ability of devices. Firstly, the study aims to optimize communication requirements in multiple scenarios of power business; then, the use of IGS technology is studied to convert non-circular signals into Gaussian distribution signals; finally, the study is conducted on intelligent routing algorithms based on wide linear new waveform to optimize path selection between nodes and dynamically adjust topology connections, thereby enhancing the system's self-organization capability and network throughput. As the number of nodes continues to increase to 500, the latency of traditional systems has risen to 33 milliseconds. Wireless broadband self-organizing network communication devices based on IGS technology provide efficient and stable solutions for large-scale self-organizing network applications in the power industry.