A Synchronous Transmission Method for Array Signals of Sensor Network under Resonance Technology

Abstract

The traditional transmission methods for array signals face problems like signal loss and inaccurate output, due to the inadequacy of signal processing. To solve the problems, this paper presents a synchronous transmission method for array signals of sensor network under resonance technology. For better transmission efficiency, the array signals were collected through three-node collaboration in the sensor network, and denoised through wavelet transform. After that, the abnormal nodes in the sensor network were detected to improve transmission accuracy. On this basis, vibration frequency of the array signals was adjusted by the degree of harmonic vibration. Finally, the synchronous and accurate transmission of array signals was realized through normalization and adaptive solution of echo signals. Experimental results show that the proposed method achieved greater information throughput and higher transmission accuracy than traditional methods within the same time. Therefore, this research provides a highly applicable synchronous transmission method for array signals.

Tele Education in India

“…A multiservice network is a multipurpose environment designed to transmit voice, images, and data using packet-switched (IP) technology [8]. It is distinguished by the reliability characteristics of telephone networks (in contrast to the non-guaranteed quality of communication on the Internet) and provides a low transmission cost per unit of information (closer to the cost of data transmission on the Internet) [9]. Generally speaking, the main task of multiservice networks is to ensure the operation of heterogeneous information and telecommunication systems and applications by allowing the transmission of normal traffic (data) and traffic of other types of information (voice, video, etc.)…”

“…It is still popular to build integrated-type networksfiber to the home (FTTH), where the copper pair is used only in the section from the switch to the subscriber [6]. However, the dynamics are increasingly moving toward PON, and the installation of a passive network allows for modifications without interfering with the system architecture and allows cable rerouting [7][8][9][10].…”

The strategic analysis and operation of the multiservice model used for synchronous transmission in communication networks

“…A multiservice network is a multipurpose environment designed to transmit voice, images, and data using packetswitched (IP) technology (8). It is distinguished by the reliability characteristics of telephone networks (in contrast to the non-guaranteed quality of communication on the Internet) and provides a low transmission cost per unit of information (closer to the cost of data transmission on the Internet) (9). Generally speaking, the main task of multiservice networks is to ensure the operation of heterogeneous information and telecommunication systems and applications by allowing the transmission of normal traffic (data) and traffic of other types of information (voice, video, etc.)…”

“…It is still popular to build integrated-type networks -fiber to the home (FTTH), where the copper pair is used only in the section from the switch to the subscriber (6). However, the dynamics are increasingly moving toward PON, and the installation of a passive network allows for modifications without interfering with the system architecture and allows cable rerouting (7)(8)(9)(10).…”

Finite time Synchronization of Inertial Memristive Neural Networks with Time Varying Delay

“…Since the first publication of chaotic synchronization by Pecora in naval Laboratory in 1990 [12], the synchronization problem has attracted wide attention from scholars due to the widespread existence of complex chaotic phenomena in nature and engineering systems [7]. The synchronization theory has been reflected and applied in both nature and engineering circles, such as laser network synchronization [22], resonance synchronization [18] and epilepsy [15]. In order to solve this complex nonlinear chaotic behavior and completely reconstruct the chaotic states of the two systems, scholars have proposed many synchronization strategies, such as generalized synchronization [6], complete synchronization [23], coupled synchronization [9], etc.…”