Underwater video transmission with video enhancement using reduce hazing algorithm

Abstract

Underwater video regulation is an insightful research field that can help engineers with bettering investigation on the lowered condition. Submerged video preparing has been utilized in a many fields, such as submerged infinitesimal location, landscape examining, mine identification, media transmission connections, and self-proficient lowered vehicles. Be that as it may, submerged video experiences solid assimilation, dissipating, shading contortion, and clamor from the manufactured light sources, causing video obscure, cloudiness, and a somewhat blue or greenish tone. In this way, the improvement can be separated into two techniques, submerged video de-preliminaries and underexposed video concealing remaking. Relentless in remote correspondence structures, for instance 3G, 4G, and so on, a coming crisis is endless deftly of the nonattendance of consistently Radio Frequency (RF) resources; this deterrent in moving speed cannot strengthen the improvement notable for high information speed. So the new innovation of Light-Fidelity (Li-Fi) came into picture. This innovation can be contrasted to that of Wi-Fi and offers points of interest like expanded available spectrum efficiency, effectiveness, security, low idleness and a lot higher speed. Communication is accomplished by exchanging light-emitting diode (LED) lights on and off at a speed higher than what is detectable to the human eye. This paper presents the explanation behind underexposed picture corruption and surveys the cutting-edge knowledge calculations like video reduce hazing algorithm. In this calculation, it uses two different de-hazing methods, simple Dark Channel Prior (DCP) and Approximate Dark Channel Prior (ADCP), to reduce haze in a video.

A Novel Approach of Autonomous Cruise Control Using Lidar Sensor

“…In the year 2002, R. Rajamani, et al [13] had done research work on the "Semi-autonomous adaptive cruise control systems" explained the implementation of vehicles in an autonomous way where it maintains a proper distance between the vehicles in the front to avoid the sudden crash between the two vehicles. J Mathiazhagan, et al [11] had done some work on "Journal of Optical Communications", discussed the topic of exchange of information using LED. In 2019, N. Laković, et al [10] had done a research paper on the topic of "Application of low-cost VL53L0X ToF sensor for robot environment detection" had explained how LIDAR sensor can be used in an environment and how it provides the information data around the surrounding obstacles irrespective of the size, state of the object and how it senses under contrast lighting conditions.…”

“…Therefore, the peak signal is inversely proportional to the power delivered to the motor. Whereas, figures [8], [9], [11], [12], [14] represent ambient and power, ambient, peak signal, the power delivered to the motor, range graphs respectively. Figures [15], [16], [17] and [18] are the graphical representation of the below mentioned table [1].…”

Implementation of a Full-Duplex Visible Light Communication System

“…However, the low performance, the high implementation cost, and the high degree of complexity of some prototypes presented above are shortcomings in their replication and diffusion. Furthermore, each of these previous authors designed their prototypes only for the transmission of text messages [7,37] and some multimedia files including video files [14,26], audio files [14,45,36,17], and image files [40,39,8,48,51,11,43,44]. As a result, the application scope of their prototypes is limited.…”