Abstract
Ocean research requires the use of underwater robots, such as controlled boats (ROVs) and autonomously underwater vehicles (AUVs). These robots can investigate oceanic regions that are too hazardous or challenging for people to visit. Ocean research requires the use of mechanical diggers, including au vehicles (AUVs) and remotely piloted submersible vehicles (ROVs) (AUVs). These machines can investigate oceanic regions that are too hazardous or challenging for people to visit. Underwater robotics is not only used in rescue and search, it is already used in marine resource exploration, undersea terrain mapping and construction and maintenance of marine engineering structures. A dash cam, propulsion system, and lighting are standard on all ROVs. Depending on the necessary criteria, additional apparatus such as a handling arm, water sampling, clarity, emissivity, temperature, and depth measurement instruments is added. Since Robots that operate underwater must be waterproof since both ROV and AUV robots involve computers and electronics. This indicates that since the equipment is housed inside of an enclosure that forbids water from entering, water won't harm it. Yet, such a large area poses several difficulties, both above and below the surface. in monitoring, exploration and underwater operations, such as erosion. Turbulent water, low temperature and high pressure. Realistic controls require advanced theory, methodology, and equipment for underwater robots. Underwater acoustic sensors are the most intriguing sensing technique for aquatic robotic use. Acoustic underwater sensors often fall into one of the following two categories: both acoustic location sensors and acoustic ranging/imaging sensors. The underwater robot can successfully detect all ships entering a port and ensure that drug dealers are not attaching any packages to the underwater sections. Movement control of a system for underwater micro robots by developing a PSO path planning optimization system and a VR Control system for three-dimensional space. Artificial intelligence, network technology, and underwater medicine can all benefit from using this kind of submerged micro robot system. an array of micro robotics for drugs. Every A micro robot with smart materials can be used for transportation Some drug injection task and micro robot The most difficult underwater activities, such context identification and analysis, may be finished by the system. Initially, we employing a new spin particle to design the architecture of a micro robot system and an AVR control system. A technique to particle search using paths on the road, determined to dodge the obstruction The shortest robot and one t path to three Robots Smart Material ICPF (Ionic Conducting Polymer Film), let's study These types of underwater cooperative techniques A novel micro robot system with a single mother Several micro robots with submarine and ICPF actuators. SPSS statistics is multivariate analytics, business intelligence, and criminal investigation data management, advanced analytics, developed by IBM for a statistical software package. A long time, spa inc. Was created by, IBM purchased it in 2009. The most contemporary versions are marketed under the designation IBM SPSS statistics. Control signal of micro robot turning around, Fish-like underwater micro robot moving forward, Structure of the micro robot system and structure of AVR control system. The Cronbach's Alpha Reliability result. The overall Cronbach's Alpha value for the model is .860which indicates 86% reliability. From the literature review, the above 50% Cronbach's Alpha value model can be considered for analysis. Emotional Intelligence the Cronbach's Alpha Reliability result. The overall Cronbach's Alpha value for the model is .860which indicates 86% reliability. From the literature review, the above 50% Cronbach's Alpha value model can be considered for analysis.