In recent years, image segmentation has emerged as a critical task in computervision and various applications such as medical image processing, autonomous driving, and satellite imagery analysis. Deep learning techni...
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In recent years, with the development of social economy and the unprecedented development of computer hardware computing power, artificial intelligence technology has developed rapidly, the era of big computing has co...
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ISBN:
(纸本)9781510661363
In recent years, with the development of social economy and the unprecedented development of computer hardware computing power, artificial intelligence technology has developed rapidly, the era of big computing has come, and breakthroughs in deep learning algorithms have brought new opportunities for human-computer interaction and autonomous vehicles. Autonomous driving is divided into three parts: perception, planning and control. The perception part is the most widely used technical field of computervision, and the camera, as one of the indispensable sensors in intelligent driving vehicles, provides important image information for self-driving vehicle systems. The automatic driving system can obtain the location and distance information of various vehicles and pedestrians appearing in front of the car, providing accurate road information for drivers, avoiding traffic accidents, reducing casualties and property *** paper studies the object detection task and depth estimation task based on monocular vision in the visual distance perception system of autonomous driving. The emergence of deep learning has promoted the rapid development of the field of computervision, and the application of deep convolutional neural networks has enabled vision-based object detection and depth estimation. The estimation accuracy has been greatly improved, but the computational load of the deep convolutional neural network is very large. Since the automatic driving system needs to control the car in real time, it requires the visual perception algorithm to run in real time, and the on-board computing platform of the self-driving car is required. It belongs to the mobile computing platform, and its computing power is very limited. Therefore, this paper designs a multi-task deep convolutional neural network to detect the targets appearing in the field of view of the autonomous vehicle in real time based on monocular images, and obtain the front The distance between the target veh
This research paper explores the application of image enhancement processing algorithms in the context of computer art education. The paper acknowledges the significance of high-quality images in art education and add...
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In urban areas, traffic congestion is a major problem causing increased travel times, higher consumption of fuel, and environmental pollution. The traditional traffic control systems cannot adapt to dynamic traffic co...
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Smart retail has been increasing in interest due to societal shifts along with technological advancements. The fast-paced integration of artificial intelligence (AI) brings the opportunity to develop potential technol...
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Aiming at the problem of motor vehicle drivers39; fatigue driving, this paper proposes a deep learning-based fatigue driving behavior recognition method. The four parameters of PERCLOS parameter, blinking frequency,...
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This study presents an algorithm for solving the Traveling Salesman Problem (TSP) based on Circuit Covering Graph and Insertion Heuristic methods. This algorithm offers an efficient approach to constructing a tour for...
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With the help of the adaptive gain control algorithm and the flocking SWARM algorithm with adversarial agents, the project described in this article makes the entire system communication-free while maintaining the sam...
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Two-dimensional continuous control based on brain-computer interface (BCI) systems is becoming a research hotspot. However, due to the discreteness in BCI signal decoding, achieving smooth 2D continuous control is oft...
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In order to solve the problem of excessive deflection of UAV patrol angle and make the layout of patrol nodes more in line with the actual positioning requirements, the automatic patrol positioning control technology ...
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