The image Recognition Search Engine is one of the modern advances in artificial intelligence and image analysis and processing. This advanced system surpasses typical functionalities in image identification as it capt...
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ISBN:
(数字)9798331523923
ISBN:
(纸本)9798331523930
The image Recognition Search Engine is one of the modern advances in artificial intelligence and image analysis and processing. This advanced system surpasses typical functionalities in image identification as it captures features to solve new problems faced in existing systems of digital media authentication, content designing, and improvement of images. The system core relies on advanced AI algorithms that can rasterically recognize and analyze various forms of image objects ranging from objects, faces, scenes, and brand logos converting what appears to be simple images into indexical, analyzable data. One feature is that the system can integrate deepfake detection technology, which is relevant in the context of increasing the amount of manipulated content in the media space. Using special algorithms to learn even the least detectable abnormality in images including the presence of unnatural distinctive facial characteristics and changes in lighting conditions, we obtain a highly effective tool for improving the reliability of image identification. Furthermore, the platform allows for new features to convert an image into a video by implementing frame interpolation and motion estimation through animating the images to allow users to create interesting clips for applications regarding marketing or any personal use.
The faint vision at low illumination affects the performance of intelligent surveillance systems and induces criminals to sin under the cover of darkness. Night-to-day translation is an ideal way to handle this proble...
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ISBN:
(纸本)9781665441155
The faint vision at low illumination affects the performance of intelligent surveillance systems and induces criminals to sin under the cover of darkness. Night-to-day translation is an ideal way to handle this problem, but hard to achieve due to the lack of information at night. We propose a novel approach that combines DCGAN(deep convolutional generative adversarial network) and imageprocessingalgorithms to find out the mapping from night to day. images from night domain are enhanced with MSRCP(multi-scale retinex with chromaticity preservation) algorithm before they're put into DCGAN to generate bright and clear daylight images without paired supervision. At the same time emerging issues of image atomization and local over-exposure are handled to ensure the quality of output. The experimental results show that our approach can be applied to different conditions and dig out sensitive information from the darkness.
Embedded systems typically require the transmission of significant amounts of data to small-scale CPUs for applications such as radar signal processing, imageprocessing, and embedded AI. Ensuring data integrity durin...
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ISBN:
(数字)9798350377200
ISBN:
(纸本)9798350377217
Embedded systems typically require the transmission of significant amounts of data to small-scale CPUs for applications such as radar signal processing, imageprocessing, and embedded AI. Ensuring data integrity during transmission is typically managed using Cyclic Redundancy Check (CRC) algorithms. However, achieving real-time CRC calculation and data storage poses challenges, often necessitating large FIFO memories and multiple clock domains. These additional resources involve a greater hardware complexity. This paper presents an approach aimed at synchronizing the CPU frequency with data transmission. This enables having a single clock domain and a reduction of power consumption. Using hardware/software co-design, it is possible to achieve real-time data storage and CRC calculation without data loss and with a low power consumption.
The basic use case of raw image for object detection and tracking in autonomous driving with the help of YOLOv8,also it uses the BOT-SORT algorithm be discussed in this paper. Converting raw sensor data to processed i...
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ISBN:
(数字)9798331530334
ISBN:
(纸本)9798331530341
The basic use case of raw image for object detection and tracking in autonomous driving with the help of YOLOv8,also it uses the BOT-SORT algorithm be discussed in this paper. Converting raw sensor data to processed images using image Signal processing (ISP) is a computationally intensive and expensive task that traditionally has been in the imageprocessing pipelines of many applications. In this paper, we examine these costs and the processing pipeline itself and propose a solution that eliminates them by consuming raw images directly. We perform our experiments on the RobotCar dataset, which suggest that raw images achieve competitive precision, recall and F1 scores to their preprocessed counterparts but in a fraction of the time. This work validates that raw images are a feasible and advantageous way to perform real-time object detection and tracking, contributing as possible alternative for coachbuilders. This work verifies by experiments the efficiency of raw images applying YOLOv8 and BOT-SORT in-depth, which significantly reduces cost and time over other related researches as a primary contribution. Our work on the findings studied indicate that raw images lend a direction toward efficacy and performance for improving autonomous driving system.
The proceedings contain 399 papers. The topics discussed include: wavelet based speech enhancement algorithm for hearing aid application;a review of imageprocessing applications based on Raspberry-Pi;pest detection i...
ISBN:
(纸本)9781665408165
The proceedings contain 399 papers. The topics discussed include: wavelet based speech enhancement algorithm for hearing aid application;a review of imageprocessing applications based on Raspberry-Pi;pest detection in crops using deep neural networks;kitchen safety and security system for children;intrusion detection system for databases: a hybrid metaheuristic clustering and closed sequential pattern mining approach;diabetes prediction using machine learning algorithms;integration of optimization techniques to improve performance of machine learning system;role of cloud security in big data processing for healthcare system;behavioral analysis of students by integrated radial curvature and facial action coding system using DCNN;an efficient mouse tracking system using facial gestures;automatic detection of white blood cancer from blood cells using novel machine learning techniques;portable smart storage units for agricultural products;and smart access control system for covid safety smart access control system during covid.
Over the years there has been huge improvements in the performance of imageprocessingalgorithms due to increase in computation power of Devices as well as use of Neural Networks. This paper focuses on comparison of ...
Over the years there has been huge improvements in the performance of imageprocessingalgorithms due to increase in computation power of Devices as well as use of Neural Networks. This paper focuses on comparison of size and performance of different image Classification networks used widely. Each one of the machine learning models studied presents a new technique to process the input images that might be useful in different scenarios. Our main focus is to identify the framework with low latency, high accuracy as they can be used practically in surveillance equipment’s that need to be fast and accurate.
Applications of multistatic sensor arrays, which operate in the terahertz-region, are increasingly gaining importance for non-destructive testing purposes. Continuous enhancements in processing capabilities of CPUs an...
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ISBN:
(纸本)9781728194240
Applications of multistatic sensor arrays, which operate in the terahertz-region, are increasingly gaining importance for non-destructive testing purposes. Continuous enhancements in processing capabilities of CPUs and GPUs allow to generate volumetric images with superior speeds compared to alternative raster-scan systems. However, this requires efficient reconstruction-and correction algorithms. In addition to the system design, the choice of signal processing methods has a decisive influence on the resolution, image quality and measurement duration. In this contribution, we discuss some aspects of this signal processing along with specific examples.
In recent years, Flapping-wing Micro Aerial Vehicles (FMAVs) have gained increasing attention due to their biomimetic appearance and excellent maneuverability. Equipping them with object detection systems to make them...
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ISBN:
(数字)9798350355413
ISBN:
(纸本)9798350355420
In recent years, Flapping-wing Micro Aerial Vehicles (FMAVs) have gained increasing attention due to their biomimetic appearance and excellent maneuverability. Equipping them with object detection systems to make them more intelligent is becoming a major trend. This paper proposes an aerial photography small object detection algorithm under adverse weather conditions based on YOLOv8. Using a custom dataset, the concluding mAP50 (mean Average Precision at Intersection over Union threshold of 0.5) reached 0.761, surpassing other datasets. The mAP50 improved from 0.627 to 0.708 compared to model validation on the VisDrone2019 dataset, surpassing other mainstream object detection models.
Autonomous face based attendance system utilizes Artificial Intelligence (AI) to transform attendance tracking by enabling simultaneous recognition of multiple faces. This advanced system offers a robust and efficient...
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ISBN:
(数字)9798350367171
ISBN:
(纸本)9798350367188
Autonomous face based attendance system utilizes Artificial Intelligence (AI) to transform attendance tracking by enabling simultaneous recognition of multiple faces. This advanced system offers a robust and efficient solution for accurately recording attendance in educational institutions, workplaces, and events, eliminating the need for manual intervention. By utilizing cutting-edge AI algorithms and facial recognition technology, the proposed multi-face recognition system ensures high accuracy, reduces time consumption, and enhances security. This research study explores the design and implementation of the proposed real-time multi-face recognition system, highlighting its potential to significantly improve attendance management practices across various domains.
The data acquired by various sensors and IoT devices is a key component of any Industrial Control System (ICS). The decision and predictive algorithms implemented in these ICTs require a specific resolution of the pro...
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ISBN:
(数字)9798350394276
ISBN:
(纸本)9798350394283
The data acquired by various sensors and IoT devices is a key component of any Industrial Control System (ICS). The decision and predictive algorithms implemented in these ICTs require a specific resolution of the processed data. This requirement usually increases the implementation costs due to the need to use expensive sensors or IoT devices, which can be a barrier to implementing such a system. To mitigate implementation expenses, an option is to use sensors or IoT devices having a lower cost and a lower resolution. How can we obtain the same performance of the algorithms that process these data? The answer is by enhancing the acquired signals before they are processed. In this paper, we propose a new enhancement algorithm to be applied to images, which are two-dimensional signals, but with similar results can be applied to other types of signals, unidimensional or multidimensional ones. To enhance the images, we decided to take advantage of the Riesz MV-Algebra structure of the images and we use Shepard Local Approximation Operators Defined in Riesz MV-Algebras. Due to the efficiency of Shepard Local Approximation Operators Defined in Riesz MV-Algebras in approximating functions, we expected that it will provide also good results in imageprocessing, and it will be a good enabler of image enhancement algorithms, expectation that has been confirmed through several experiments using both standard test images and acquired images during real industrial processes.
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