Social media platforms are now crucial for the promotion and distribution of illegal drugs. Hashtags increase the likelihood of drug usage by making it simpler for users to participate in drug trafficking. Nonetheless...
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ISBN:
(数字)9798331525439
ISBN:
(纸本)9798331525446
Social media platforms are now crucial for the promotion and distribution of illegal drugs. Hashtags increase the likelihood of drug usage by making it simpler for users to participate in drug trafficking. Nonetheless, identifying and controlling drug trafficking activities presents considerable difficulties. Furthermore, the quick legalization of some substances has necessitated a more precise classification of drugs in order to differentiate them from illegal ones. Inspired by these findings, our goal in this study is to create a methodology that uses the most recent developments in artificial intelligence technology to categorize hashtags from postings that advertise illegal narcotics for sale on social media. We offer a semi-supervised deep learning method for categorizing hashtags from posts that promote illegal substances.
In this paper, the consensus problem of third-order heterogeneous platoon under self-triggered and event-triggered scheme is studied. Different and uncertain driveline time constants of vehicles are the main manifesta...
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Processing Digital media such images is a crucial step for any image classification task such as surface defect detection or any deep learning task which include Digital Media Processing. Ensuring the detail capturing...
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ISBN:
(数字)9798331525439
ISBN:
(纸本)9798331525446
Processing Digital media such images is a crucial step for any image classification task such as surface defect detection or any deep learning task which include Digital Media Processing. Ensuring the detail capturing of each and every feature of the input image from each and every pixel is must in order to build a robust system with minimal error or no error. While it may not be possible and causes the struggle for classical computing methods to efficiently capture and process complex patterns and subtle details. Utilising quantum computing for digital image processing gives an advantage over classical methods as it operates on high dimensional space and leverages quantum parallelism to explore numerous possibilities simultaneously. This enable the extraction of more complex features that might be otherwise missed improving the model’s capability to flag defects with greater accuracy and efficiency. Quantum computing’s potential to enhance feature extraction can significantly boost the performance of classification models, leading to dependable and precise surface defect detection.
The development of automatic detection and recognition of traffic signs is essential for intelligent transportation solutions (ITS) and the integration with autonomous systems. The proposed system integrates traffic s...
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ISBN:
(数字)9798331525439
ISBN:
(纸本)9798331525446
The development of automatic detection and recognition of traffic signs is essential for intelligent transportation solutions (ITS) and the integration with autonomous systems. The proposed system integrates traffic sign data with a Raspberry Pi platform and Deep Learning methods to detect and recognize various traffic signs. It addresses the challenges associated with detecting and recognizing traffic signs, enhancing the safety and efficiency of ITS systems. The system receives real-time input from cameras positioned at traffic signals, which is processed using YOLOv5. Following processing, the output is sent to a Raspberry Pi via WebSocket and asynchronous I/O Python libraries. Using Blynk-based technology, the Raspberry Pi then carries out the appropriate steps, such changing the speed of the vehicle or halting.
Comparator design has advanced significantly due to raising demands. In the preamplifier stage of a traditional comparator, a self-cascode structure is included into a novel comparator architecture shown in this study...
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ISBN:
(数字)9798331525439
ISBN:
(纸本)9798331525446
Comparator design has advanced significantly due to raising demands. In the preamplifier stage of a traditional comparator, a self-cascode structure is included into a novel comparator architecture shown in this study. A static latch is used in place of the traditional dynamic latch to improve comparison speed. The latch is further altered in the suggested design to achieve lower delay, which makes it ideal for use in biomedical devices and high-speed systems. The circuit exhibits an energy efficiency of 29.48 fJ, delay of 54.39 ps, and a power consumption of 10.58 μW. Monte Carlo and process corner simulations were used to verify robustness
This work focuses on developing an Arduino-based gaming glove that converts hand gestures into real-time game controls using an MPU6050 sensor. Key challenges addressed include ensuring sensor accuracy and calibration...
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ISBN:
(数字)9798331525439
ISBN:
(纸本)9798331525446
This work focuses on developing an Arduino-based gaming glove that converts hand gestures into real-time game controls using an MPU6050 sensor. Key challenges addressed include ensuring sensor accuracy and calibration, real-time data processing to avoid lag, maintaining comfort for extended use, reliable power management, durability of components, software integration, and balancing cost and accessibility.
Defense and disaster management requires more advanced and efficient technological solutions for rapid responses. This research work introduces a leading-edge technique that integrates Enhanced Super Resolution Genera...
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ISBN:
(数字)9798331525439
ISBN:
(纸本)9798331525446
Defense and disaster management requires more advanced and efficient technological solutions for rapid responses. This research work introduces a leading-edge technique that integrates Enhanced Super Resolution Generative Adversarial Network (ESRGAN) and Yolo Only Look Once Version 11 (YOLOv11) for the autonomous drone. This approach marks a significant advancement in aerial monitoring of the environment by increased surveillance capabilities and reduced reaction time improving the overall efficiency. The proposed Artificial Intelligence (AI) model can be added to Unmanned Aerial Vehicles (UAV) which has predefined paths and is autonomous to reduce human interventions in defense and disaster relief operations. Beyond technical implementation, real-world applications, limitations and challenges of the proposed methodology is also discussed.
This project aims to create a multi-module system to deal with issues related to healthcare personal record keeping and communication. There are three modules working synchronously. The process of extracting meaningfu...
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ISBN:
(数字)9798331525439
ISBN:
(纸本)9798331525446
This project aims to create a multi-module system to deal with issues related to healthcare personal record keeping and communication. There are three modules working synchronously. The process of extracting meaningful information from the prescriptions and storing them in a database is done in Module 1. In Module 2, a fine-tuned Large Language Model is implemented with information retrieval capabilities that enables users to ask medical-related queries and retrieve their medical history using natural language. With the help of the voice interaction technology included in Module 3, users can interact verbally with the system by giving voice instructions, and the system will respond accordingly.
In the field of data-related analytics, the overwhelming number of available methods presents a challenge: Which method should actually be chosen for a given problem? In this position paper, we raise awareness of this...
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We conduct an extensive study on deep learning-based spectrum sharing to resolve dynamic resource allocation in 6G cognitive radio networks in this paper. The approach uses modern machine learning models to optimize s...
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