Deep learning (DL) is assisting academicians and medical professionals in uncovering latent opportunities in data and enhancing the healthcare industry. The edge computing applications like smart healthcare systems wh...
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Deep learning (DL) is assisting academicians and medical professionals in uncovering latent opportunities in data and enhancing the healthcare industry. The edge computing applications like smart healthcare systems where accurate decision-making is required for fast medical treatment. DL in healthcare allows clinicians to correctly analyze any ailment and treat it, resulting in improved medical decisions. We present a unique DL model for the autonomous healthcare edge computing application in this paper. Computer Aided Diagnosis (CAD) is an essential requirement of healthcare edge computing where the patient's medical data is used for fast and accurate disease prediction. Propose the DL-based CAD model for automatic disease classification from the input medical images. The model consists of pre-processing, DL-based feature engineering, and classification. Input medical image is first pre-processed for quality improvement and then automatic features are extracted using the pre-trained DL models (ResNet50 and Densenet201). The pre-trained models are improved by performing the feature scaling followed by a separate classification phase. The proposed CAD model is experimentally evaluated using the medical images dataset. The results reveal the efficiency of the proposed model compared to underlying solutions.
This paper proposes a framework for real-time monitoring of the power consumption of distributed calculation on the nodes of the cluster. The framework allows to visualize and analyze the provider results based on the...
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In this paper the various computational approaches for automatic generation control (AGC) of power systems is covers, with the goal of improving the automatic voltage regulator (AVR) and load frequency control (LFC) t...
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A soft robot has a significant advantage regarding its locomotion that it can change its shape passively based on its path shape variations. In this study, we adopt reservoir computing (RC), a kind of recurrent neural...
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The distribution station is characterized by a large number of stations, wide distribution, and its importance is relatively lower than that of substations. In communication, it is impossible to transmit electric ener...
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The research presents a new efficient machine learning method to classify brain tumors because this task remains vital in fighting the high incidence of brain cancers. The proposed approach unites all its operations i...
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Due to the difficulty of PID parameters and range adjustment, long response time and small measurement and control automation parameters, the design and research of temperature automatic measurement and control system...
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The traditional signalling systems have a high degree of independence, leading to high costs in resources and labor. In order to reduce the number of servers and achieve unified management of infrastructure, the autom...
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The design and implementation of a bird repeller based on the MLX90640 infrared sensor is proposed. The system can carry out real-time temperature measurement and accurate bird repellent. After the experimental verifi...
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The rapid advancement of integrated circuit (IC) technology has increased the demand for efficient and effective VLSI optimization methods. This paper presents a systematic literature review as well as a conceptual fr...
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The rapid advancement of integrated circuit (IC) technology has increased the demand for efficient and effective VLSI optimization methods. This paper presents a systematic literature review as well as a conceptual framework for optimizing placement and routing congestion estimation and control in VLSI design. This paper review existing algorithms, optimization techniques for placement and routing, congestion estimation, and control mechanisms. The goal is to comprehend the advantages, disadvantages, and applicability of these algorithms in addressing VLSI design problems. Furthermore, the research proposal seeks to create a comprehensive approach that incorporates various optimization techniques to improve the overall performance of integrated circuits. The estimation and control of routing congestion receive special attention because it has a significant impact on signal flow and overall circuit quality. The preferred programming platform for implementing the proposed methodology is the MATLAB technical computing language, along with the required toolboxes. This research aims to contribute to the advancement of efficient and reliable IC designs by addressing the key challenges in VLSI design using an optimized placement and routing framework.
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