Connecting electric mobility (E-Mobility) systems with Internet of Things (IoT) technology is a crucial strategy for modern transportation and driving assistance systems. IoT and Advanced Driver Assistance Systems (AD...
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In recent years, the application of machine learning in Electronic Design Automation (EDA) has become a trend. Especially in deep reinforcement learning, it has proven to be an excellent algorithm to optimize the dela...
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After adopting 5G technology, businesses and academia have started working on sixth-generation wireless networking (6G) technologies. Mobile communications options are expected to expand in areas where previous genera...
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The use of multiple antennas at both transmitter and receiver significantly improves the performance of wireless communication systems. multiple-input multiple-output (MIMO) systems are typically paired with orthogona...
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ISBN:
(数字)9798350362510
ISBN:
(纸本)9798350362527
The use of multiple antennas at both transmitter and receiver significantly improves the performance of wireless communication systems. multiple-input multiple-output (MIMO) systems are typically paired with orthogonal frequency-division multiplexing (OFDM) to handle frequency selective (FS) channels in an efficient way. This paper focuses on single-carrier MIMO systems using spatial modulation (SM), which transmits information by selecting a few active antennas from a larger set. Using segmentation at the transmitter, SM systems have the same mathematical structure as spatially coupled sparse regression codes (SC-SPARCs) and additive white Gaussian noise (AWGN) transmission. These codes are known to achieve AWGN capacity with approximate message passing (AMP) decoding. We analyze the performance of SM with AMP decoding for FS channels. This approach handles intersymbol interference without the need for cyclic prefixes. We compare different AMP variants and examine the impact of various system parameters like the channel memory and modulations schemes.
Constant increase of electricity demand and integrated renewable energy sources in the grid results in harmonic distortions which can impair power quality (PQ). This paper proposes a methodology for the selection of s...
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Advancing memory circuitry has heightened the performance criteria for memory in diverse chip applications. Decoders, serving as peripheral circuits to memory devices, have be a prominent area of academic interest. Th...
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Step response method is a method for detection of foreign metal objects in the proximity of the transmitter coil in WPT system. It is based on a measurement of the resonant frequency of the transmitter's LC tank. ...
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In this paper, a scheme combining frequency- and material-independent response (FMIR), mode order reduction (MOR), and tangential equivalence principle algorithm (T-EPA) is proposed to analyze the radiation problem of...
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The cancellable biometric transformations are designed to be computationally difficult to obtain the original biometric *** paper presents a cancellable multi-biometric identification scheme that includes four stages:...
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The cancellable biometric transformations are designed to be computationally difficult to obtain the original biometric *** paper presents a cancellable multi-biometric identification scheme that includes four stages:biometric data collection and processing,Arnold’s Cat Map encryption,decimation process to reduce the size,and finalmerging of the four biometrics in a single generated ***,a 2D matrix of size 128×128 is created based on Arnold’s Cat Map(ACM).The purpose of this rearrangement is to break the correlation between pixels to hide the biometric patterns and merge these patterns together for more *** decimation is performed to keep the dimensions of the overall cancellable template similar to those of a single template to avoid data ***,some sort of aliasing occurs due to decimation,contributing to the intended distortion of biometric *** hybrid structure that comprises encryption,decimation,andmerging generates encrypted and distorted cancellable *** simulation results obtained for performance evaluation show that the system is safe,reliable,and feasible as it achieves high security in the presence of noise.
In the Smart Grid(SG)residential environment,consumers change their power consumption routine according to the price and incentives announced by the utility,which causes the prices to deviate from the initial ***,elec...
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In the Smart Grid(SG)residential environment,consumers change their power consumption routine according to the price and incentives announced by the utility,which causes the prices to deviate from the initial ***,electricity demand and price forecasting play a significant role and can help in terms of reliability and *** to the massive amount of data,big data analytics for forecasting becomes a hot topic in the SG *** this paper,the changing and non-linearity of consumer consumption pattern complex data is taken as *** minimize the computational cost and complexity of the data,the average of the feature engineering approaches includes:Recursive Feature Eliminator(RFE),Extreme Gradient Boosting(XGboost),Random Forest(RF),and are upgraded to extract the most relevant and significant *** this end,we have proposed the DensetNet-121 network and Support Vector Machine(SVM)ensemble with Aquila Optimizer(AO)to ensure adaptability and handle the complexity of data in the ***,the AO method helps to tune the parameters of DensNet(121 layers)and SVM,which achieves less training loss,computational time,minimized overfitting problems and more training/test *** evaluation metrics and statistical analysis validate the proposed model results are better than the benchmark *** proposed method has achieved a minimal value of the Mean Average Percentage Error(MAPE)rate i.e.,8%by DenseNet-AO and 6%by SVM-AO and the maximum accurateness rate of 92%and 95%,respectively.
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