A Comparative Study of Dynamic Comparators for Low-Power Successive Approximation ADC by Fei Yuan

“…This paper provides a critical review and the classification of comparators in low-power low-data-rate (1 kS/s~1.5 MS/s) successive approximation register analog-to-digital converters (SAR ADCs). …”
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Modeling dynamic and static operating modes of a low-power asynchronous electric drive by Viktor Lyshuk, Sergiy Moroz, Yosyp Selepyna, Valentyn Zablotskyi, Mykola Yevsiuk, Viktor Satsyk, Anatolii Tkachuk

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Design and analysis of optimized dynamic comparator circuit for low-power and high-speed applications by Dhandapani Vaithiyanathan, Rajat Mishra, Preeti Verma, Baljit Kaur

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High-speed and low-power molecular dynamics processing unit (MDPU) with ab initio accuracy by Pinghui Mo, Yujia Zhang, Zhuoying Zhao, Hanhan Sun, Junhua Li, Dawei Guan, Xi Ding, Xin Zhang, Bo Chen, Mengchao Shi, Duo Zhang, Denghui Lu, Yinan Wang, Jianxing Huang, Fei Liu, Xinyu Li, Mohan Chen, Jun Cheng, Bin Liang, Weinan E, Jiayu Dai, Linfeng Zhang, Han Wang, Jie Liu

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Dynamic Low-Carbon Dispatching Method of Power System Based on Improved Carbon Emission Flow Theory by Jiaxing CHEN, Chunling WANG, Chunming LIU

“…Therefore, this paper proposes a dynamic low-carbon two-stage optimal scheduling method considering demand response in a day-ahead market. …”
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Challenges and solutions in low‐inertia power systems with high wind penetration by Bwandakassy Elenga Baningobera, Irina Oleinikova, Kjetil Uhlen, Basanta Raj Pokhrel

“…The analysis includes adapting the Nordic equivalent power system model, allowing a deeper understanding of the dynamics of low‐inertia environments and the impact of renewable energy integration. …”
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Dynamic adaptive discrete particle swarm optimization algorithm based method on low-power mapping in network-on-chip by Qin-rang LIU, Qi-hua DAI, Jian-liang SHEN, Bo ZHAO

“…Compared to 2D NoC, 3D NoC has better integrated density and system performance, which was a reliable method to solve the problem about low-power mapping. On the basis of the traditional particle swarm optimization algo-rithm (PSOA), a dynamic adaptive discrete particle swarm optimization algorithm (DADPSOA) was proposed . …”
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Ultra low power design of multi-valued logic circuit for binary interfaces by Mansi Jhamb, Ratnesh Mohan

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Analysis on Cage Dynamic Characteristic of Ultra-low Temperature Angular Contact Ball Bearing by Jing Liu, Yanguang Ni, Wenhu Zhang, Sier Deng

Subjects: “…Ultra-low temperature…”
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A System for Efficient Detection of Forest Fires through Low Power Environmental Data Monitoring and AI by İpek Üremek, Paul Leahy, Emanuel Popovici

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<italic>DynaTrack</italic>: Low-Power Channel-Aware Dynamic Smartphone Tracking Using UWB DL-TDOA by Junyoung Choi, Sagnik Bhattacharya, Joohyun Lee

“…In this paper, we propose and implement a novel low-power channel-aware dynamic frequency DL-TDOA ranging algorithm, termed DynaTrack. …”
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Low-power speech denoising method for non-stationary noise in underground mines by Yi YANG, Xiao TAN, Yajun CHANG, Keping WANG, Binbin LIU, Tian WANG

“…Based on the minimum mean square error of smoothed power spectral density and noise power spectral density, dynamic smoothing processing is implemented on the power spectrum of noisy speech. …”
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Frequency Dynamic Characteristic Analysis of Ultra-Low Frequency Oscillation and Multi-Machine GPSS Parameter Tuning Method by ZENG Pijiang, XU Hao, YE Pengju, ZHENG Chao, SAI Xiangyu, CHEN Gang, ZHAO Yong, JIANG Chuyang, GAN Deqiang

Subjects: “…frequency dynamic analysis|ultra-low frequency oscillation|vector margin|governor power system stabilizer（gpss）|yunnan power grid…”
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A dynamic examination of the digital circuit implementing the Fitzhugh-Nagumo neuron model with emphasis on low power consumption and high precision. by Mehdi Nadiri Andabili, Soheila Nazari, Tohid Moosazadeh

“…Considering that the CORDIC-based FHN model has a high compatibility with the original model, its superiority over the original model is the possibility of hardware implementation with low power consumption. To analyze further, two cost functions are defined based on operation frequency, power, and error to confirm the efficiency of the proposed hardware compared to previous studies. …”
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Recent Advances in Low-Power Semiconductor Technologies by Song Kehui

“…With the development of the Internet of Things (IoT), data centers and edge computing, low-power semiconductor technology has received increasing attention. …”
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RTRS algorithm in low-power Internet of things by Yuchen CHEN, Yuan CAO, Laipeng ZHANG, Lianghui DING, Feng YANG

“…Considering the feature of periodical uplink data transmission in IEEE 802.11ah low-power wide area network (LWPAN),a real-time RAW setting (RTRS) algorithm was proposed.Multiple node send data to an access point (AP),and the uplink channel resources were divided into Beacon periods in time.During a Beacon period,AP firstly predicted the next data uploading time and the total amount of devices that will upload data in the next Beacon period.The AP calculated the optimal RAW parameters for minimum energy cost and broadcasted the information to all node.Then all devices upload data according to the RAW scheduling.The simulation results show that the current network state can be predicted accurately according to the upload time of the terminal in the last period.According to the predicted state,raw configuration parameters can be dynamically adjusted and the energy efficiency can be significantly improved.…”
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RTRS algorithm in low-power Internet of things by Yuchen CHEN, Yuan CAO, Laipeng ZHANG, Lianghui DING, Feng YANG

“…Considering the feature of periodical uplink data transmission in IEEE 802.11ah low-power wide area network (LWPAN),a real-time RAW setting (RTRS) algorithm was proposed.Multiple node send data to an access point (AP),and the uplink channel resources were divided into Beacon periods in time.During a Beacon period,AP firstly predicted the next data uploading time and the total amount of devices that will upload data in the next Beacon period.The AP calculated the optimal RAW parameters for minimum energy cost and broadcasted the information to all node.Then all devices upload data according to the RAW scheduling.The simulation results show that the current network state can be predicted accurately according to the upload time of the terminal in the last period.According to the predicted state,raw configuration parameters can be dynamically adjusted and the energy efficiency can be significantly improved.…”
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Experimental evaluation of a NACA-0022 airfoil under steady and dynamic pitch oscillations at low Reynolds numbers for wind power applications by Zakria Toor, Haitham M. Bahaidarah, Mohamed E. Zayed, Shafiqur Rehman

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Design of Ultra-Low-Power Rail-to-Rail Input Common Mode Range Standard-Cell-Based Comparators by Antonio Manno, Giuseppe Scotti, Gaetano Palumbo

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Design methodology for low-power, low-voltage inductor-less Chua's chaotic oscillator by Chandan Kumar Choubey, Amit Gupta, Aruna Pathak

“…This paper describes the design and modeling of a low-power, low-voltage Chua's chaotic oscillator using Dynamic Threshold Metal Oxide Semiconductor (DTMOS) technology. …”
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