科言猫
学术研究的AI总结
首页
文献互助
订阅
我的收藏
科研工具
选题分析
论文总结
专利管理
专利缴费
专利查询
未登录
返回
期刊详情
I
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
论文数
81
被引数
相关解读
0
订阅
期刊论文
81
相关解读
0
期刊论文
81
发表时间
发表时间
IF
被引数
Frequency-Division Multiplexed Wearable Wireless Sensor Network for Real-Time Motion Tracking using Magnetic Induction
基于磁感应的频分复用可穿戴无线传感器网络用于实时运动追踪
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-10-12
0
PRE
AI
Michella Rustom; Alireza Farhadian; Garrett Knuf; Mahta Moghaddam; Constantine Sideris
分享
收藏
A High-Pixel-Density, Wide-DR Subretinal Prosthesis SoC with Power-Aware Light Adaptation and Charge-Recycling Local Dynamic Supply
高像素密度、宽动态范围视网膜下假体SoC,具有功耗感知的光适应和电荷再利用局部动态电源
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-09-25
0
PRE
AI
Kyeongho Eom; Hyun-Su Lee; Minju Kim; Maesoon Im; Hyung-Min Lee
分享
收藏
FiLMamba: A FiLM-Conditioned Mamba Architecture with an Energy-Efficient FPGA Accelerator for Generalizable Cuffless Blood Pressure Estimation
FiLMamba:一种基于FiLM条件化的Mamba架构,并配备一种节能FPGA加速器,用于泛化无创血压估计
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-09-22
0
PRE
AI
Fan He; Jinhong Wu; Wenxian Li; Yan Li; Xiaoyang Zeng
分享
收藏
Digital-Based Potentiostat and Mesoporous Microelectrode Co-Design for Non-Enzymatic Glucose Detection at 0.3V- V
DD
and 1.65nW-Power
基于数字的恒电位仪与介孔微电极协同设计用于非酶葡萄糖检测,在0.3V-V
DD
和1.65nW功耗下
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-08-31
0
OA
AI
Andrea De Gregorio; Mara Serrapede; Danilo Kaddouri; Paolo Angelini; Giuseppe Bruno; Simone Luigi Marasso; Salvatore Guastella; Andrea Lamberti; Paolo Crovetti
分享
收藏
Minimally Invasive Square-based Temporal Interference Stimulation IC for Neuromodulation with Enhanced E-field Delivery
微创正方形基座式时干扰刺激IC,用于具有增强电场递送的神经调控
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-08-28
0
PRE
AI
Yemin Kim; Junhyuck Lee; Jaejun Kil; Dongrim Kim; Byunghun Lee
分享
收藏
An Interference-Aware Adaptive Frequency Channel Selection Transceiver for Low Power Human Body Communication
一种具有干扰感知的自适应频率信道选择收发器,用于低功耗人体通信
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-08-14
0
PRE
AI
Amr N. Abdelrahman; Abdelhay Ali; Mohamed Ali; Ahmad Hassan; Ahmed M. Eltawil
分享
收藏
A High-Precision Electrical Stimulator ASIC with Adaptive Charge Balancing for Long-Term Implantable Neuromodulation
高精度自适应电荷平衡用于长期植入式神经调控的专用集成电路电气刺激器
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-08-06
0
PRE
AI
Zhang Qiu; Kangyu Su; Yueming Wang; Jian Xu
分享
收藏
AutoFIR: An Automated Framework for Resource-Efficient EEG FIR Filtering on FPGAs
AutoFIR:一种用于FPGA上资源高效EEG FIR滤波的自动化框架
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-08-03
0
PRE
AI
Hui Liu; Hengxu Li; Hongli Wang; Lin Sun; Ziyang Ma; Lin Zhang; Hongdang Zheng; Chao Chen
分享
收藏
Motion-Aware Low-Power Wearable Photoplethysmography System with Metamaterial-Enhanced Wireless Telemetry
运动感知低功耗可穿戴光电容积脉搏波描记系统,具有超材料增强无线遥测功能
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-08-03
0
PRE
AI
Luvsanbat Khurelbaatar; Jungang Zhang; Jiaoran Wang; Ali Mokhtarzade; Bhavani Yalagala; Pouya Khosravi; Chi-Wa U; Morteza Amjadi; Hadi Heidari
分享
收藏
Ingestible Sensing Capsule with Magnetic-Based Localization Using a Wearable Belt
基于磁力定位的可穿戴腰带式可吞咽传感胶囊
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-07-31
0
PRE
AI
Iván D. Castro Miller; Vasileios Adamopoulos; Ramzy Rammouz; Ria Sijabat; Benjamin Calmé; Tom Torfs
分享
收藏
A Bias-Electrode-Free Multichannel ExG Readout IC with Time-Multiplexed PAM-4 Body Channel Communication
无偏置电极的多通道ExG读出集成电路,采用时分复用的PAM-4体通道通信
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-07-29
0
PRE
AI
Dong-Hwi Choi; Song-I Cheon; Sohmyung Ha; Minkyu Je
分享
收藏
MedMambaLite-v2: Shared Selective Scan for Efficient Edge Medical Mamba
MedMambaLite-v2:共享选择性扫描以实现高效边缘医疗Mamba
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-05-20
0
PRE
AI
Romina Aalishah; Mozhgan Navardi; Nithin Kidangazhiath Mana; Tinoosh Mohsenin
分享
收藏
Characterization of a Pixel-Level Binarized Autocorrelator for Large Array Multispeckle Diffuse Correlation Spectroscopy under Photon-Starved Conditions
在光子匮乏条件下用于大阵列多斑纹漫射相关光谱的像素级二值化自相关器表征
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-05-06
0
PRE
AI
Yining Wang; Yiyang Liu; Alistair Gorman; Robert K. Henderson
分享
收藏
Guest Editorial—Selected Papers From the 2025 IEEE International Symposium on Circuits and Systems
客座编辑专栏—2025年IEEE国际电路与系统 Symposium 选中论文
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-03-27
0
PRE
AI
Hanjun Jiang; Ulkuhan Guler; S. Abdollah Mirbozorgi; Ka-Meng Lei
分享
收藏
A 23-µJ-per-Frame All-on-Chip TinyML U-Net Processor for Real-Time Autonomous Image Segmentation in Miniaturized Ultrasound Devices
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-03-23
0
PRE
AI
Zhiye Song; Ulkuhan Guler; Anantha Chandrakasan
分享
收藏
A Bimodal Imaging Wireless Capsule Endoscopy System With Precise Linear Magnetic Navigation and Motion-Robust Power Transfer
双模成像无线胶囊内窥镜系统,具有精确线性磁导航和抗运动功率传输
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-03-11
0
PRE
AI
Jinlei Jiang; Qichao Li; Weicheng Wang; Cheng Zhou; Wei Wang; Daxiang Cui
分享
收藏
Real-Time On-Chip Time-of-Flight Detection for US Time Reversal Localization of Implants
植入物超声波时间反转定位的实时片上飞行时间检测
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-02-17
0
PRE
AI
Anirudh Kumar Parag; Bogdan C. Raducanu; Stefano Stanzione; Patrick Hendrickx; Oguz Kaan Erden; Chris Van Hoof; Nick Van Helleputte; Georges Gielen
分享
收藏
A Multi-Band Low-Supply-Voltage 16-QAM Transmitter Based on a Digital Fractional-N PLL With TDC Calibration for Capsule Endoscopy
基于带TDC校准的数字小数分频PLL的多频带低供电电压16-QAM发射机,用于胶囊内窥镜
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-02-16
0
PRE
AI
Daehyeon Kwon; Donghyun Youn; Sohmyung Ha; Minkyu Je
分享
收藏
Memristive Reservoir Computing Circuit for Real-Time Prediction of Epilepsy
用于癫痫实时预测的忆阻器储备计算电路
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-02-09
0
PRE
AI
Lun Lu; Ao Xu; Youpeng Wu; Mingxin Deng; Yi Sun; Zhiwei Li; Yinan Wang; Qingjiang Li
分享
收藏
A 168 dB FoM ISFET-Integrated CT Delta Sigma Frontend With Gm-Boosted Linearity and Hybrid Noise Shaping Achieving 6.8 m-pH Resolution
FoM为168 dB的集成ISFET的连续时间Delta Sigma前端,具有Gm增强线性和混合噪声整形,实现6.8 m-pH分辨率
IEEE Transactions on Biomedical Circuits and Systems
IF
4.9
2026-01-28
0
PRE
AI
Chen Wang; Wenshuo Li; Yuanqi Hu
分享
收藏