NSTL国家科技图书文献中心

1. DSTF: Dual-Stream Spatio-Temporal Fusion Network for Event-Based Data NSTL国家科技图书文献中心

Xusheng Gu | Changjie Qiu ... - 《Pattern Recognition and Computer Vision,Part XI》 - Chinese Conference on Pattern Recognition and Computer Vision - 2025, - 111～125 - 共15页

摘要： exceptional pixel-level temporal resolution and high dynamic | Event cameras, as advanced bionic vision | sensors, have garnered widespread attention due to their | range. They generate a novel data format that | encapsulates spatial and temporal information, typically

关键词： Event cameras | Multiple representations | Spatio-Temporal fusion | Dynamic visual perception

2. Modeling spatio-temporal patterns in intensive binary time series eye-tracking data using Generalized Additive Mixed Models NSTL国家科技图书文献中心

Brown-Schmidt, Sarah | Cho, Sun-Joo ... - 《Brain research》 - 2025,1854 - Article 149511～Article 149511 - 共19页

摘要： perception. Further, spatial relationships between the | dominant autoregressive patterns typically seen in visual | The aim of this paper is to introduce and | illustrate the use of Generalized Additive Mixed Models | (GAMM) for analyzing intensive binary time-series eye

关键词： Visual-world eye-tracking | Speech perception | Spatio-temporal GAMM | Dynamic GLMM

3. Bio-inspired visual neural network for stop-and-go wave perception in high-density crowd NSTL国家科技图书文献中心

Wei Jiang | Bin Hu - 《Fourth International Conference on Computer Vision,Application,and Algorithm (CVAA 2024)》 - International Conference on Computer Vision,Application,and Algorithm - 2025, - 1348610.1～1348610.6 - 共6页

摘要： dynamic visual information in crowd activity perception | In high-density crowd, a unique visual* motion* | -and-go wave perception* form the angle of computer* | brains, this paper investigates a bio-inspired visual | neural network (sgWPNN) for stop-and-go wave perception

关键词： Stop-and-go wave perception | Interneuronal neuron | Locust vision system | Crowd behavior analysis | Computer vision

4. Associated Learning Architecture Equipped With Parallel Impedance Sensing Strategy to Enhance Cross-Modal Object Perception NSTL国家科技图书文献中心

Li, Zhibin | Zhang, Yuxuan ... - 《IEEE Transactions on Instrumentation and Measurement》 - 2025,74(Pt.1) - 2505711.1～2505711.11 - 共11页

摘要： robots. The cross-modal object perception* mechanism* | complex applications, particularly in harsh visual | strategy, which enhances the perception* of captured* | objects by integrating visual* data with somatosensory* | senses. Additionally, the dynamic* attention fusion*

关键词： Somatosensory | Representation learning | Visualization | Image recognition | Accuracy | Robot sensing systems | Feature extraction | Sensors | Impedance | Frequency division multiplexing...

5. Retina-Inspired Flexible Visual Synaptic Device for Dynamic Image Processing NSTL国家科技图书文献中心

Yuhangji | Yao Meng ... - 《ACS applied materials & interfaces》 - 2025,17(5) - 7948～7957 - 共10页

摘要： dynamic visual perception.Benefiting from the combined | neuromorphic visual neural networks,relying on dynamic | dynamic visual information processing in low-light and | Exploiting biomimetic perception* of invisible* | )is crucial for real-time dynamic* information*

关键词： nanowire | synaptic plasticity | neuromorphic visual synaptic device | optoelectronic synapse | human visual system

6. In the brain of the beholder: bi-stable motion reveals mesoscopic-scale feedback modulation in V1 NSTL国家科技图书文献中心

Alessandra,Pizzuti | Omer Faruk,Gulban ... - 《Brain structure & function》 - 2025,230(3) - Article: 47～Article: 47 - 共19页

摘要： neuroscience. Visual illusions, whether static or dynamic | underlying conscious perception* remains a central goal in* | conscious perception, as they induce subjective | experiences from constant visual* inputs. While previous* | interpretation of visual* motion from sensory input within the*

关键词： Layer-fMRI | 7T | BOLD | Feedback | Vision | Motion perception

7. A bio-inspired visual collision detection network integrated with dynamic temporal variance feedback regulated by scalable functional countering jitter streaming NSTL国家科技图书文献中心

Chang, Zefang | Chen, Hao ... - 《Neural Networks》 - 2025,182 - Article 106882～Article 106882 - 共12页

摘要： visual perception. We introduce a novel dynamic | inspiration from the locust's visual* looming-sensitive* | uneven terrain. Visual* inputs from jitter streaming* | dynamic temporal variance information from the output of | differentiate variance induced by incoherent visual* input*

关键词： Bio-inspired | Jitter streaming | LGMD | Dynamic temporal variance | Feedback

8. M2CS: A Multimodal and Campus-Scapes Dataset for Dynamic SLAM and Moving Object Perception NSTL国家科技图书文献中心

Huanfeng Zhao | Meibao Yao ... - 《Journal of Field Robotics》 - 2025,42(3) - 787～805 - 共19页

摘要： prevalence of dynamic* objects in real-world scenes. Two* | dynamic Simultaneous Localization and Mapping (SLAM) and | moving object perception, are crucial for enhancing | , providing robot-centric synchronized LiDAR-Inertial-Visual | specific dynamic* scenarios. The dataset exhibits*

关键词： dynamic SLAM | moving object perception | multimodal dataset

9. Verticality perception in patients with active multiple sclerosis: The applicability of subjective visual vertical test and its modifications NSTL国家科技图书文献中心

Klegeris, Tautvydas | Kaski, Diego ... - 《Multiple Sclerosis and Related Disorders》 - 2025,94 - 106234～106234 - 共9页

摘要： are common in patients with MS. Subjective visual | vertical (SVV) is a test of vestibular perception* that* | applicability of dynamic* and head-tilt SVV for detecting* | application VIRVEST. SVV was measured in static and dynamic | upright testing; however, dynamic* conditions increased*

关键词： Multiple sclerosis | Balance | Subjective visual vertical | Dynamic visual stimulus | Lateral head tilt

10. Bidirectional Photovoltage-Driven Oxide Transistors for Neuromorphic Visual Sensors NSTL国家科技图书文献中心

Chenxing Jin | Jingwen Wang ... - 《Advanced Materials》 - 2025,37(1) - 2410398.1～2410398.10 - 共10页

摘要： parts of the human perception* system. However* | photovoltage-driven neuromorphic visual* sensor (BPNVS) that* | , converting external visual* stimuli into electrical signals* | movement and dynamic* color recognition. This work is a* | Biological vision is one of the most important

摘要： exceptional pixel-level temporal resolution and high dynamic | Event cameras, as advanced bionic vision | sensors, have garnered widespread attention due to their | range. They generate a novel data format that | encapsulates spatial and temporal information, typically

关键词： Event cameras | Multiple representations | Spatio-Temporal fusion | Dynamic visual perception

摘要： perception. Further, spatial relationships between the | dominant autoregressive patterns typically seen in visual | The aim of this paper is to introduce and | illustrate the use of Generalized Additive Mixed Models | (GAMM) for analyzing intensive binary time-series eye

关键词： Visual-world eye-tracking | Speech perception | Spatio-temporal GAMM | Dynamic GLMM

摘要： dynamic visual information in crowd activity perception | In high-density crowd, a unique visual* motion* | -and-go wave perception* form the angle of computer* | brains, this paper investigates a bio-inspired visual | neural network (sgWPNN) for stop-and-go wave perception

关键词： Stop-and-go wave perception | Interneuronal neuron | Locust vision system | Crowd behavior analysis | Computer vision

摘要： robots. The cross-modal object perception* mechanism* | complex applications, particularly in harsh visual | strategy, which enhances the perception* of captured* | objects by integrating visual* data with somatosensory* | senses. Additionally, the dynamic* attention fusion*

关键词： Somatosensory | Representation learning | Visualization | Image recognition | Accuracy | Robot sensing systems | Feature extraction | Sensors | Impedance | Frequency division multiplexing...

摘要： dynamic visual perception.Benefiting from the combined | neuromorphic visual neural networks,relying on dynamic | dynamic visual information processing in low-light and | Exploiting biomimetic perception* of invisible* | )is crucial for real-time dynamic* information*

关键词： nanowire | synaptic plasticity | neuromorphic visual synaptic device | optoelectronic synapse | human visual system

关键词： Layer-fMRI | 7T | BOLD | Feedback | Vision | Motion perception

摘要： visual perception. We introduce a novel dynamic | inspiration from the locust's visual* looming-sensitive* | uneven terrain. Visual* inputs from jitter streaming* | dynamic temporal variance information from the output of | differentiate variance induced by incoherent visual* input*

关键词： Bio-inspired | Jitter streaming | LGMD | Dynamic temporal variance | Feedback

摘要： prevalence of dynamic* objects in real-world scenes. Two* | dynamic Simultaneous Localization and Mapping (SLAM) and | moving object perception, are crucial for enhancing | , providing robot-centric synchronized LiDAR-Inertial-Visual | specific dynamic* scenarios. The dataset exhibits*

关键词： dynamic SLAM | moving object perception | multimodal dataset

摘要： are common in patients with MS. Subjective visual | vertical (SVV) is a test of vestibular perception* that* | applicability of dynamic* and head-tilt SVV for detecting* | application VIRVEST. SVV was measured in static and dynamic | upright testing; however, dynamic* conditions increased*

关键词： Multiple sclerosis | Balance | Subjective visual vertical | Dynamic visual stimulus | Lateral head tilt

摘要： parts of the human perception* system. However* | photovoltage-driven neuromorphic visual* sensor (BPNVS) that* | , converting external visual* stimuli into electrical signals* | movement and dynamic* color recognition. This work is a* | Biological vision is one of the most important

关键词： dynamic color recognition | motion detection | neuromorphic visual sensor | photovoltage-driven oxide transistors

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： exceptional pixel-level temporal resolution and high dynamic | Event cameras, as advanced bionic vision | sensors, have garnered widespread attention due to their | range. They generate a novel data format that | encapsulates spatial and temporal information, typically

关键词： Event cameras | Multiple representations | Spatio-Temporal fusion | Dynamic visual perception

摘要： perception. Further, spatial relationships between the | dominant autoregressive patterns typically seen in visual | The aim of this paper is to introduce and | illustrate the use of Generalized Additive Mixed Models | (GAMM) for analyzing intensive binary time-series eye

关键词： Visual-world eye-tracking | Speech perception | Spatio-temporal GAMM | Dynamic GLMM

摘要： dynamic visual information in crowd activity perception | In high-density crowd, a unique visual motion | -and-go wave perception form the angle of computer | brains, this paper investigates a bio-inspired visual | neural network (sgWPNN) for stop-and-go wave perception

关键词： Stop-and-go wave perception | Interneuronal neuron | Locust vision system | Crowd behavior analysis | Computer vision

摘要： robots. The cross-modal object perception mechanism | complex applications, particularly in harsh visual | strategy, which enhances the perception of captured | objects by integrating visual data with somatosensory | senses. Additionally, the dynamic attention fusion

关键词： Somatosensory | Representation learning | Visualization | Image recognition | Accuracy | Robot sensing systems | Feature extraction | Sensors | Impedance | Frequency division multiplexing...

摘要： dynamic visual perception.Benefiting from the combined | neuromorphic visual neural networks,relying on dynamic | dynamic visual information processing in low-light and | Exploiting biomimetic perception of invisible | )is crucial for real-time dynamic information

关键词： nanowire | synaptic plasticity | neuromorphic visual synaptic device | optoelectronic synapse | human visual system

摘要： neuroscience. Visual illusions, whether static or dynamic | underlying conscious perception remains a central goal in | conscious perception, as they induce subjective | experiences from constant visual inputs. While previous | interpretation of visual motion from sensory input within the

关键词： Layer-fMRI | 7T | BOLD | Feedback | Vision | Motion perception

摘要： visual perception. We introduce a novel dynamic | inspiration from the locust's visual looming-sensitive | uneven terrain. Visual inputs from jitter streaming | dynamic temporal variance information from the output of | differentiate variance induced by incoherent visual input

关键词： Bio-inspired | Jitter streaming | LGMD | Dynamic temporal variance | Feedback

摘要： prevalence of dynamic objects in real-world scenes. Two | dynamic Simultaneous Localization and Mapping (SLAM) and | moving object perception, are crucial for enhancing | , providing robot-centric synchronized LiDAR-Inertial-Visual | specific dynamic scenarios. The dataset exhibits

关键词： dynamic SLAM | moving object perception | multimodal dataset

摘要： are common in patients with MS. Subjective visual | vertical (SVV) is a test of vestibular perception that | applicability of dynamic and head-tilt SVV for detecting | application VIRVEST. SVV was measured in static and dynamic | upright testing; however, dynamic conditions increased

关键词： Multiple sclerosis | Balance | Subjective visual vertical | Dynamic visual stimulus | Lateral head tilt

摘要： parts of the human perception system. However | photovoltage-driven neuromorphic visual sensor (BPNVS) that | , converting external visual stimuli into electrical signals | movement and dynamic color recognition. This work is a | Biological vision is one of the most important

关键词： dynamic color recognition | motion detection | neuromorphic visual sensor | photovoltage-driven oxide transistors

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： dynamic visual information in crowd activity perception | In high-density crowd, a unique visual* motion* | -and-go wave perception* form the angle of computer* | brains, this paper investigates a bio-inspired visual | neural network (sgWPNN) for stop-and-go wave perception

摘要： robots. The cross-modal object perception* mechanism* | complex applications, particularly in harsh visual | strategy, which enhances the perception* of captured* | objects by integrating visual* data with somatosensory* | senses. Additionally, the dynamic* attention fusion*

摘要： dynamic visual perception.Benefiting from the combined | neuromorphic visual neural networks,relying on dynamic | dynamic visual information processing in low-light and | Exploiting biomimetic perception* of invisible* | )is crucial for real-time dynamic* information*

摘要： visual perception. We introduce a novel dynamic | inspiration from the locust's visual* looming-sensitive* | uneven terrain. Visual* inputs from jitter streaming* | dynamic temporal variance information from the output of | differentiate variance induced by incoherent visual* input*

摘要： prevalence of dynamic* objects in real-world scenes. Two* | dynamic Simultaneous Localization and Mapping (SLAM) and | moving object perception, are crucial for enhancing | , providing robot-centric synchronized LiDAR-Inertial-Visual | specific dynamic* scenarios. The dataset exhibits*

摘要： parts of the human perception* system. However* | photovoltage-driven neuromorphic visual* sensor (BPNVS) that* | , converting external visual* stimuli into electrical signals* | movement and dynamic* color recognition. This work is a* | Biological vision is one of the most important