C
Cui, Yao
menu_book Explore the article's raw data

Exponential Synchronization of Stochastic Time-delayed Memristor-based Neural Networks via Pinning Impulsive Control

Abstract

This paper investigates the exponential synchronization of stochastic time-delayed memristor-based neural networks(MBNNs) with using pinning impulsive control. Different from the traditional impulsive control schemes, a hybrid pinning impulsive control scheme is presented, and some sufficient conditions for exponential synchronization of system are established. Moreover, on the basis of the obtained results, the problem of delayed impulsive stabilization of stochastic time-delayed MBNN is studied. At last, an example is provided to demonstrate the validity of the obtained results.

article Article
date_range 2024
language English
link Link of the paper
format_quote
C
Cui Yao
C
Cheng Pei
Sorry! There is no raw data available for this article.
Loading references...
Loading citations...
Featured Keywords
Delayed impulsive stabilization
exponential synchronization
memristor-based neural networks
pinning impulsive control
Citations by Year

Share Your Research Data, Enhance Academic Impact

1
upload

Turn Your Research Data into Income

Unlock the hidden value of your research. Securely share, license, and monetize your raw data while contributing to scientific progress and gaining academic recognition.

monetization_on Sell Your Research Data
save Protect and Control Your Data
payments Earn Recognition and Revenue
login Now Upload Your Data
2
attach_money

Don't Just Publish But Profit

Researchers, institutions, and companies can monetize their raw data through a sales model, retaining 70% of the revenue from each sale while allocating 30% to the platform. This sustainable model rewards researchers for sharing their data, while also advancing the principles of open science.

monetization_on
attach_money
monetization_on
3
data_usage

Amplify the Academic and Societal Impact of Your Research

Extend the lifecycle and visibility of your research by enabling broader use of your datasets. Increased dataset utilization leads to higher citation rates, greater academic recognition, and enhanced societal relevance, thus magnifying both scholarly and public impact.

bar_chart Increase Citation Metrics and Research Visibility
analytics Enable Secondary Analyses and Meta-Research
star Enhance Institutional and Personal Research Prestige
upload Now Upload Your Data
4
library_books

Secure, License, and Monetize Your Research Assets

Safeguard your intellectual property while offering flexible licensing models that allow for controlled distribution and monetization of your datasets. Through robust categorization and access management, you retain ownership while generating tangible economic value from your scholarly outputs.

lock Maintain Data Ownership and Control
memory Organize and Classify Research Assets Effectively
contact_page License Datasets for Ethical and Revenue-Generating Use
upload Now Upload Your Data
4
bookmark

Facilitate Cross-Disciplinary Scientific Collaboration

Unlock the potential of your datasets by supporting interdisciplinary research initiatives. By providing access to meticulously curated data, you empower researchers from diverse disciplines, thereby enhancing the reach and impact of your scholarly contributions.

lock_open Expand Access to Primary Scientific Data
done_outline Foster Collaborative Research Across Disciplines
fast_forward Accelerate Innovation Through Data-Driven Synergies
upload Now Upload Your Data