中国计算机学会(CCF)推荐学术会议-C(人工智能):IJCNN 2026

IJCNN 2026

The annual IEEE/INNS IJCNN is the premier international conference in the area of neural networks theory, analysis and applications. Since its inception, IJCNN has been playing a leading role in promoting and facilitating interaction among researchers and practitioners, and dissemination of knowledge in neural networks and related facets of machine learning.

This year IEEE/INNS IJCNN 2026 is a part of the WCCI2026. IJCNN 2026 will represent a unique meeting point for scientists and engineers, both from academia and industry, to interact and discuss the latest enhancements and innovations in the field.

重要信息

CCF推荐:C(人工智能)

录用率:38.7%(2142/5526,2025年)

时间地点:2026年6月21日-马斯特里赫特·荷兰

截稿时间:2026年1月31日

大会官网:https://attend.ieee.org/wcci-2026/

Call for Papers

Brain-machine Interfaces

Cognitive Models

Collective & Ensemble Intelligence

Computational Neuroscience

Dynamic Neural Networks

Efficient and Tiny Neural Networks

Ethics and Regulation in AI

Generative AI Models

Graph Neural Networks

Industrial applications

Interpretable and Explainable AI

Large Language Models

Large-Scale Neural Networks

Mixture of Experts

Modular Neural Networks

Neural Engineering

Neural Network Applications

Neural Networks for Sciences

Neuromorphic Systems

Neurosymbolic AI

Perceptual Neural Networks

Physics-inspired Neural Networks and Neural Operators

Quantum Neural Networks

Reinforcement Learning

Representation & Reasoning

Reservoir & Echo-State Networks

Spiking Neural Networks

Theory of Neural Networks

Transformer Networks

Trustworthy and Reliable AI

Unsupervised Learning 

Submission Format

All papers must be submitted using the IEEE conference proceedings template with body text in 10pt type. LaTeX users must use \documentclass[10pt,conference]{IEEEtran}.

Page limitations

Full papers: papers of up to 6 pages. A maximum of two extra content pages per full paper is allowed (i.e, up to 8 pages), at an additional charge per extra page as specified in the registration page.

Read more

【Java 开发日记】我们来说一下消息的可靠性投递

【Java 开发日记】我们来说一下消息的可靠性投递

目录 1. 核心概念 2. 面临的挑战 3. 关键实现机制 3.1 生产端保证 3.2 Broker端保证 3.3 消费端保证 4. 完整可靠性方案 4.1 事务消息方案(如RocketMQ) 4.2 最大努力投递方案 4.3 本地消息表方案(经典) 5. 高级特性与优化 5.1 顺序性保证 5.2 批量消息可靠性 5.3 监控与对账 6. 不同MQ的实现差异 7. 实践建议 总结 面试回答 1. 核心概念 可靠性投递(Reliable

By Ne0inhk
Java 大视界 -- 基于 Java+Kafka 构建高可用消息队列集群:实战部署与性能调优(442)

Java 大视界 -- 基于 Java+Kafka 构建高可用消息队列集群:实战部署与性能调优(442)

Java 大视界 -- 基于 Java+Kafka 构建高可用消息队列集群:实战部署与性能调优(442) * 引言: * 正文: * 一、 Kafka 高可用集群核心认知:先懂原理,再谈部署 * 1.1 Kafka 高可用核心原理 * 1.1.1 核心组件协同逻辑 * 1.1.2 高可用核心:多副本与 Leader 选举机制 * 1.2 Kafka 高可用集群架构设计要点 * 1.3 技术栈选型:Java+Kafka 核心版本适配 * 二、 实战部署:Java+Kafka 高可用集群搭建 * 2.1 部署前准备:环境初始化

By Ne0inhk
Java内功修炼(2)——线程安全三剑客:synchronized、volatile与wait/notify

Java内功修炼(2)——线程安全三剑客:synchronized、volatile与wait/notify

1.线程安全 1.1 概念&示例 概念:指在多线程环境下,某个代码、函数或对象能够被多个线程同时调用或访问时,仍能保持正确的行为和数据一致性。简单来说,线程安全的代码在多线程环境下运行可靠,不会因线程间的交互而产生不可预测的结果 示例: publicclassThreadDemo{publicstaticint count =0;publicstaticvoidmain(String[] args)throwsInterruptedException{Thread thread1 =newThread(()->{for(int i =0; i <500000; i++){ count++;}});Thread thread2 =newThread(()->{for(int i =0; i <500000;

By Ne0inhk
JAVA最新版本详细安装教程(附安装包)

JAVA最新版本详细安装教程(附安装包)

目录 文章自述 一、JAVA下载 二、JAVA安装 1.首先在D盘创建【java/jdk-23】文件夹 2.把下载的压缩包移动到【jdk-23】文件夹内,右键点击【解压到当前文件夹】 3.如图解压会有【jdk-23.0.1】文件 4.右键桌面此电脑,点击【属性】 5.下滑滚动条,点击【高级系统设置】 6.点击【环境变量】 7.找到系统变量(S),然后点击【新建】 8.输入变量名和变量值 9.确认无误,点击【确定】 10.继续点击系统变量下的【新建】 11.输入变量名和变量值

By Ne0inhk