内容概要：本文详细介绍了NPC（Neutral-Point-Clamped）三电平逆变器中点电位平衡的问题及其解决方案。重点讨论了王琛琛老师提出的最优零序电压注入法在解决这一问题时的表现。通过仿真实验，展示了该方法在0.2秒内实现了显著的中点电位平衡效果，有效提高了输出电压的波形质量和系统稳定性。此外，本文还分享了相关代码和数据，便于其他研究人员复现实验并进一步优化算法。 适合人群：从事电力电子研究的专业人士、高校师生以及对NPC三电平逆变器感兴趣的研发人员。 使用场景及目标：适用于需要深入了解NPC三电平逆变器中点电位平衡机制的研究项目；旨在验证和改进现有算法，提升电力转换效率和设备可靠性。 其他说明：本研究已发表于IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS，获得国际认可，为未来的研究提供了坚实的基础和技术支持。

基于SLMP算法的MATLAB水下传感器网络定位仿真研究——参考IEEE Transactions文章的可扩展移动预测定位技术,【6】MATLAB仿真 水下传感器网络定位，SLMP算法，有参考文档。 主要参考文档： 1. Scalable Localization with Mobility Prediction for Underwater Sensor Networks，IEEE Transactions on Mobile Computing 主要供文档方法的学习 非全文复现。 ,MATLAB仿真;水下传感器网络定位;SLMP算法;参考文档;可扩展性定位;移动预测。,MATLAB仿真：水下传感器网络定位的SLMP算法研究

IEEE-Transactions期刊的论文格式要求和模板，我从IEEE官网上找到的。

IEEE-Transactions-Word-templates-and-instructions.zip

CoroBase：面向协程的主内存数据库引擎 CoroBase是一个研究数据库引擎，将事务建模为C ++ 20无堆栈协程以隐藏CPU缓存未命中。 请参阅我们的VLDB 2021文件中的详细信息： [1]何永军，陆家成和王天正。 。 VLDB 2021。 CoroBase继承了ERMIA的共享所有架构，同步和并发控制协议。 有关ERMIA的描述，请参见SIGMOD'16论文[2]；有关并发控制的详细信息，请参见VLDBJ论文[3]；有关复制的详细信息，请参见VLDB论文[4]。 [2]金贤妮，王天正，瑞安·约翰逊和伊波克拉蒂斯·潘迪斯。 。 SIGMOD 2016。 [3] Wang T

DB - Eris - Coordination-Free Consistent Transactions Using In-Network Concurrency Control.pdf Distributed storage systems aim to provide strong consistency and isolation guarantees on an architecture that is partitioned across multiple shards for scalability and replicated for fault tolerance. Traditionally, achieving all of these goals has required an expensive combination of atomic commitment and replication protocols – introducing extensive coordination overhead.

DB - Fast and General Distributed Transactions using RDMA and HTM.pdf Recent transaction processing systems attempt to leverage advanced hardware features like RDMA and HTM to significantly boost performance, which, however, pose several limitations like requiring priori knowledge of read/write sets of transactions and providing no availability support. In this paper, we present DrTM+R, a fast in-memory transaction processing system that retains the performance benefit from advanced hardware

The common wisdom is that distributed transactions do not scale. But what if distributed transactions could be made scalable using the next generation of networks and a redesign of distributed databases? There would be no need for developers anymore to worry about co-partitioning schemes to achieve decent performance. Application development would become easier as data placement would no longer determine how scalable an application is. Hardware provisioning would be simplified as the system ...

数据库管理系统概述英文版课件：tutorial11 Physical Database Design & Transactions.ppt

数据库管理系统：ch15 Transactions.ppt