Session 1 Embedded Technology & Applications has announced the following list of papers that have been accepted for the first batch (41 papers).
It is likely that these authors will meet and communicate with you on the ewCN conference in October.

Connetivity Solutions
1. Energy Autonomous CO2 Sensor Node for Indoor Applications
Prof. Dr. Marcel Meli，Applied Science University of Winterthur
2. Channel Sounding Unveiled: Transforming Bluetooth Ranging Technologies
Kevin Ai，Nordic Semiconductor ASA
3. Discussion on the Design of Compact, Low-Power Trackers
George Xiong，Nordic Semiconductor ASA
4. Innovation in the Bluetooth 5.4: Detailed Explanation of Periodic Broadcast with Response (PAwR) Technology
Jacky Jin，Nordic Semiconductor ASA
5. USB and HID fundamentals: Insights and Practical Applications
Tony Huang
6. Advantages of the new generation CAN XL technology and its application in the automotive field
Hao Chen，HongKe Technology Co., Limited

Embedded OS
1. Embedded Multi-core Operating System for Intelligent Systems
Prof. ALLAN HE，Embedded system associations
2. Open Source Hybrid Kernel OS Introduction: RT-Smart
Bingru Zhang, RT-Thread
3. DIGI嵌入式平台AI方案
Binzhang, Digi International China
4. 预认证RTOS的安全实现与应
Aihua Zhang, 北京麦克泰软件技术有限公司

Safety & Security
1. Nuclei TEE: RISC-V 安全系统实践
Bing Gui, nucleisys.com
2. Challenges in Code Coverage Analysis for Safety-Critical C++ Applications
Prof. Dr. Marcel Beemster, Solid Sands B.V.
3. How many bucks per test
Prof. Dr. Peter Fromm, Hochschule Darmstadt University of Applied Sciences
4. Leveraging automotive standards for safer and more secure mobility
Prof. Dr. Sylvain Guilley, Secure-IC

Systems & Software Engineering
1. 利用低代码状态机设计加速安全关键型开发
Brendan Pan, IAR
2. 在 MCU 中引入高端内存管理：资源受限系统的共享对象
Changjiang Duan, IAR
3. 为什么 CMake 越来越不可或缺？ 正在成为现代开发的必备构建系统
Max Meng, IAR
4. 左移安全：从设计到部署的全生命周期安全保障
Nicholas Zheng, IAR
5. Graphical Programming of Embedded Systems
Dipl. Ing. Fred Uwe Prahm, Prahm Microcomputer Systeme
6. Enabling Safety-Critical Systems for ADAS and Infotainment: Open Standards for Heterogeneous Computing in Software-Defined Vehicles
Andy King，NVIDIA

Embedded Vision
1. Bird flying gesture detection system upon 9 axis inclination sensor
Prof. Dr. Weiyan Hou，Zhengzhou Univ.
2. Open Standards Powering the Future of Embedded Compute and Vision Applications
Neil Trevett，NVIDIA and the Khronos Group
3. Kamaros – The Embedded Camera Open API Standard from KhronosNeil Trevett，NVIDIA
4. OpenVX for Automotive: Accelerating Vision Processing Across Diverse Sensors
Raphael Cano， Robert Bosch AG
5. Nuclei Studio: 助力 RISC-V AIoT SoC 多场景开发的利器
张泽刚, 芯来科技

Edge AI
1.1 Bringing Machine Learning to Embedded Devices with ExecoTorch
1.2 1.2 Updating ML Assets in IoT Devices
Liliya Wu, Arm
2.1 Present and Future of Transformer Networks for Inferencing at the Edge2.2 Building the Software Stack for Edge AI
Jacy Fan, Arm
3. Meeting Edge AI Demands with RISC-V
Albert Cheng, Andes Technology
4. Nuclei AI: 基于 RISC-V 的嵌入式 AI 推理加速方案
Zhuo Shu, nucleisys.com
5. 开源鸿蒙AI大模型机器人产教融合方案
Dr. 连志安

System-on-Chip Design
1. How system consolidation helps to improve reliability, security and cost in industrial automation
Christian Eder, congatec
2. Nuclei Model: 基于 SystemC 的 Near Cycle Model
Zitai Xu，芯来科技
3. Introduction to the Open Source Neuromorphic Chip "Wenquxing" Series
Di Zhao

11：Application
1. On Customized 5G Solutions of Deterministic Mobile Networks
Dr. Yao Wei , China Telecom Corporation Limited
2. Innovative practice of high-performance RISC-V processors in the energy industry
Wei Yao, Shanghai StarFive Technology Co., Ltd.
3. 移动环境中数字孪生驱动的异构网络资源调度方法
Binjie Lu, Beijing Jiaotong University

Special · Yocto
1.1 Application and Innovation of Yocto in openEuler Embedded
1.2 How to add a new SoC and board in Zephyr and let zephyr work with openEuler Embedded
Dr. Wayne Ren, Dongfeng Motor R&D Institute
Special · Zephyr
2. ZVM2.0: 新一代Type-1.5 RTOS 虚拟化方法
Prof. Dr. Guoqi Xie, Hunan University
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Second round ddl of call for paper：31.07.2025.
- If there are any changes above, they shall be subject to the announcement made by the organizer.
- Some topics may have slight differences between Chinese and English, and the information provided by the author will prevail in the future.
- Some papers may involve multiple directions, and the author's selection of the first one will prevail. Adjustments will be made later based on the plan.
- The classification of topics shall be based on the later planning of PC Members.