| Record Type: |
Electronic resources
: Monograph/item
|
| Title/Author: |
Wireless sensor networks/ edited by Limin Sun, Yongle Chen. |
| Reminder of title: |
18th China Conference, CWSN 2024, Taiyuan, China, September 20-22, 2024 : proceedings. |
| remainder title: |
CWSN 2024 |
| other author: |
Sun, Limin. |
| corporate name: |
CWSN (Conference) |
| Published: |
Singapore :Springer Nature Singapore : : 2025., |
| Description: |
xxiii, 241 p. :ill., digital ;24 cm. |
| [NT 15003449]: |
Smart Internet of Things. -- Semantic Information Enhancement and Semantic Alignment for Artistic Cross-Modal Retrieval. -- Dynamic Task Scheduling Strategy for Cloud-Edge Collaborative Environment. -- Mobility and Physical-Layer-Assissted Routing Protocol for UAV Networks in Jamming Environments. -- NNLoc: Enhancing COTS mmWave Localization with Neural Network. -- Efficient Visual Reinforcement Learning for IoT Control from Pixels. -- Dual-Channel Mixed Token Progressing Unit Model for Sign Language Production with Global Transformer and Local GCN. -- AI-Enhanced Forecasting in Telesurgery: When Machine Learning Meets Tactile Internet. -- A Distributed Software Framework for Vision-Based Drone Swarm Applications. -- Hybrid Unsupervised Time-series Anomaly Detection for Industrial IoT based on Spatiotemporal Feature. -- GAIN: Game-Theoretic Design of Fair Incentive Mechanisms for Multiple Model Owners in Federated Learning. -- Theory and Technology of Wireless Sensor Network. -- A Synthesis Library Subset Screening Method for High Energy Efficiency Requirements. -- An Optimization Strategy for Adaptive Wireless Sensor Networks Based on Compressed Sensing. -- Unmanned Vehicles Based Optimal RFID Inventory. -- ESC: Energy Savings Caching Scheme for Underwater Named Data Networking. -- Deep Reinforcement Learning-Based Joint Transmission Power and Channel Selection in UAV-Assisted Wireless Networks. -- A novel eLoran waveform based on linear frequency modulation. -- A Dynamic Privacy-awared Incentive Mechanism Based on Deep Reforcement Learning for Opportunistic Networks. -- TinyML-Based Approach for Dynamic Transmission Power in LoRaWAN Network. -- Resource Allocation for Reliable Transmission in IRS-Assisted Industrial Wireless Sensor Networks. |
| Contained By: |
Springer Nature eBook |
| Subject: |
Wireless sensor networks - Congresses. - |
| Online resource: |
https://doi.org/10.1007/978-981-96-2189-7 |
| ISBN: |
9789819621897 |