Analysis of Node Localization Algorithms in Wireless Sensor Networks

A Dual-Shoulder Backpack How Difficult Is It? Give It a Try! →_→ Long Press Recognition Abstract: Node localization is one of the key technologies in wireless sensor networks, widely applied in military and civilian fields. This paper discusses the current state of localization technologies in wireless sensor networks both domestically and internationally, conducting a survey … Read more

Perceiving the Unseen Realm with Technology

The romantic imagination and courage to explore unknown fields are important sources driving human progress. People perceive and understand the colorful world through vision, smell, hearing, touch, and taste. With the advancement of sensor technology, traditional human perception methods have been greatly expanded, achieving a qualitative to quantitative deepening of information perception regarding temperature, pressure, … Read more

Transition From Sensor To Shooter Chain To Kill Web

Western military powers rely on advanced and precise weaponry to deter and defeat asymmetric and near-peer adversaries. For better effectiveness, these weapons should match accurate information about the targets, such as location and status. For time-sensitive targets, this information needs to be provided quickly, or the target may change. The process defined as the “Sensor … Read more

Ubiquitous Fiber Optic Sensing Networks

Compared to traditional sensors, fiber optic sensors are non-electrical, resistant to electromagnetic interference, electrically insulated, corrosion-resistant, intrinsically safe, capable of multi-parameter measurement (temperature, stress, vibration, displacement, rotation, electromagnetic fields, chemical quantities, and biological quantities), highly sensitive, lightweight, compact, and can be embedded in objects. The fiber optic sensing network is a sensing network composed of … Read more

Underwater Wireless Sensor Networks: Current Research and Challenges

Authors: Wang Jing, Chen Jianfeng, Zhang Lijie, Huang Jianguo, Source: Streams of Ocean Life 1. Introduction Underwater wireless sensor networks (UWSNs) utilize aircraft, submarines, or surface vessels to randomly deploy a large number of inexpensive miniature sensor nodes (ranging from hundreds to thousands) into the water of interest. These nodes form a multi-hop, self-organizing network … Read more

Professor Wang Shaoping’s Team: Active Tensor in Sensor Networks

CJA Highlight Article Mo TAO (陶模), Shaoping WANG (王少萍), Hong CHEN (陈虹), Han PAN (潘汉), Jian SHI (石健), Yuwei ZHANG (张育玮). Information space of sensor networks: Lagrangian, energy-momentum tensor, and applications. Chinese Journal of Aeronautics 2023;36(3):271-284. Paper Download QR Code: 1 Research Background In recent years, multi-sensor network technology has developed rapidly and is increasingly … Read more

Specific Applications of Optical Communication Technology in IoT

With the continuous development of the Internet of Things (IoT), optical communication technology has gradually become an important means of achieving high speed, reliable, and energy-saving wireless connections. In this context, optical communication technology, as a high-speed, reliable, and secure communication method, is widely applied in the IoT. Applications in Sensor Networks Optical communication technology … Read more

Electromagnetic Safety Analysis of Wireless Sensor Network Power Transfer System

China Electrical Engineering Society Activity Area CES Conference Reading Tip: This article has about 1600 words Currently, the most mature power supply method for wireless sensor networks is battery power. However, this method requires frequent battery replacements, which leads to reduced power supply reliability. Single-wire power transfer can balance transmission distance and efficiency, while also … Read more

Wireless Sensor Networks: Perceiving the World

Humans are now in the information age, and sensor technology, as the most important and fundamental technology for information acquisition, has also seen significant development. The development of sensor networks can be divided into three stages: sensors → wireless sensors → wireless sensor networks. The first stage can be traced back to the traditional sensor … Read more

The Trinity of Warfare Transformation: Unmanned Systems, Digital Command Control, and Civil-Military Sensor Networks

Author Li Xuepeng, Beijing Haiying Technology Intelligence Research Institute On February 9, 2024, the U.S. Special Competitive Studies Project (SCSP) released the report “Unmanned Systems and the Transformation of U.S. Combat Capabilities”. This group is a key decision-making advisory body for the U.S. military and has previously published the report “Offset Strategy X: Closing the … Read more