Bluetooth Beacon is a small wireless device based on Bluetooth Low Energy (BLE) technology. Its working principle is that Bluetooth beacon send Bluetooth signals containing their own identification and related data at a certain frequency. These signals typically contain the unique identifier of the beacon (such as UUID, Major value, and Minor value) as well… Continue reading What are the characteristics and application scenarios of Bluetooth beacons
When the Bluetooth function in the mobile device is turned on, it will receive signal data sent by the iBeacon base station. After receiving the signal, the device estimates the distance between itself and the iBeacon base station based on the Received Signal Strength Indication (RSSI). Through the cross coverage and distance calculation of multiple… Continue reading IBeacon passive positioning technology principle, precise indoor positioning and navigation
The Beidou system consists of three parts: space segment, ground segment, and user segment. The space segment consists of a constellation of satellites with different orbital planes, including 3 GEO satellites, 3 IGSO satellites, and 24 MEO satellites. The ground segment includes several ground stations such as the main control station, time synchronization/injection station, monitoring… Continue reading The composition characteristics and advantages of the Beidou system
Accurately and real-time understanding of the location and status of materials in enterprise material management is crucial for improving operational efficiency, reducing costs, and ensuring smooth production. However, traditional material management methods often suffer from problems such as inaccurate information, untimely updates, and difficulties in searching, leading to material waste, production delays, and other situations. Therefore, we propose this material positioning management solution, aiming to achieve precise positioning and efficient management of materials through advanced technological means.
The VDB03S Bluetooth beacon is carefully developed by Shenzhen Weineng Information Technology Co., Ltd. It is an excellent Bluetooth personnel positioning tag that supports iBeacon Bluetooth broadcast protocol and is the core component for building Bluetooth positioning systems and achieving personnel positioning. This wristband has a wide range of functions. It is equipped with buttons… Continue reading 【 VDB03S 】 Personnel positioning SOS alarm 4.2 Bluetooth wristband
On July 8, 2024, the Qorvo team visited our company with the aim of strengthening our strategic partnership and jointly promoting industry progress. Mr. Yang Yonghui and Han (Qorvo Sr. Marketing Manager) This visit focuses on the discussion of relevant solutions for UWB technology. UWB technology, as a cutting-edge technology with enormous potential, is leading… Continue reading Qorvo visits our company to explore new developments in UWB technology
The Beidou Satellite Navigation System is a satellite navigation system independently built and operated by China, providing high-precision positioning and navigation services for global users. The Beidou positioning satellite can provide high-precision positioning, navigation, and timing services, and is widely used in many fields such as transportation, surveying, and rescue. The Beidou positioning satellite achieves global coverage, precise positioning and navigation, and assists in intelligent travel, agricultural production, and disaster relief work.
In response to the need for high-precision positioning in positioning scenarios, and to overcome the adverse effects of indoor environment on positioning accuracy, this project proposes a weighted correction positioning algorithm combining trilateral measurement positioning. The positioning system first uses the trilateral measurement positioning algorithm to estimate the initial position of the user, and then combines the position estimation obtained from the initial positioning with the user's position
The actual constellation PDOP value of the Beidou satellite navigation system has reached the international leading level. The indicator parameters of a navigation constellation mainly include the number of available satellites in orbit and the Position Dilution of Precision (PDOP). The number of available satellites determines the coverage of the constellation's navigation signal, while PDOP is an important indicator used to measure the positioning accuracy of satellite navigation systems and the geometric strength of observation values, usually determined by the standard single point positioning observation equation.
In the context of smart buildings, we propose an innovative asset and material positioning management solution. This plan aims to achieve real-time, precise positioning and efficient management of various assets and materials inside the building through advanced technological means, and improve the efficiency and safety of building operations. 1、 Technology application Using high-precision indoor positioning… Continue reading Smart Building - Asset and Material Positioning Management Solution
Beidou-3 is the world's first satellite navigation system to provide three frequency signal services. The use of dual frequency signals in satellite navigation systems can weaken the impact of ionospheric delay, while using triple frequency signals can construct more complex models to eliminate high-order errors in ionospheric delay and improve the efficiency of carrier phase ambiguity resolution. In theory, this can improve carrier convergence speed. Therefore, the subsequent GPS will also adopt a three frequency signal system.
VDU1511 is a positioning card based on UWB (ultra wide band) technology. The main control chip usesNRF52832 to control the receiving and transmission of UWB signals. DW1000 positioning chip canrealize high precision positioning based on UWB TDOA (arrival time difference) by burning differentfirmware and cooperating with different UWB positioning base stations.
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