Position sensor
View article: Adaptive sliding-mode position tracking control of permanent magnet linear synchronous motor
Adaptive sliding-mode position tracking control of permanent magnet linear synchronous motor Open
View article: СПОСТЕРІГАЧ ПОТОКОЗЧЕПЛЕННЯ СТАТОРА ДЛЯ МАШИНИ ПОДВІЙНОГО ЖИВЛЕННЯ З ІДЕНТИФІКАЦІЄЮ АКТИВНИХ ОПОРІВ
СПОСТЕРІГАЧ ПОТОКОЗЧЕПЛЕННЯ СТАТОРА ДЛЯ МАШИНИ ПОДВІЙНОГО ЖИВЛЕННЯ З ІДЕНТИФІКАЦІЄЮ АКТИВНИХ ОПОРІВ Open
To construct a vector field-oriented control system in the rotor circuit of a doubly fed machine (DFM) it is necessary to determine the spatial position of the reference vector of the stator flux linkage. Recently instead of sensors flux l…
View article: Mold position in the heating stage of the Ex-IHRS process.
Mold position in the heating stage of the Ex-IHRS process. Open
Mold position in the heating stage of the Ex-IHRS process.
View article: A dual-network centralized control system for Elettra 2.0
A dual-network centralized control system for Elettra 2.0 Open
The Elettra 2.0 storage ring, scheduled for commissioning in 2026, introduces a novel control system architecture, departing from distributed front-end computers. High processing power and intelligent devices, such as magnet power converte…
View article: Beam position monitor control system at the European Spallation Source
Beam position monitor control system at the European Spallation Source Open
The European Spallation Source facility is divided in three main parts: linear accelerator (LINAC), target and neutron instruments. The Beam Position Monitor (BPM) system is installed along the LINAC and enables accelerator teams to charac…
View article: Nanoscale precision multi-axis motion control for the CBXFEL project
Nanoscale precision multi-axis motion control for the CBXFEL project Open
The Cavity-Based Free Electron Laser (CBXFEL) project is proposing to produce a recirculating X-ray cavity and deploy it to the SLAC LCLS (Linac Coherent Light Source) Hard X-ray (HXR) undulator line. The shape of the cavity is defined by …
View article: Development of a high-precision electrometer at NSLS-II
Development of a high-precision electrometer at NSLS-II Open
A high-precision electrometer has been developed at NSLS-II. It is capable of measuring current across six different ranges, from 100 nA to 10 mA, with a resolution ranging from 200 fA to 20 nA. Additionally, it can be used for X-ray Beam …
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…
View article: A motion control system for fly scans synchronized to X-ray pulses
A motion control system for fly scans synchronized to X-ray pulses Open
With the High Energy Upgrade project in the installation phase at the SLAC National Accelerator Laboratory Linac Coherent Light Source (LCLS), soon the repetition rate of the X-ray beam will exceed the capability of the present motion cont…
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…
View article: Upgrading hardware and software for the LANSCE PSR ExBPM with FPGA based high speed digitizers
Upgrading hardware and software for the LANSCE PSR ExBPM with FPGA based high speed digitizers Open
This paper presents the current approach to upgrade the readout instrumentation for the Proton Storage Ring (PSR) Extraction Line Beam Position Monitor System (ExBPMs) that are located between PSR and Lujan center Target at the Los Alamos …
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…
View article: Development and experimental validation of a combined sensor-based solar tracker with environmental adaptation capabilities
Development and experimental validation of a combined sensor-based solar tracker with environmental adaptation capabilities Open
In order to increase the efficiency of solar energy utilization, a combined, multi-factor sensor-based solar-tracking control system has been developed that responds dynamically to changing environmental conditions. The main goal of the pr…
View article: Development and experimental validation of a combined sensor-based solar tracker with environmental adaptation capabilities
Development and experimental validation of a combined sensor-based solar tracker with environmental adaptation capabilities Open
In order to increase the efficiency of solar energy utilization, a combined, multi-factor sensor-based solar-tracking control system has been developed that responds dynamically to changing environmental conditions. The main goal of the pr…
View article: A piezoelectric wafer stage:for electron beam inspection systems
A piezoelectric wafer stage:for electron beam inspection systems Open
Electron beam inspection system play a crucial role in the semiconductor industry, enabling precise inspection of semiconductor structures by measuring dimensions and detecting surface defects. These inspection systems operate by scanning …
View article: Preliminary Study on the Development of a Closed-Loop Control System Using Optical Feedback
Preliminary Study on the Development of a Closed-Loop Control System Using Optical Feedback Open
In recent decades, there has been a rapid development of computer vision techniques that have found applications in various engineering fields such as automation and robotics. This topic can also be developed and further explored in servos…
View article: Semi-Passive IRS Enabled Sensing with Group Movable Sensors
Semi-Passive IRS Enabled Sensing with Group Movable Sensors Open
The performance of the sensing system is limited by the signal attenuation and the number of receiving components. In this letter, we investigate the sensor position selection in a semi-passive intelligent reflecting surface (IRS) enabled …
View article: Combined feedback linearization scheme for discrete-time position control of PMSM drives
Combined feedback linearization scheme for discrete-time position control of PMSM drives Open
This paper addresses the position control of permanent magnet synchronous machines through exact linearization via feedback, focusing on implementation for embedded systems. The research demonstrates that the exact linearization can presen…
View article: Semi-Passive IRS Enabled Sensing with Group Movable Sensors
Semi-Passive IRS Enabled Sensing with Group Movable Sensors Open
The performance of the sensing system is limited by the signal attenuation and the number of receiving components. In this letter, we investigate the sensor position selection in a semi-passive intelligent reflecting surface (IRS) enabled …
View article: Comparative analysis of localization methods for autonomous mobile robots using Robot Operating System 2
Comparative analysis of localization methods for autonomous mobile robots using Robot Operating System 2 Open
Localization is a fundamental requirement for mobile robots. In order to navigate autonomously and perform tasks, a robot must accurately estimate its position within the environment over time. This work aims to analyze and compare various…
View article: DETERMINATION OF THE POSITION SOLAR MODULES USING UAV PHOTOGRAMMETRY AND COMPUTER VISION
DETERMINATION OF THE POSITION SOLAR MODULES USING UAV PHOTOGRAMMETRY AND COMPUTER VISION Open
View article: Power flexible restart technology for high-speed permanent magnet trains with sensorless control
Power flexible restart technology for high-speed permanent magnet trains with sensorless control Open
The ability to execute rapid restart operations is essential for traction systems in rail transit. However, position sensorless speed restart poses two significant technical challenges: mitigating inrush currents from grid-side excitation …
View article: DETERMINATION OF THE POSITION SOLAR MODULES USING UAV PHOTOGRAMMETRY AND COMPUTER VISION
DETERMINATION OF THE POSITION SOLAR MODULES USING UAV PHOTOGRAMMETRY AND COMPUTER VISION Open
View article: Orientation-Free Neural Network-Based Bias Estimation for Low-Cost Stationary Accelerometers
Orientation-Free Neural Network-Based Bias Estimation for Low-Cost Stationary Accelerometers Open
Low-cost micro-electromechanical accelerometers are widely used in navigation, robotics, and consumer devices for motion sensing and position estimation. However, their performance is often degraded by bias errors. To eliminate determinist…
View article: Orientation-Free Neural Network-Based Bias Estimation for Low-Cost Stationary Accelerometers
Orientation-Free Neural Network-Based Bias Estimation for Low-Cost Stationary Accelerometers Open
Low-cost micro-electromechanical accelerometers are widely used in navigation, robotics, and consumer devices for motion sensing and position estimation. However, their performance is often degraded by bias errors. To eliminate determinist…
View article: LAWFIELD-CORE/INT: Hardware-Enforced Autonomous Swarm Governance (GPS-Intermittent Operations) - Technical White Paper
LAWFIELD-CORE/INT: Hardware-Enforced Autonomous Swarm Governance (GPS-Intermittent Operations) - Technical White Paper Open
Comprehensive technical white paper detailing hardware-enforced compliance architecture for autonomous drone swarms in GPS-contested environments. Addresses fundamental challenge: absolute position determination requires absolute reference…
View article: LAWFIELD-CORE/INT: Hardware-Enforced Autonomous Swarm Governance (GPS-Intermittent Operations) - Technical White Paper
LAWFIELD-CORE/INT: Hardware-Enforced Autonomous Swarm Governance (GPS-Intermittent Operations) - Technical White Paper Open
Comprehensive technical white paper detailing hardware-enforced compliance architecture for autonomous drone swarms in GPS-contested environments. Addresses fundamental challenge: absolute position determination requires absolute reference…