Factory To determine the distance, presence, or absence of the object by using a transmitter or photoelectric receiver the photoelectric device is used. The potential of a photovoltaic (PV) panel to
Factory But for photoelectric tracking and detection system, in order to stably access to the whole trajectory of each moment of the target image information, in addition to tracking turntable good stability, the
Factory Abstract This article focuses on the stable imaging problem of photoelectric imaging system that depends on the synchronous rotation of mirror and detector. When there is a relative
Factory use the optical pattern with the UHF pattern to obtain the photoelectric fusion PD pattern. This pattern is then subjected to a series f processing such as feature extraction, dimensionality reduction,
Factory Disturbance compensation is an important criteria to evaluate the performance of a photoelectric tracking servo control system. In order to effectively compensated disturbance in high
Factory In this paper, a high-precision control scheme based on active disturbance rejection control (ADRC) with predictor-structure extended state observer (PESO) is developed to improve the tracking accuracy of
Factory This chapter summarized the research progress of organic–inorganic hybrid perovskite PDUs for imaging, including the means to improve resolution,
Factory If we can look for a fast identifying real target algorithm when there is a false target effect on multi-photoelectric detection sensor testing system, which will improve the capture rate,
Factory Tracking control of nonlinear systems with significant delay effects has been the focus of intensive research. In this paper, we propose an effective supervised adaptive control scheme to
Factory The photoelectric tracking system, which is made up of optical, mechanical, electrical, and computer components, is in charge of tracking targets at extremely long distances. Tracking accuracy and
Factory The photoelectric tracking system, which consists of optical, mechanical, electrical, and computer components, is in charge of tracking targets at extremely long distances.
Factory Photoelectric Detection and Acoustic Anti-Drone Systems: Core Technical Differences and Application Scenarios Comparison The advancement of drone technology has brought
Factory This paper provides a full explanation of multi-source information fusion methodologies and algorithms, as well as the most recent breakthroughs in fusion optimization and artificial
Factory In this study, the authors attempted to replicate the performance of a multi-sensor device through a single-sensor device to minimize the power consumption and reduce the cost of the dust sensing
Factory In summary, radiation metrics and photometric quantities are indispensable in photoelectric detection technology. Accurate measurement and analysis of these parameters support
Factory Download Citation | Application of bilateral sliding mode predictive compound control in photoelectric tracking system | This article focuses on the stable imaging problem of photoelectric
Factory Considering the effects of various disturbances, the stable tracking double closed-loop servo control system was built for the azimuth, pitch, and roll
Factory Quantum and laser communication systems, which are based on the photoelectric tracking system, are able to create high-speed data transmission channels with great flexibility that are resistant to
Factory Potential topics include, but are not limited to, laser measurement and sensing, micro- and nano-photoelectric measurement, simultaneous measurement of multiple parameters, structured light
Factory The kinematical model of the three-axis photoelectric tracking system with a redundant degree of freedom is constructed by quaternion, and a high-speed tracking strategy of the three-axis
Factory To improve the capture rate, recognition rate and weaken the false target influence in multi-photoelectric detection sensor testing system, this paper proposes D-S data fusion recognition
Factory To solve the real-time and reliability problem of tracking servo-control system in optoelectronic theodolite, a multisensors parallel processing system was proposed.
Factory With the development of drive systems and sensor technology, the application field of photoelectric tracking system is expanding. The target tracked by the system has also expanded from the
Factory The parameter and model uncertainties are inevitable in modern industrial systems. To address this problem, a digital-twin-based model-free approximated optimal trajectory tracking control strategy is
Factory The stable tracking double closed-loop servo control system was built for the azimuth, pitch, and roll rings to improve the speed and accuracy of the photoelectric tracking and pointing
Factory The proposed system is based on the idiosyncratic multi quadrant photoelectric detector is implemented and a tracking scheme with a solar orbital method is included.
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