5results about How to "Reduce control delay" patented technology

The invention discloses a photovoltaic inverter maximum power point tracking method, electronic equipment and a medium. The method comprises the following steps: setting a first MPPT voltage according to an open-circuit voltage; obtaining first MPPT power according to the voltage average value at the end of the zero crossing point in the first power grid period and the second power grid period in the first control period and the first MPPT voltage; calculating a first MPPT current based on the first MPPT power and the first MPPT voltage; setting a second MPPT voltage according to the open-circuit voltage; obtaining second MPPT power according to the voltage average value at the end of the zero crossing point in the third power grid period and the fourth power grid period in the second control period and the second MPPT voltage; calculating a second MPPT current based on the second MPPT power and the second MPPT voltage; when the deviation between the first MPPT current and the second MPPT current is smaller than a threshold value, the maximum MPPT current and the minimum MPPT current between the first MPPT current and the second MPPT current are taken, and the weighted sum of the maximum MPPT current and the minimum MPPT current serves as the current value of the photovoltaic maximum power point tracking point.

The application provides a laser transmission method and system for atmospheric turbulence adaptive compensation, and relates to the technical field of optical communication. A distorted laser beam is received by a receiving aperture and physically split for detection, and an instantaneous sequence of light intensity, a two-dimensional tilt vector in time domain and a residual high-order phase array are synchronously extracted. The tilt vector is converted into a low-order control instruction in a first control period, the residual high-order phase array is corrected by a physical wind speed feedforward in a second control period and converted into a high-order control instruction, and the stroke saturation and the physical driving voltage saturation are output at the end of the period. The light intensity sequence is collected to calculate a light intensity flicker index, a multi-dimensional channel state matrix is constructed by combining the bit error rate, the stroke and the voltage saturation, a three-state transfer decision is made according to the relationship between the numerical value of the elements in the matrix and a preset threshold, and finally, corresponding communication modulation format switching and receiving aperture physical adjustment are performed according to the decision result, so that time sequence decoupling and cross-layer linkage are realized, and the strong turbulence link breakage rate is greatly reduced.

The application provides a task energy efficiency optimization-oriented unmanned aerial vehicle dynamic position deployment control method and device, and relates to the technical field of unmanned aerial vehicle communication control.The application constructs an unmanned aerial vehicle mobile edge computing system model, collects a current environment state at each discrete time step to generate a local observation vector, and generates a deterministic action vector; then, a distributed matching game with a ground mobile device is performed to complete task association; then, position updating is performed, a multi-target reward function is calculated, and centralized network model training is performed to iteratively update a Critic evaluation network and an Actor strategy network; when the model training reaches a preset requirement, the training is terminated, and a task energy efficiency optimal unmanned aerial vehicle dynamic position deployment control strategy is obtained. The application can realize deep coupling optimization of physical trajectories and offloading decisions, effectively solve user association conflicts and uneven computing load problems in a dynamic scene, and significantly improve system comprehensive energy efficiency while guaranteeing service quality.

A structured light module with a microcontroller includes: an infrared fill light for projecting infrared floodlight; a laser for projecting multiple discrete infrared beams with a pattern; an infrared sensor for receiving laser light reflected from the object to be photographed and generating raw data; a microcontroller for receiving a strobe signal from the infrared sensor and, based on the strobe signal, alternately turning on the infrared fill light and the laser, while maintaining complete synchronization between the projection time and the exposure time of the infrared sensor; and a system-on-a-chip for sequentially receiving the raw data from the infrared sensor and sequentially transmitting the image data according to the received order; the image data is the raw data or obtained by processing the raw data. This invention significantly reduces the problems caused by data transmission issues between the main system and the infrared fill light and laser, resulting in more stable and reliable image acquisition.

The present disclosure provides a memory control method, a memory controller and an electronic device. The memory control method is executed by programmable circuitry for controlling a target memory, and includes: detecting, by the programmable circuitry, a plurality of target events in real time; when a type and a number of the detected target events satisfy a trigger condition of any one of a plurality of preset states, selecting to run an action execution circuit module corresponding to the preset state, the trigger condition including a logical combination of one target event or a plurality of target events; and executing, by the action execution circuit module corresponding to the preset state, one or more actions corresponding to the preset state, at least one of the one or more actions being used for controlling the target memory. The embodiments of the present disclosure can flexibly configure a memory control scheme and improve the efficiency of sending control signals to the memory.