30 results about "Temporal coupling" patented technology

The invention relates to the field of comprehensive development and utilization and optimized scheduling of water resources, in particular to a cascade hydropower station multi-object optimal scheduling mixed searching method coupling peak shaving and navigation demands. The function of a navigation counter regulation power station can be fully performed, the peak shaving of a power grid and river channel navigation application requirements are taken into account, and a cascade operation plan which is practical and more reasonable in scheduling is obtained. According to the technical scheme, the minimum of the maximum value of the redundant loads of the power grid and the minimum of the variance of the counter regulation power station downstream river channel water level process are adopted as objects, in the NSGA-II searching process, for the complex constrains of the climbing upper limit, the output fluctuation control limit, the machine starting and shutting down minimum lasting time, the term end water level control and the like, time coupling constraint handling strategies, end water level correction strategies and improved genetic manipulation operators are put forward, so that the searching and solving efficiency of the method can be improved, a calculating result meeting engineering application request is obtained, and the method is suitable for being adopted and popularized in the scheduling operation of a cascade hydropower station with navigation requests.

The invention, which relates to the task planning design field, provides an improved-firefly-algorithm-based multi-unmanned-aerial-vehicle cooperative coupling task distribution method. A hybrid discrete firefly algorithm with a special coding-decoding structure is provided; and on the basis of the study on multi-unmanned-aerial-vehicle cooperative task distribution with a time coupling constraint and a special coupling constraint simultaneously, a mathematic model is put forward and task resolving is carried out. The method provided by the invention has high universality. On the basis of the analysis of data obtained by multi-times simulation and verification, the model is perfected, the iterative process becomes short, and the convergence speed is fast. The multi-unmanned-aerial-vehicle cooperative task distribution plan is expressed effectively by means of segmented integer coding by using minimization of the maximum range of the unmanned aerial vehicle as an overall optimization objective; and an optimal solution is searched in the solution space based on an improved DE-DFA algorithm, so that a multi-unmanned-aerial-vehicle task distribution problem in a coupling task environment is solved and a solution is provided for solving a multi-unmanned-aerial-vehicle task distribution problem in a coupling task environment.

An integrated circuit includes two or more communication controllers and a plurality of point to point serial communication lanes for communication external to the integrated circuit. A programmable cross-point circuit allows different sets of serial communication lanes to be coupled at different times to the communication controllers in order to optimize performance of different applications.

A networked object delivery system for a personal computing device includes a network, a personal computing device at least part time coupled to the network, and a service agent server at least part time coupled to the network. The personal computing device is preferably a PDA or the like, but can also include personal computers, laptop computers, notebook computers, etc. The personal computing device locally operates on a requested document with at least one downloaded application module from the network. The service agent server will download a requested document and at least one application module to the personal computing device over the network in response to a request for the document and in response to a desired action to be performed on that document.

The invention discloses an optimal resource allocation method for detecting resource planning, in the method, only the detection parameters of the detection equipment and the target motion parametersare inputted, the motion model of the target and the detection model of the detection resources are established, and the improved genetic algorithm is used to search in the feasible space of the problem, so as to obtain the optimal resource allocation scheme of the problem. Aiming at the target switching time delay existing when the detection device switches and tracks the target, the invention processes the time coupling constraint through the penalty function method, avoids the infeasible solution in the searching process, and ensures the feasibility of the solution. The invention introducesthe heuristic search into the genetic algorithm, so as to improve the search efficiency of the feasible space of the problem and reduce the calculation amount, thereby solving the problem of large calculation amount and long time consuming faced by the traditional detection task planning method.

The invention discloses a coupling device of a small-angle ultrasonic monitoring sensor of an inservice wind power main shaft. By adopting an ultrasonic normal probe and a sound conducting flexible wedge with certain slope on the section, the problems of long-time coupling and small-angle ultrasonic detection are effectively solved.

The invention relates to a positive electron nuclide real-time counting detector based on a coincidence detection principle. The detector comprises a face cover internally provided with a plurality ofLYSO crystal probes for catching gamma photons, a conditioning circuit connected with all the LYSO crystal probes and used for amplifying and filtering pulse signals generated when the LYSO crystal probes catch the gamma photons, a pulse signal recording device connected with the conditioning circuit and used for recording count pulses of the gamma photons in the form of timestamps and sending the pulse signals obtained based on all the LYSO crystal probes through different counting channels, a coincidence detection circuit connected with the pulse signal recording device and used for receiving the pulse signals through a plurality of counting channels and recognizing the detected gamma photons through the time coupling of all the counting channels. Compared with the prior art, by arranging the conditioning circuit, the pulse signal recording device and the coincidence detection circuit, the gamma photons can be effectively detected, and therefore positive electron nuclides are detected.

The invention discloses a space and time coupling control method with a mutual interference elimination function for lighting systems. The space and time coupling control method has the advantages that principles of persistence of vision of human eyes are applied, stroboscopic light sources with the frequencies higher than perception frequencies of the human eyes are utilized, light sources are periodically in luminance and non-luminance states, light ray filters are in shielded and unshielded states, accordingly, the light ray filters are in the shielded states if the light ray filters of oneof every two corresponding facilities are exactly in transparent states when the light sources of the other facility with light ray interference with the first facility are illuminated, the light sources of the other facility are in extinguished state, states of every two corresponding facilities are alternately switched, light rays emitted by the light sources of the first facility still can beseen while interference light rays of the other facility are filtered, and objects irradiated by the light sources of the first facility can be clearly seen; the redundant and harmful light ray interference can be eliminated under the condition of inevitable light ray perpendicular incidence by the aid of the space and time coupling control method with the mutual interference elimination functionfor the lighting systems.