4results about How to "The solution cannot be applied" patented technology

The invention discloses a multi-access point (AP) coordinated transmission method, device and equipment, and belongs to the technical field of communication. The multi-AP coordination transmission method comprises the following steps: a first AP sends a coordination request frame to one or more second APs in a multi-AP coordination candidate set list; the first AP receives a coordination request reply frame, and forms an AP coordination set with the second AP replying to accept coordination; the first AP divides stations STA associated with each AP in the AP coordination set into different types of candidate sets by initiating channel measurement, and obtains time-frequency resource demand information of each candidate set and power control parameters adopted by each AP in the expected AP coordination set; the first AP generates TWT SP decision information according to the time-frequency resource demand information of each candidate set and power control parameters required to be adopted by each AP in the AP coordination set; and the first AP sends TWT SP decision information to each second AP in the AP coordination set.

A method for generating thermal management strategies for hybrid vehicles based on deep reinforcement learning includes the following steps: S1: Obtain vehicle information and state information of the hybrid vehicle; S2: Build a hybrid vehicle simulation model: establish a vehicle energy model; build a vehicle power model in Simulink, build a thermal management system model in GT-SUITE, and couple the vehicle power system model and the thermal management system model in Simulink to obtain the vehicle energy model; S3: Utilize deep reinforcement learning algorithms to construct a hybrid vehicle thermal management strategy, solve a multi-objective optimization problem including fuel economy, battery efficiency, and battery heat dissipation, and thus obtain the optimal thermal management strategy. This design can not only construct a vehicle energy model and simulate the temperature change process of the vehicle, but also has strong adaptability and can meet the strategy generation needs of different vehicle models.

The present application relates to a kind of vertical rotation step-by-step half-through tied arch bridge main arch ring construction method, and arch ring is divided into two half spans and is laid on two shore approach on the bed, adopts vertical rotation buckle and hangs system and pulls arch ring vertical rotation, while using jacking system and jacks arch ring to move to midspan, repeatedly jacks, vertical rotation, gradually moves two half span arch ring to midspan closure.The present application combines jacking method and vertical rotation method organically, on the one hand, solves the problem that existing jacking method can only jacking whole span and is limited by span, on the other hand, solves the problem that existing vertical rotation method cannot be applied when there are obstacles in arch seat position, successfully realizes large-span main arch ring jacking installation.Whether it is bridge across navigable river or bridge across deep valley, whether river bank is gentle terrain or steep mountain, the present application can be applied, and large equipment is less, and construction risk and cost are low.

The application relates to the computer technology field and provides a compiling method, device and system, a plurality of second compiling files are generated through a plurality of second compilers of second versions, and the subsequent inline optimization through different version compilers is facilitated. In the application, the consistency of the compiler versions used globally does not need to be ensured, the target second compiling file is determined from the generated plurality of second compiling files in the compiling process, the subsequent inline optimization of the first compiling file can be performed, the compiling flexibility is improved, and the problems that the inline optimization cannot be performed or the inline optimization exposes the function file source code when the first compiler and the second compiler are of different versions are solved.