4 results about "Multiple integration" patented technology

A system for solving nonlinear problems in implicit differential equations comprises hardware processors that transform differential equation systems into a unified canonical form enabling efficient numerical solving across multiple integration methods. The processors represent differential equations in a reduced canonical form G(x; v1, v2, γ, c)=v1+Mx−γ(h) f(x+v2, tn+ch) incorporating solution vectors, integrator parameters, mass matrices, and time parameters. The system generates model-specific mapping functions N(x)=y and N−1(y, γ, v1, v2)=x that transform between differential algebraic equation states and compressed nonlinear solver states, eliminating algebraically redundant variables through symbolic analysis. This compressed representation reduces computational complexity from O(n3) to O(m3) where m<n, while integrator-specific functions v1, v2, and γ(ρh) encode method-specific discretization parameters.

An apparatus comprises a memory and a processor communicatively coupled to one another. The processor is configured to determine multiple integration parameters based on one or more configuration commands, collect performance data over a first period of time, structure the performance data based on the integration parameters, and generate a system alert in response to structuring the performance data. Further, the processor may be configured to determine whether the specific attribute parameter is at least partially different from at least one reference parameter in the reference alerts and transmit the system alert to a network coordination system interface configured to implement the change in the one or more communication operations in the communication network over the second period of time in response to determining that the specific attribute parameter is at least partially different from the at least one reference parameter in the reference alerts.

An electronic device comprises a processing circuit configured to: acquire multiple pieces of channel information, which are obtained via multiple channel measurements, about an equivalent channel between a first communication device and a second communication device, wherein in each channel measurement, the second communication device obtains a piece of channel information on the basis of a received reference signal sent from the first communication device, and a reflection signal sent by an intelligent reflecting surface between the first communication device and the second communication device using a corresponding group of reflection parameters to reflect the reference signal; and by means of performing joint processing on multiple groups of reflection parameters used in the multiple channel measurements and the multiple pieces of acquired channel information, determine channel estimations of multiple integration sub-channels which are capable of representing the equivalent channel together with the reflection parameters of the intelligent reflecting surface.

The utility model discloses a support separating machine which comprises a box body. The multiple integrated bins are arranged in the box body side by side at equal intervals in the width direction of the integrated bins, each integrated bin comprises a pre-storage bin and a lifting bin, the lifting bins are perpendicularly arranged on the pre-storage bins, and openings are formed in the directions, facing the pre-storage bins, of the lifting bins; the grabbing mechanism is arranged in the box body, the grabbing mechanism is arranged above the lifting stock bin, the grabbing mechanism is provided with a plurality of suction ends, and the multiple suction ends are arranged according to the equidistant distribution of the multiple integration bins; the plurality of suction ends are used for synchronously adsorbing and separating a plurality of box supports which are located at preset heights and close to the suction ends; therefore, through the vertical layout of the box supports, the structure of the whole support separating machine is more compact, the occupied area is greatly reduced, and the space utilization rate and the adaptability of a production line are improved.