2results about How to "Short execution time" patented technology

This invention belongs to the field of precision electronic circuit manufacturing technology, and provides a method and device for repairing broken lines in micro-circuits based on electric field-driven micro / nano 3D printing. This invention employs electric field-driven jet deposition micro / nano 3D printing technology, with the printing nozzle connected to a high-voltage power supply. Utilizing the diameter reduction effect of the Taylor cone in electrostatic dynamics, it achieves the fabrication of micro / nano-scale feature structures. Under the action of electrostatic field tension (changing traditional pressure-driven to tension-driven), high-viscosity materials can be printed with high resolution, enabling the repair of conductive line defects below 1μm. It is particularly suitable for repairing three-dimensional / curved conductive lines and conductive line defects in large-size (meter-scale) substrates. This invention can achieve high-resolution, high-precision, low-cost, and efficient repair of micro-precision conductive line defects.

This invention discloses a latency-constrained scheduling method for heterogeneous computing resources in a computing power network, belonging to the field of communications. It includes the following steps: obtaining the number of computing tasks, data volume, computational load, and latency constraints; obtaining the performance parameters of the heterogeneous computing servers; and obtaining the transmission bandwidth and transmission power of the communication channel. Following the basic idea of ​​jointly scheduling and optimizing total energy consumption for communication and computation, the scheduling strategy and server performance parameters are iteratively optimized alternately: on the one hand, the scheduling strategy is fixed, and the server performance parameter configuration is optimized using dynamic voltage-frequency scaling technology; on the other hand, the server performance parameters are fixed, and the scheduling strategy is updated using the projection gradient method. The scheduling method can provide an energy-optimized heterogeneous computing resource scheduling strategy and server performance parameter configuration. This invention can be used for the scheduling optimization of heterogeneous computing resources in a computing power network to achieve the beneficial effect of reducing energy consumption for completing computing tasks under latency constraints.