42results about How to "Improve mission performance" patented technology

The embodiment of the invention discloses a method and apparatus for processing a sequence model, which are used for improving the task execution effect of the sequence model. The method comprises thefollowing steps of: obtaining a source end sequence from a source end database and inputting the source end sequence to an encoding end of a sequence model, wherein the encoding end comprises a self-attention encoder and a timing encoder; encoding The source sequence by a timing encoder to obtain a first encoding result, wherein the first encoding result comprises timing information obtained by using the source sequence to perform timing modeling; And performing encoding processing on the source sequence by a self-attention encoder to obtain a second encoding result; Obtaining a target end sequence from a target end database, and inputting the target end sequence, a first coding result and a second coding result to a decoding end of a sequence model; using A decoding end to perform decoding processing on a target end sequence, a first encoding result and a second encoding result, and outputting a decoding result obtained after the decoding processing.

The embodiment of the invention provides a process grouping method and device for an RPA process execution end, equipment and a medium. The method comprises the following steps: receiving a process grouping request of a user; adjusting a pre-established process group according to the process grouping request, the process group comprising a plurality of processes; execution process group. Accordingto the method provided by the embodiment of the invention, through flexible combination of a plurality of simple processes, the RPA under a complex task can be realized, the process execution effectand the task execution capability of the RPA process execution end are improved, and the task execution effect is further improved.

Disclosed is a method for providing translation service using a mobile communication terminal. The method includes a button input step of pressing a voice recognition key to use a voice recognition function, a menu screen provision step of selecting a translator menu item, a translation recognition method determination step of selecting a sentence input method or a word input method, a Korean input step of inputting Korean, a confirmation step of confirming whether a completed Korean sentence matches an intended sentence, and a translated sentence output step of providing a relevant translated sentence in a text form and reproducing the relevant translated sentence in a voice form.

The invention discloses a posture compensation method in case of mismatched side-swing push-broom velocity in imaging of an agile satellite. For the limitation (only the drift action caused by auto-rotation of the earth is considered) of the posture compensation method in the traditional imaging mode (the pointing direction of the satellite to the ground is fixed), the drift angle calculation formula is obtained under the mode according to the track posture parameter by analyzing the reason for the generation of the drift angle under the imaging mode (namely the condition that the substellar point velocity is mismatched with the push-broom velocity of a camera, and the pointing direction of the posture at the moment to the earth changes continuously) that the pointing direction of the side-swing push-broom posture of the satellite to the earth changes continuously, considering the drift action of the imaging from the three aspects such as orbital motion, auto-rotation of the earth andthe push-broom velocity of a camera and combining the basic definition of the drift angle. On the basis, by combination of the basic principle of TDICCD (time delay integration charged coupling device) imaging and the yawing control principle, the satellite posture compensation method is given, so that the imaging requirement for side-swing push and broom of the agile satellite can be met.