3 results about "Function application" patented technology

The invention relates to the technical field of computer science, in particular to an artificial intelligence investigation and deep interview system, which is characterized by comprising a basic unit, an algorithm and model unit, a function unit, an application unit and a safety protection unit, the basic unit is used for bearing core tasks of computing power, algorithms and data and preparing data for an investigation and interview system; the algorithm and model unit is responsible for understanding and processing human languages, learning question and answer rules and interview strategies through training, and identifying and analyzing emotional changes of users in interviews; the function unit is used for generating questionnaires, collecting generated data and analyzing and processing the data; through integration of basic support, an algorithm model, function application, result display and safety protection, advanced natural language processing and machine learning technologies are utilized, questionnaires are automatically generated, data are analyzed in real time, user privacy is protected, and efficient and accurate investigation interview experience is provided.

System, exhibiting: a plurality of multipliers (206; 302; 504; 1202), wherein the plurality of multipliers is arranged in a plurality of equally sized groups, each of the plurality of multipliers being designed to apply a weighting to an input activation in parallel to produce an output; a plurality of adders (204; 304; 506; 1204), each of the plurality of adders being operatively connected to one of the groups of multipliers, each of the plurality of adders being designed to add the outputs of the multipliers within their respective groups in parallel to produce a partial sum (306); a first plurality of function blocks (508; 1206), wherein each from the first plurality of function blocks is operatively connected to one from the plurality of adders, wherein each from the first plurality of function blocks is designed to apply a function in parallel to the partial sum of its associated adder in order to produce an output value; a vector register (116), wherein the vector register is operatively connected to the first plurality of function blocks, wherein the vector register is designed to store the output values ​​of the first plurality of function blocks, wherein the first plurality of function blocks is designed to combine the output values ​​stored in the vector register with subsequently calculated output values ​​of the first plurality of function blocks, wherein output values ​​of this combination are stored in the vector register; a second plurality of function blocks, each of which is operatively connected to the vector register, each of which is designed to apply a function to the stored output values ​​in parallel.

The application provides a software application generation method and device, electronic equipment and storage medium. The method comprises the following steps: in response to a construction request for a target version, determining a set of differentiated elements associated with the target version; in a software construction stage, performing compile-time differentiated processing on a common code library based on the set of differentiated elements to generate an application package carrying static features of the target version; in a running stage of the application package, performing runtime differentiated processing on the application package based on the set of differentiated elements to provide dynamic functions of the target version; wherein, through the combination of the compile-time differentiated processing and the runtime differentiated processing, a software application with complete functions of the target version is generated from the common code library. Through the present scheme, all customized versions can generate complete function applications based on the same set of common code libraries, eliminating synchronization and merging conflicts in multi-branch development.