135 results about "Autocode" patented technology

The invention relates to a method and a terminal for increasing data transmission safety by using a multi-encryption method. The data to be transmitted is encrypted; the identity authentication is carried out and the data transmission error is checked; the data is processed by using the terminal before being sent; when the data is received, the data is analyzed by using the terminal and then sent to a receiver. The method provides a multidimensional key concept, a key structure needed by encryption is more complicated, and the breaking difficulty is higher. The data processing method and theterminal not only further strengthen data safety, but also use an XML (Extensible Markup Language) organization to transmit data, have distinct levels and are convenient to analyze. A terminal moduleprovides a user interface, is convenient for a user to use an autocode function module and has the advantages of secondary development performance, expansibility and high practicability.

The invention relates to a distributed outlier detection method and system based on an automatic coding machine. The method includes the steps that a training data set and a testing data set are defined; training data of the training data set are distributed to a plurality of calculation units randomly; the calculation units conduct parallel execution, and each calculation unit solves coding and decoding parameters; the coding and decoding parameters of each calculation unit are summarized to obtain a final coding and decoding parameter, and a self-duplication model is built; the self-duplication model is applied to the testing data set, and concurrent computation is conducted on reconstruction errors of all testing data; the testing data are arranged according to a descending order of the reconstruction errors, and the testing data with the reconstruction errors larger than a predetermined threshold value are outliers. According to the method, the total time required for processing and the number of processed samples are independent, and the total time and the number only depend on the required accuracy of parameter solution. The distributed outlier detection method and system based on the automatic coding machine are very suitable for detecting outliers on large-scale data sets on the basis of MapReduce frameworks, and have good flexibility and good expansibility.

The invention described here is intended for enhancing the technology domain of real-time and high-performance distributed computing. This invention provides a connotative and intuitive grammar that allows users to define how data is to be automatically encoded/decoded for transport between computing systems. This capability eliminates the need for hand-crafting custom solutions for every combination of platform and transport medium. This is a software framework that can serve as a basis for real-time capture, distribution, and analysis of large volumes and variety of data moving at rapid or real-time velocity. It can be configured as-is or can be extended as a framework to filter-and-extract data from a system for distribution to other systems (including other instances of the framework). Users control all features for capture, filtering, distribution, analysis, and visualization by configuration files (as opposed to software programming) that are read at program startup. It enables large scalable computation of high velocity data over distributed heterogeneous platforms. As compared with conventional approaches to data capture which extract data in proprietary formats and rely upon post-run standalone analysis programs in non-real-time, this invention also allows data streaming in real-time to an open range of analysis and visualization tools. Data treatment options are specified via end-user configuration files as opposed to hard-coding software revisions.

The invention discloses an automatic coding method and device, and the method comprises the steps: carrying out the structural processing of a dictionary file, so as to obtain a standard word; performing structured processing on the obtained original words by utilizing a preset attribute word dictionary to generate structured information; performing structured attribute matching on the structuredinformation and the standard words to obtain candidate results corresponding to the structured information; carrying out encoding post-processing on the candidate result to obtain a processed standardword; and outputting the processed standard words to realize automatic coding of the original words. By means of the technical scheme, free texts in any form can be coded, medical terms of reports and a MedDRA dictionary have no similar or same requirements, a synonym library does not need to be accumulated and maintained, manual input is greatly reduced, and coding efficiency is improved.

The invention discloses a wind power gear box state monitoring method based on a long-short-term neural network and an automatic encoder, and the method comprises the steps: segmenting a sample through employing a sliding window in combination with a bidirectional long-short-term neural network, capturing a time dependence relation in multi-dimensional time series data, and carrying out the reconstruction mapping of multi-dimensional nonlinear time series data to a low-dimensional space through learning a large number of normal samples; on the basis, comparing and analyzing the difference between a reconstructed sample and an original sample to achieve state monitoring and fault diagnosis of the wind power gear box. The method provided by the invention can effectively process high-dimensional time series data, and can be better applied to a variable working condition operation environment of the wind power gear box.

The invention relates to a day-ahead power load prediction method based on double-end automatic coding, and the method comprises the following steps: obtaining influence factor features which need tobe considered and have an influence on a power load, and forming a historical power load and influence factor feature database; constructing an auto-encoder 1, training the auto-encoder 1, and inputting historical power load characteristic data into the trained auto-encoder 1 to obtain a fused data set; constructing a neural network, training the neural network, and inputting the obtained fused data set into the trained neural network for power load prediction; constructing an auto-encoder 2, and training the auto-encoder 2; inputting the obtained power load prediction data into the trained auto-encoder 2; performing reverse normalization on the obtained decoded power load prediction data to obtain final day-ahead power load data. According to the method, the dimension problem in day-aheadload prediction is solved, and the precision of day-ahead load prediction is improved.

The invention discloses an ICD automatic coding method for electronic medical records based on deep learning. The method comprises the following steps: S1, carrying out vectorization on electronic medical records and medical codes respectively, and acquiring medical record feature vectors and medical code feature vectors; S2, learning information of the electronic medical records to obtain text vectors, and learning the information of the medical codes to obtain medical code vectors; S3, calculating a target function; and S4, reducing differences between the electronic medical records and themedical codes according to the target function so as to complete the ICD automatic coding of the electronic medical records. According to the coding method of the invention, coding candidates are provided for encoders, manual intervention is reduced, and coding efficiency is improved. Through coding, the electronic medical records are well applied secondarily, and statistics and analysis of medical data are better facilitated. Compared with the prior art, the method of the invention has the following advantages: all the electronic medical records come from real ward records of intensive care units and have the characteristics of high authenticity and feasibility, and the method has the advantages of high accuracy and universality.

The invention provides an ICD coding method and device, electronic equipment and a storage medium. The method comprises the steps of determining a plurality of candidate ICD codes corresponding to a to-be-coded medical record text; and determining an ICD code corresponding to the medical record text based on the medical record text and the disease knowledge text of each candidate ICD code. According to the method, the device, the electronic equipment and the storage medium provided by the invention, the disease knowledge text of each candidate ICD code is combined in the ICD coding process, sothat the ICD codes obtain the diagnosis and treatment knowledge of the disease corresponding to each candidate ICD code as support while considering the information contained in the medical record text, the problem of overfitting is avoided while automatic ICD coding is achieved, generalization and accuracy of ICD coding are improved, and timeliness of ICD coding is guaranteed.

The invention discloses a method for automatically setting an address code between lamps and realizing coexistence with RDM, and a circuit for realizing the method. After the method is utilized, an automatic coding function is added on the condition of being compatible with a traditional signal wire, and workload in setting the address code of the lamp by a field engineer can be greatly reduced.

The invention discloses an automatic serial port testing method, which does not depend on other testing tools, directly calls an interface in an application, achieves the purpose of controllability of input parameters and output parameters, and meanwhile, compilation of a test case is more comprehensive and effective and is not limited by testing a finite function of DEMO any more. According to the method, the interface testing process is greatly simplified, automatic use case execution and result representation are achieved, the testing quality is ensured on the previous basis, and the testing period is shortened; automatic coding and address arrangement are carried out on all connected equipment, so that the dispatching uniformity of the automation of the upper computer instrument at the PC end is further enhanced; when instruction issuing is carried out on the serial port, certain safety and compatibility are ensured through a self-defined instruction structure.

The invention discloses a self-adaptive host intrusion detection sequence feature extraction method, which comprises the following steps of: extracting a fixed-length feature subsequence and a variable-length feature subsequence to obtain a fixed-length corpus and a variable-length corpus, obtaining a union set to obtain a feature corpus, counting the occurrence frequency of the subsequences in the feature corpus in a to-be-tested system call sequence to obtain a feature vector, and carrying out dimension reduction on the feature vectors by utilizing an automatic coding machine, inputting the feature vectors subjected to dimension reduction into a classifier for classification, and obtaining a classification result. The invention further discloses a self-adaptive host intrusion detection sequence feature extraction system which comprises a fixed-length feature extraction module, a variable-length feature extraction module, a feature fusion module, an automatic coding machine and a classifier. According to the method an system, host program behaviors are described in combination with fixed-length and variable-length features, better adaptivity is achieved, given program behaviors can be better described through variable-length feature extraction, and features highly contributing to classification can be further extracted through a TF-IDF-based fixed-length feature selection method.

The invention discloses an equipment measurement data processing method and system based on a deep neural network, and a terminal, and relates to the technical field of power station equipment data processing, and the key points of the technical scheme are as follows: carrying out entity recognition on target equipment measurement data through a recognition model established based on a bidirectional long-short-term memory neural network and a conditional random field; obtaining a short text sequence which is labeled by a label and jointly expressed by a character vector and a word vector; expanding the short text sequence, inputting the expanded short text sequence into a convolutional neural network, obtaining short text deep semantics by learning deep features in the short text, and performing clustering processing according to the short text deep semantics to obtain clustering equipment measurement data; obtaining a mapping relation between historical equipment measurement data and a standard code through training of a pre-constructed training model, and after clustering equipment measurement data are input into the training model, obtaining a new measurement data prediction code label in combination with the mapping relation. According to the method, unified and standardized automatic coding processing can be carried out on different devices.

The invention relates to a zero-sample image recognition method, in particular to a generalized zero-sample image recognition method based on a conditional adversarial automatic encoder. The inventiondiscloses the generalized zero sample image identification method based on a conditional adversarial automatic encoder, and the method employs a decoder in the conditional adversarial automatic coding machine to generate a pseudo sample through combining with prior distribution and class attribute conditions, and solves a zero sample problem. The invention has the beneficial effects that the sampling conditional adversarial automatic encoder matches integrated posteriori distribution of data potential semantic representation into prior distribution, such as standard normal distribution, so that the stability of a generation model is improved; class attributes are used as conditions to train an adversarial automatic coding machine, the discrimination capability of the model is improved, and generated pseudo samples are closer to real distribution of data; visible and invisible pseudo samples are generated at the same time, and only the pseudo samples are used to train the SVM classifier to eliminate the influence of data imbalance.