35 results about "Future risk" patented technology

A system and method for accurately and reliably determining and recording the time, date and location where a medication is used, and a system and method for transmitting, collecting, and using that data to improve clinical care, disease management, and public health surveillance. The device allows information concerning drug usage, including the time, date and location of use, to be transmitted to a remote network computer system so that the data can be evaluated to determine current impairment and future risk, and to identify changes in the frequency, timing, or location of medication usage indicative of change in disease control or management, and to examine spatial, temporal or demographic patterns of medication use or absence of use among individuals and groups. In addition, the device may further be configured to transmit signals indicative of its status, condition or other results to the remote network computer system.

The invention discloses a prediction method of driving risk based on a hidden Markov model. The method comprises the steps of (1) classifying driving risk states through a cluster analysis method based on vehicle operating characteristics, (2) estimating the influences of a driver behavior and surrounding traffic environment characteristics on a transition probability between driving risk states through multiple logistical models for different driving risk states, (3) with a risk state as a hidden state, with an actual observed vehicle movement variable as a state output value, with multiple logistic model parameters as parameter initial values of a state transition probability matrix, establishing a hidden Markov chain model that reflects the evolution rule of driving states, and (4) obtaining the vehicle operating characteristics in real time and predicting a future risk state based on the hidden Markov chain model. According to the method, the hidden Markov model which can reflect the above characteristic real-time change and has a variable state transition probability is established, the accuracy and prediction accuracy of a driving risk model are improved, and the real-time requirements of anti-collision warning can be satisfied.

Interposition and augmentation devices for tendon and ligament repair, including rotator cuff repair, have been developed as well as methods for their delivery using arthroscopic methods. The devices are preferably derived from biocompatible polyhydroxyalkanoates, and preferably from copolymers or homopolymers of 4-hydroxybutyrate. The devices may be delivered arthroscipiclly, and offer additional benefits such as support for the surgical repair, high initial strength, prolonged strength retention in vivo, flexibility, anti-adhesion properties, improved biocompatibility, an ability to remodel in vivo to healthy tissue, minimal risk for disease transmission or to potentiate infection, options for fixation including sufficiently high strength to prevent suture pull out or other detachment of the implanted device, eventual absorption eliminating future risk of foreign body reactions or interference with subsequent procedures, competitive cost, and long-term mechanical stability. The device are also particularly suitable for use in pediatric populations where their eventual absorption should not hinder growth.

The invention discloses a method for deeply learning and predicting medical track based on medical records. The method comprises the following steps: S1, encoding diagnostic information and intervention information on admission through an encoding scheme and converting code into vector to acquire diagnostic information conversion vector (the formula is shown in the description) and intervention information conversion vector (the formula is shown in the description) separately, and converting the diagnostic information and intervention information on admission for one time into one 2M-dimensional vector [xt, pt]; S2, input the vector [xt, pt] into an LSTM model, and evaluating the current output value ht to obtain the current disease state; S3, predicting a diagnostic code dt+1 according tothe disease state ht and predicting the disease progression through the diagnostic code dt+1; S4, calculating an intervention code st of the time t, increasing a time structure in the LSTM model, collecting the historical disease states in multiple time ranges, collecting the state of each section of a horizontal time shaft, collecting all the diseases states, stacking into a vector (the formulais shown in the description), and feeding back the vector (the formula is shown in the description) into a nerve network to predict the future risk result Y.

The invention relates to a method and a system for project management process feedback and deviation analysis. The method comprises the following steps of 1, progress plan planning; 2, progress feedback; 3, deviation analysis and display. The method and the system have the advantages that the progress feedback realizing quantitative and qualitative combination is realized, meanwhile, the integral progress feedback integrating the generated problem, the current actual progress and the future risk is realized, the progress and the weight of all subordinate tasks are integrally considered, high-level stage WBS (work breakdown structure) and project actual progress are formed through summarizing, the task and WBS actual progress and time plan are used for comparison, and a respective actual execution deviation is formed, and is directly displayed in a Gantt chart.

The invention discloses a building engineering comprehensive data acquisition, analysis and remote uploading system. The system comprises a cloud server, an engineering data acquisition system, a construction site data transfer machine, a terminal system, a video monitoring system and a face recognition access control system. The system is used for collecting the original observation data from different devices, decoding the data of different devices, integrating and interweaving the data into one kind of information, the information is transmitted to a server via a network, and the server compares and processes the various kinds of information via a specific algorithm, analyzes the correctness and the future risk condition of the information and arranges and feeds back the information toa terminal user.

The invention discloses a consumption staging default probability model based on survival analysis. The model is characterized in that the number of consumption staging repayment periods is regarded as discrete survival time, the discrete survival time is added into the user attribute characteristics and then the discrete survival time is fused into a default model, the relationship between a sample survival result and the survival time and the user attribute characteristics is researched, and a model capable of predicting the default probability of the consumption staging loan user in any future period is established by using an xgboost algorithm; a danger function of survival analysis is obtained through the default probability model, the default probability of any loan user in any period is predicted based on the danger function, and the future default risk of the loaned user is evaluated at the same time. According to the invention, the possibility that the user is overdue betweenthe end of the observation period and the full period neglected by the traditional model is covered, so that the future risk is estimated more accurately, and the financial institution can develop theconsumption staging business more healthily and continuously.

A loss mitigation computer system includes a customer interface electronically receiving customer information data from a customer computer system via a communications network, a risk assessment computer processing module processing the customer information data and identifying at least one peril associated with the customer information data, a risk mitigation computer processing module generating at least one risk mitigation option based on the at least one peril and receiving customer selected risk mitigation options responsive to the generated at least one risk mitigation option from the customer computer system; and a customization computer processing module generating at least one of a calculated insurance premium, a current risk assessment, a future risk assessment, recommendations, and a gap analysis based on the received at least one customer selected risk mitigation option. Various alternative embodiments are also disclosed, including a computer implemented loss mitigation method and/or loss recovery system.

The invention relates to a method and device for generating risk warning information based on user behavior data, electronic equipment and a computer readable medium. The method comprises the steps ofobtaining behavior data of a user in a point pre-burying mode, wherein the behavior data comprises a preset behavior and corresponding time; inputting the behavior data into a word vector model to generate a user word vector; inputting the user word vector into a user risk model to generate a user risk score, the user risk model being generated through bidirectional recurrent neural network training; and when the user risk score is smaller than a threshold, generating risk warning information. According to the method and device for generating the risk warning information based on the user behavior data, the electronic equipment and the computer readable medium, historical information of a user account is not depended on, the future risk behavior of the user can be recognized only according to the user behavior data, then early warning is conducted in advance, and enterprise resource losses are reduced.

A method begins by determining to rebuild a slice or slices to at least one of multiple distributed storage network (DSN) memory locations. The method continues by calculating a future risk estimation of each one of the multiple DSN memory locations, the future risk estimation including one or more risk factors. The method continues by determining a selection of which of the multiple DSN memory locations to rebuild and rebuilding the slice in the DSN memory of the selection.

The present invention relates generally to the analysis and use of operations management, facility management, and/or security system transaction data in the field of computerized systems and methods for processing data related to insurance and finance to determine future risk associated with a specific entity's predicted property and casualty losses or credit losses. More specifically, the invention relates to a system and method for incorporating transaction oriented data from operations management, facility management, and/or security systems into insurance and finance risk assessment underwriting, pricing/quoting, and retention management.

The invention discloses a lightning protection grounding real-time monitoring and risk estimation system and method based on the Internet of Things, and relates to the field of lightning-protection grounding grids. The method is realized based on the Internet of Things. Pass-aware layer, the network layer and the application layer are matched for use; various data of the lightning protection grounding grid can be integrated. According to the lightning protection grounding grid risk prediction method and device, the lightning protection grounding grid can be monitored in real time and the future risk can be predicted by analyzing the logic relation among the data and calculating, analyzing and judging according to the logic relation, the risk can be pre-judged and alarmed in advance, and therefore the monitoring reliability and safety are higher.

A method for determining a patient radiation and diagnostic study score associated with past diagnostic radiologic tests. In light of the obvious benefits of diagnostic radiology, the risks inherent in its use are often overlooked. Ionizing radiation, which is a component of much, but not all, diagnostic radiology, carries with it a small risk of inducing cancer every time it is used. This additional risk, known as “Lifetime Attributable Risk,” is layered on top of an individual's lifetime base risk of invasive cancer. The present method for determining a patient radiation and diagnostic study score provides right time, right place, and right format radiology information to assist providers in their medical decision-making. With greater awareness of recent study history, and individually contextualized risk and benefit considerations, providers are more likely to decrease their overall usage of diagnostic radiology and better counsel their patients on future risk.

According to some embodiments, information about a first set of insurance based data may be received along with information about a second set of insurance based data. An objective parameter associated with at least one of the first set of insurance based data and the second set of insurance based data may be determined. A value for an adjustable insurance policy parameter may be calculated such that it will modify the objective parameter, wherein the calculation is based at least in part on both: (i) the received information about the first set of insurance based data and (ii) the received information about the second set of insurance based data.

An evaluating method includes an evaluating step of evaluating a future risk of relapse of ulcerative colitis for a subject to be evaluated having ulcerative colitis in a remission phase using a concentration value of histidine, albumin, hemoglobin, or glutamic acid in blood of the subject.

The present invention belongs to the information processing technical field and relates to a stock fluctuation prediction method. The method includes the following steps that: step 1, original data are read from a database, wherein the original data include stock-related market data and financial statement data; step 2, a fluctuation prediction model is established; and step 3, the model established in the step 2 is used to calculate individual stock return fluctuation. According to the stock fluctuation prediction method of the present invention, the future risk of investment portfolios can be predicted based on the predictability of the model, so that investors can be facilitated to do the better beforehand risk management; by means of different factor decomposition, risks can be predicted and quantified, and the stability of the prediction of the risks can be improved; and investment risks can be decomposed according to different sources, and therefore, so that the investors can choose risks which they want to take and risks which they want to avoid in a more targeted manner.

The invention discloses the application of KLHL22 gene and its expression product in preparing diagnostic products. This diagnostic product can be used for the diagnosis of ankylosing spondylitis. By detecting the level of the KLHL22 gene and its expression products, the risk of the subject suffering from ankylosing spondylitis in the future or the status of ankylosing spondylitis can be determined. The diagnostic product of the present invention takes the peripheral blood of the subject as the detection object, and can realize non-invasive, rapid, sensitive and accurate diagnostic effects.

The invention discloses an enterprise risk time-varying model based on Cox regression prediction. The model comprises a production breaking model and a credit losing model. The construction method ofthe production-breaking/credit-losing model comprises the following steps of S1, determining a production breaking/credit losing model feature X; S2, formulating a production breaking/credit losing model to observe the initial time; S3, setting broken production/untrusted observation time; S4, setting a production-breaking/credit-losing end point time; S5, setting a production-breaking/credit-losing survival time; S6, determining a reference risk function h0 (T) of the production-breaking/credit-losing model; S7, determining a partial regression coefficient beta of the characteristic X of thebreaking/losing model through likelihood estimation; S8, setting the survival time T, a production breaking/credit losing model feature X, a reference risk function of a production/credit loss model;substituting the partial regression coefficients beta of the characteristics of the production/failure model into a risk function formula of the Cox proportional regression model. According to the model disclosed by the invention, the future risk change trend of an enterprise can be predicted, so that the possibility of enterprise risk occurrence can be predicted.

The invention relates to the field of big data analysis, in particular to a risk prediction method and device, computer equipment and a storage medium. The method comprises the steps of obtaining historical transaction data corresponding to a user group, and generating a historical risk curve according to the historical transaction data; splitting the historical risk curve to obtain a historical user quality change curve, a historical maturity curve and a historical exogenous curve; predicting according to the historical user quality curve to obtain a future user quality curve, predicting according to the historical maturity curve to obtain a future maturity curve, and predicting according to the historical external cause curve to obtain a future external cause curve; obtaining a future risk curve according to the future user quality curve, the future maturity curve and the future external cause curve combination; and performing risk prediction according to the future risk curve. By adopting the method, the obtained predicted risk fluctuation data of the user group can be more accurate.