Abstract: Methods, apparatus, and system to summarize an audio-visual media with a neural network machine learning architecture.

Abstract: Methods and systems are presented for monitor data entry from one or more client devices, obtaining a predicted value for a particular field using one or more data handling rules, logging significant user input from at least one of the client devices superseding the predicted value, and automatically responding by generating a message that presents an option to deactivate one or more of the data handling rules.

Abstract: Methods and systems are presented for identifying user accounts selectively authorized to modify at least respective first and second fields of a data table, obtaining field-dependent validation rules selectively applicable to the respective fields, transmitting spreadsheet files to devices associated with the respective user accounts, filtering user-modified spreadsheet files so that the first field is selectively accepted from the first device and the second field is selectively accepted from the second device, allowing the values of the first and second fields to be edited contemporaneously, and recording an edited version of the data table.

Abstract: Methods and systems are presented for monitoring data entry from one or more client devices, obtaining a predicted value for a particular field using one or more data handling rules, logging significant user input from at least one of the client devices superseding the predicted value, and automatically responding by generating a message that presents an option to deactivate one or more of the data handling rules.

Abstract: Methods and systems are presented for identifying user accounts selectively authorized to modify at least respective first and second fields of a data table, obtaining field-dependent validation rules selectively applicable to the respective fields, transmitting spreadsheet files to devices associated with the respective user accounts, filtering user-modified spreadsheet files so that the first field is selectively accepted from the first device and the second field is selectively accepted from the second device, allowing the values of the first and second fields to be edited contemporaneously, and recording an edited version of the data table.

Abstract: A Dynamic Web Service server may facilitate custom Enterprise Application interface development with little or no developer input by dynamically creating a web service for performing a particular transaction according to a transaction map. An Enterprise Application client device may create a transaction map by “recording” a transaction between an Enterprise Application client and an Enterprise Application server and mapping transaction fields to a custom interface generated to collect data for re-performing the recorded transaction. The Enterprise Application client device may call the dynamic web service, and the Dynamic Web Service server may then perform the recorded transaction using input data collected in the custom interface.

Abstract: A Dynamic Web Service server may facilitate custom Enterprise Application interface development with little or no developer input by dynamically creating a web service for performing a particular transaction according to a transaction map. An Enterprise Application client device may create a transaction map by “recording” a transaction between an Enterprise Application client and an Enterprise Application server and mapping transaction fields to a custom interface generated to collect data for re-performing the recorded transaction. The Enterprise Application client device may call the dynamic web service, and the Dynamic Web Service server may then perform the recorded transaction using input data collected in the custom interface. Such a dynamic web service may be performed as part of an automated business process managed by a workflow server.

Abstract: A Dynamic Web Service server may facilitate custom Enterprise Application interface development with little or no developer input by dynamically creating a web service for performing a particular transaction according to a transaction map. An Enterprise Application client device may create a transaction map by “recording” a transaction between an Enterprise Application client and an Enterprise Application server and mapping transaction fields to a custom interface generated to collect data for re-performing the recorded transaction. The Enterprise Application client device may call the dynamic web service, and the Dynamic Web Service server may then perform the recorded transaction using input data collected in the custom interface.

Abstract: A Dynamic Web Service server may facilitate custom Enterprise Application interface development with little or no developer input by dynamically creating a web service for performing a particular transaction according to a transaction map. An Enterprise Application client device may create a transaction map by “recording” a transaction between an Enterprise Application client and an Enterprise Application server and mapping transaction fields to a custom interface generated to collect data for re-performing the recorded transaction. The Enterprise Application client device may call the dynamic web service, and the Dynamic Web Service server may then perform the recorded transaction using input data collected in the custom interface.

Abstract: An ERP client may automatically determine a list of one or more ERP database tables and fields that store the data associated with a particular business transaction in the ERP system. Various embodiments identify screen fields presented via the business transaction UI, map the screen fields to database-table fields, identify one or more application programming interface functions that operate on some or all of the same database-table fields, and report to the business user a list of some or all of the identified application programming interface functions.

Abstract: A bulk-workflow server in communication with a bulk-workflow client may assist business users in completing multiple instances of a workflow task by transforming multiple instances of an individual workflow form into a single spreadsheet-like user interface with which a business user may simultaneously input, view, review/approve, and/or submit data for multiple instances of the workflow task.

Abstract: A Dynamic Web Service server may facilitate custom Enterprise Application interface development with little or no developer input by dynamically creating a web service for performing a particular transaction according to a transaction map. An Enterprise Application client device may create a transaction map by “recording” a transaction between an Enterprise Application client and an Enterprise Application server and mapping transaction fields to a custom interface generated to collect data for re-performing the recorded transaction. The Enterprise Application client device may call the dynamic web service, and the Dynamic Web Service server may then perform the recorded transaction using input data collected in the custom interface.

Abstract: An adaptive query throttling system and method are provided herein.

Abstract: Ultrasound imaging systems and methods are disclosed. In one embodiment, an ultrasonography method includes creating a database that is representative of a tissue, a fluid, or a cavity of a body, and transmitting ultrasound pulses into a region-of-interest in a patient. Echoes are received from the region of interest, and based upon the received echoes, compiling an ultrasonic pattern of the region-of-interest is compiled. The pattern is processed by comparing the region-of-interest patterns to the pattern information stored in the database. A composition within the region-of-interest of the patient is then determined.

Abstract: A Dynamic Web Service server may facilitate custom Enterprise Application interface development with little or no developer input by dynamically creating a web service for performing a particular transaction according to a transaction map. An Enterprise Application client device may create a transaction map by “recording” a transaction between an Enterprise Application client and an Enterprise Application server and mapping transaction fields to a custom interface generated to collect data for re-performing the recorded transaction. The Enterprise Application client device may call the dynamic web service, and the Dynamic Web Service server may then perform the recorded transaction using input data collected in the custom interface. Such a dynamic web service may be performed as part of an automated business process managed by a workflow server.

Abstract: A Dynamic Web Service server may facilitate custom Enterprise Application interface development with little or no developer input by dynamically creating a web service for performing a particular transaction according to a transaction map. An Enterprise Application client device may create a transaction map by “recording” a transaction between an Enterprise Application client and an Enterprise Application server and mapping transaction fields to a custom interface generated to collect data for re-performing the recorded transaction. The Enterprise Application client device may call the dynamic web service, and the Dynamic Web Service server may then perform the recorded transaction using input data collected in the custom interface.

Abstract: An ultrasound system and method to measure an organ wall weight and mass. When the organ is a bladder, a bladder weight (UEBW) is determined using three-dimensional ultrasound imaging that is acquired using a hand-held or machine controlled ultrasound transceiver. The infravesical region of the bladder is delineated on this 3D data set to enable the calculation of urine volume and the bladder surface area. The outer anterior wall of the bladder is delineated to enable the calculation of the bladder wall thickness (BWT). The UEBW is calculated as a product of the bladder surface area, the bladder wall thickness, and the bladder wall specific gravity.

Abstract: An adaptive query throttling system and method are provided herein.

Abstract: An ultrasound system and method to measure an organ wall weight and mass. When the organ is a bladder, a bladder weight (UEBW) is determined using three-dimensional ultrasound imaging that is acquired using a hand-held or machine controlled ultrasound transceiver. The infravesical region of the bladder is delineated on this 3D data set to enable the calculation of urine volume and the bladder surface area. The outer anterior wall of the bladder is delineated to enable the calculation of the bladder wall thickness (BWT). The UEBW is calculated as a product of the bladder surface area, the bladder wall thickness, and the bladder wall specific gravity.

Abstract: A hand-held 3D ultrasound instrument is disclosed which is used to non-invasively and automatically measure amniotic fluid volume in the uterus requiring a minimum of operator intervention. Using a 2D image-processing algorithm, the instrument gives automatic feedback to the user about where to acquire the 3D image set. The user acquires one or more 3D data sets covering all of the amniotic fluid in the uterus and this data is then processed using an optimized 3D algorithm to output the total amniotic fluid volume corrected for any fetal head brain volume contributions.