84 results about "Document Status" patented technology

An Interchange Party Computer System (“IPCS”) comprising: a plurality of units of allocated resources, configured for a lender party, broker party, transaction party and / or investor party, each unit of allocated resources including one or more administrator user interfaces that allow a participating party to manage its allocated resources and define which of its users and which other participating parties may access its allocated resources and use elements thereof, wherein at least one of the allocated resources include database allocated resources that are managed by the participating party assigned the resources, the allocated resources for the database being accessible and usable by a participating party on terms defined by the participating party responsible for managing the database allocated resources wherein at least one of the allocated resources include at one or more modules selected from the group of: a Rate and Loan Program Module that includes means to define loan programs or search defined loan programs in a database, an Automated Underwriting Module, a Mortgage Pools Module; a File Status and Transaction Party Module, which includes means to do two or more of: assign tasks, present task status, control viewing of task status, assign viewing privileges, monitor satisfaction of lender conditions, and upload loan documentation that are managed by the participating party assigned the resources; the allocated resources for the selected modules being accessible and usable by a participating party on terms defined by the participating party responsible for managing the selected modules allocated resources.

A method for updating the information of a distributable storage medium that is coupled to a medium reader of a computer. The distributable medium including a recording of a first updateable application and the server including a recording of a second updateable application. The method comprising the steps of connecting the computer to a server, reading a status of the files of the first updateable application on the medium and a status of the files of the second updateable application on the server, comparing the status of the files of the first updateable application to the status of the files of the second updateable application, identifying updated files of the updateable application on the server and selectively transmitting the updated files to a database in the volatile memory of the computer, integrating the updateable application on the distributable storage medium with the updates from the updateable application on the server in volatile and non-volatile memory.

An Interchange Party Computer System (“IPCS”) comprising: a plurality of units of allocated resources, configured for a lender party, broker party, transaction party and / or investor party, each unit of allocated resources including one or more administrator user interfaces that allow a participating party to manage its allocated resources and define which of its users and which other participating parties may access its allocated resources and use elements thereof, wherein at least one of the allocated resources include database allocated resources that are managed by the participating party assigned the resources, the allocated resources for the database being accessible and usable by a participating party on terms defined by the participating party responsible for managing the database allocated resources wherein at least one of the allocated resources include at one or more modules selected from the group of: a Rate and Loan Program Module that includes means to define loan programs or search defined loan programs in a database, an Automated Underwriting Module, a Mortgage Pools Module; a File Status and Transaction Party Module, which includes means to do two or more of: assign tasks, present task status, control viewing of task status, assign viewing privileges, monitor satisfaction of lender conditions, and upload loan documentation that are managed by the participating party assigned the resources; the allocated resources for the selected modules being accessible and usable by a participating party on terms defined by the participating party responsible for managing the selected modules allocated resources.

Improved systems and methods for collecting Protected Health Information (PHI) with or without the assistance of a physician scribe are described. Documenting a patient encounter utilizing a template-based charting system (either electronic or paper-based), and the tracking of this document status and patient clinical status throughout the encounter, for purposes of managing multiple patients and multiple patients' documents, as well as improved communication between providers and assistants. The systems and methods of this invention generally comprise an electronic records system for creating and maintaining information in electronic records; patient tracking system (either computerized or not) for managing tasks specific to provider documentation of specific clinical care actions and patient clinical status; complimentary utilization of medical history questionnaires which are designed to correlate with template-based charting tools; methods of communication between provider assistants (including physician assistants, nurses, secretaries, scribes, patients, or other assistants) to convey the status of the collection and management of the PHI, including patient history, patient examination, testing results, medical decision making, patient disposition plan, follow-up information and other elements of provider charting of PHI; sequence of patient tracking indicators that represent steps in the care of the patient, status of the document, and clinical or documentation-related tasks for completion by providers or provider assistants; improvements on a real-time compliance system for identifying the specific stage or status of each electronic record, and allowing providers and assistants to track this completion status, thereby streamlining documentation and compliance workflows.

Each one of many networked user workstation apparatuses may commit a file into the variant controlled file system by storing a version tracking record for each change log and content point for each block of the file into its local file system view store, and transmitting a version tracking record to a network attached file state ledgerdemain store. Each user workstation displays a file system view of every variant of every file in the file system for selection. When required, the workstation applies change logs to content points according to first a local file system view store for a version tracking record, then requesting and comparing version tracking records from confederated repositories at other user workstation apparatuses, and if unsatisfied, obtains a version tracking record from a network attached file state ledgerdemain store.

The present invention provides a shared information processing system, such that information can be shared between a plurality of clients and a server with a chat system is constructed, and it is possible to acquire from a server or other clients information about files frequently used by a user registered at a client, or update information thereof, and to display this information. A client terminal 200 includes a link file registration component 211 that notifies a server terminal 100 of registration information for link files, a link file manager 212 that acquires and manages information pertaining to link files, and a link file status display component 213 that displays information pertaining to link files; and a server terminal 100 includes a link file information notification component 102 that acquires information pertaining to link files and sends this information to the client terminal 200.

A computer implemented method, data processing system, and computer program product for maintaining state consistency among multiple state-driven file system entities when the file system entities become disconnected. Responsive to a distributed file system server being disconnected from a distributed file system client, a monitor is registered with the consistency management framework (CMF) for a file system. When the CMF detects access to a file in the file system, the CMF notifies the monitor of the access to the file, and the monitor stores information about state of the file. When the distributed file system server is reconnected to the distributed file system client, information about state of the file stored in the monitor is provided to the distributed file system client.

Systems and methods are described that facilitate encrypting document status information into a scanned image of a document using a mixed raster content document parsing protocol, in accordance with various features described herein. A text string comprising status information can be imaged into a mask layer that overlays the scanned image. Additionally or alternatively, the text string can be encrypted into a binary image that is encoded into the mask layer and overlaid on the image. The image itself is parsed into a background layer and one or more mask layers comprising different portions of the document. The encrypted mask layer comprising the text string and / or binary image can be generated using the same color as the background layer, such that the document status information is invisible and does not cause unwanted artifacts during printing or conversion of the document between formats. The document status information can be scanner signature information, scan-to-file authentication information, object metadata, etc.

Methods for reporting status information in a user interface and managing synchronizations. One or more categories of status information are defined in connection with synchronization operations performed on digital files. Upon termination of a synchronization operation, per-file status information for the terminated synchronization operation is categorized in one of the defined categories. The defined categories having per-file status information categorized therein are displayed with a summary of the per-file status information. In one aspect, an expandable node corresponding to each of the defined categories of status information that have per-file status information categorized therein is displayed. Grouping the digital files according to the defined categories of status information, permits collectively managing the digital files.

The invention discloses a method for storing surveillance video data, comprising the following steps of: creating a file with a fixed size in a general file system of a storage server; writing file status data and a file identifier at the head of each file; searching for a free file according to the file identifier when the storage server starts to execute a video recording function; receiving surveillance video data from a network by the storage server; dividing the surveillance video into block data and writing the block data and description information thereof in the free file, and updating the file status data and the file identifier. By adopting the technical scheme, the concurrent processing capacity of the storage server is obviously improved and the use cost of the system deployment and the utilization of a network video surveillance system are reduced.

An HSM control program allows a computer to execute: a metadata management step that manages primary storage location information which is location information of file data of the file on the primary storage unit, secondary storage location information which is location information of the file data on the secondary storage unit, and a file status value indicating the status of the file, as well as performs control operation on a file; an HSM information management step that manages HSM information including a replication of the secondary storage location information and policy information; and a data migration step that migrates the file data between the primary and secondary storage units based on the file control performed by the metadata management step and HSM information managed by the HSM information management step.

A server file replication technique is implemented with three local copies of a replicated file. First, a shadow file is a copy of the last known good version of the file on the server. Second, a local copy is the user's working copy. Whatever changes the user has made to the file are stored in the local copy. Third, a rollback file is a copy made of the local copy if the local copy changes (for example, when conflicts are resolved or the server version is copied to the local copy.) Different states exist, based on whether these copies contain differences from each other and from the server version, and based on the user's use of the document. These states guide what is done to maintain the local copies and whether conflict resolution is required.

A mobile electronic system for sharing a multimedia playlist over a communication network between a sending mobile electronic device and a receiving mobile electronic device is disclosed. The system includes selecting one or more multimedia files from the plurality of multimedia files according to a predetermined selection and generating a co-process request and a proposed playlist, receiving a file status table transmitted from the receiving mobile electronic device and obtaining addresses of the multimedia file listed in the file status table to generate a co-processing playlist. The system further playing multimedia files listed in the co-processing playlist and if the status of the multimedia files in the file status table, and if the multimedia files do not exist in the receiving mobile electronic device, the sending mobile electronic device simultaneously sends the multimedia file to the receiving mobile electronic device.

A seamless, peer-to-peer mechanism for sharing files, folders, directories, or other stored content on an automatic compatible basis between networked machines (102, 114), such as user desktops, laptops, or cellular devices. Systems and methods for file synchronization capabilities. A synchronization engine (108) may be integrated into the operating systems of these machines to maintain a file system log to record the status of a given file indicating whether or to which destination machines (114) a transfer has taken place. The sync engine (108) may also apply versioning logic when a file located on a target machine (114) reflects a newer file version specified for roaming to that machine. Thus, a user can select and complete sharing of desired files to any group of machines (102, 114) without invoking remote servers, storage, or other controls to back up and synchronize the content.

A reliably safe storage system is provided which makes provable the status of a file stored in a storage server at a time specified by a user and creates evidence information that will be effective in future. In response to a file status fixing request from the user over a network, a storage server generates file fixing guarantee data, including data publicized by a publication server, and saves the generated data with the file associated with the generated data.

The invention discloses a file tag system and a method for searching and managing a file tag. The file tag system is used for making each file stored in a disk establish tag information so as to identify or search each file by a user; and the file tag system comprises a tag database, an interface module and a monitoring module, wherein the tag database is used for recording the tag information of the file stored in the disk; the interface module and the tag database are communicated; the interface module is used for a user to change the tag information and transmits the changed tag information to the tag database; and the monitoring module monitors the change of a file state of a file which has established the tag information in the disk and synchronously updates the tag database according to the change of the file state.

A system and method are provided for processing a document. The method comprises: marking an area of a document, using at least one predetermined markup symbol; identifying a markup symbol; using the identified markup symbol to locate the document area; determining characters in the document area; and, processing the determined characters. Fields that can be processed include title, keywords, author, signature, document name, category, subject, or document status, to name but a few examples. In some aspects, marking an area of a document, using at least one predetermined markup symbol includes: electronically marking using a medium such as a touchscreen, pressure pad, or a mouse. Alternately, the paper document can be physically marked (with a pen or pencil) before scanning. Typically, marking an area of a document includes forming a markup character proximate to an enclosing figure. A wide range of markup characters can be defined cross-referenced to document processes.

The present invention provides a document image information management device, the metadata of the document image can generally process the document image by processing the document image according to the content of the document image in the unit of each area, so that it can be managed, searched, Operation etc. are more convenient. In order to manage the content and contextual metadata related to the document image, based on the image content of the document image, a specified image area is analyzed as an image object, and based on the content of the image object thus analyzed, attribute information is extracted, therefore, the thus extracted Metadata of content is managed in association with document images and image objects. Also, attribute information is extracted based on the document condition of the document image, and therefore, metadata of the extracted context is managed in association with the document image and the image object.

The invention discloses a method and device for processing the abnormality of electronic equipment in order to solve the technical problem that it is difficult to effectively record abnormal information when the abnormality of a mobile terminal existing in the prior art occurs. The method includes the steps that when a specified abnormal event of the electronic equipment occurs, the correspondingabnormal information and crash files are saved in a first partition zone of a memory of the electronic equipment, wherein the crash files are files saved in the memory of the electronic equipment whenthe specified abnormal event occurs; the electronic equipment is controlled to initiate the abnormal restart, the abnormal information and the crash files are extracted from the first partition zoneand written into a second partition zone of the memory, wherein the second partition zone is started when the electronic equipment is turned on due to the abnormal restart; after the electronic equipment detects that the state of the files in the second partition zone is changed, the abnormal information and the type information of the crash files are extracted from the second partition zone, anda unique identifier of the electronic equipment is obtained; the type information and the unique identifier are uploaded to a specified server.

The invention especially relates to a ransomware detection method based on file status analysis. According to the ransomware detection method based on file status analysis, in a monitoring time window W, file access behaviors of a to-be-detected program are continuously inspected at three aspects including file content monitoring, file directory monitoring and file additions and deletions monitoring, monitoring factors are fed back to an analysis module of a system, and if the numerical value sum of the monitoring factors reaches or exceeds a preset alarm threshold value, the to-be-detected program is determined to be a ransomware. According to the ransomware detection method based on file status analysis, ransomware characteristics of the to-be-detected program are accurately reflected through analyzing status of an modified object of the ransomware; and legal software and potential ransomware can be efficiently distinguished by the multi-aspect logic comprehensive judgment method, degrees of damage of host files by malicious codes are minimized, and finally the purposes of improving self security and defense capability of the server host system are achieved.

Systems and methods are described that facilitate encrypting document status information into a scanned image of a document using a mixed raster content document parsing protocol, in accordance with various features described herein. A text string comprising status information can be imaged into a mask layer that overlays the scanned image. Additionally or alternatively, the text string can be encrypted into a binary image that is encoded into the mask layer and overlaid on the image. The image itself is parsed into a background layer and one or more mask layers comprising different portions of the document. The encrypted mask layer comprising the text string and / or binary image can be generated using the same color as the background layer, such that the document status information is invisible and does not cause unwanted artifacts during printing or conversion of the document between formats. The document status information can be scanner signature information, scan-to-file authentication information, object metadata, etc.

The invention is a workpiece standard operating procedure (SOP) file management system, for managing the SOP files in the workpiece machining course, comprising a design drawing file process processing module, a SOP-based operating module and a process card database, where a standard file operating module comprises: a user interface to receive various information from users to determine process card of target operation; a file state judging submodule to judge various states of SOP files in the process card of target operation in the workpiece machining course; and an editing submodule to edit SOP files. And it can effectively the existing process card data and design drawing files to fast and accurately manage SOP files and raise productivity and reduce artificial misoperation.

The invention provides a Flash-based file saving method and system. The method comprises the following steps: acquiring a filename of a to-be-saved file, and judging whether the filename exists in a valid file address index list established according to a head Flash address of a valid file in a memory; if yes, applying to write the to-be-saved file into an idle Flash storage space so as to form afirst new file, enabling a head source file address field of the first new file to point to a Flash address of a source file, and marking the source file as a deletion state, so as to modify the file;and if not, applying to write the to-be-saved file into an idle Flash storage space so as to form a second new file, and preserving a head source file address field of the second new file, so as to newly build a file. According to the method, address links of same-name files can be stored in the Flash, so that the outage protection is realized, and the wear balancing effect is achieved.

A computer implemented method, data processing system, and computer program product for maintaining state consistency among multiple state-driven file system entities when the file system entities become disconnected. Responsive to a distributed file system server being disconnected from a distributed file system client, a monitor is registered with the configuration management framework (CMF) for a file system. When the CMF detects access to a file in the file system, the CMF notifies the monitor of the access to the file, and the monitor stores information about state of the file. When the distributed file system server is reconnected to the distributed file system client, information about state of the file stored in the monitor is provided to the distributed file system client.

The invention discloses an interface display method for a music player. The display method comprises the following steps of 1, when the music player is switched on, detecting a playlist and determining a music file to be played; 2, sequentially displaying music information of the music file on a playlist display interface from inside to outside according to a play sequence according to the determined music file to be played, and enabling the list display interface to be displayed in the display interface in a planar spiral shape; 3, when the music player is positioned in a music file playing state, controlling a display area for displaying music information of the currently playing music file in the playlist display interface to be different from a display area for music information of a music file to be played. According to the method, the display style of the display interface of the music player is novel, the control mode is convenient and interesting, the user experience is effectively enhanced, and a mobile terminal product with the music player is more easily focused and favored by a user.

An information processing apparatus includes a file saving unit for saving a first file, a state saving unit for saving, as saved state information, a second file's state at a time that the first file is saved in which the second file is opened at the time that the first file is saved, and a state reproducing unit for reproducing the second file's state to be the state at the time that the first file is saved based on the saved state information where the first file is opened after the first file is saved. The information processing apparatus allows users to re-edit files and webpages later without laboriously looking up those data again.

The invention provides a method and a system for defending against extortionist virus during standby time. The method comprises the steps of firstly monitoring a device resource state in real time; when a device is detected to be in a standby state, monitoring courses in the system; judging whether a course for calling an encryption function exists and whether a course for changing a document type file state exists; if so, locking the corresponding courses, and searching and backing up a to-be-encrypted file or a file with the state to be changed; finally returning a list of backup files to a user; and recovering the corresponding files selectively based on a specific condition and a demand by the user. As the course for calling the encryption function and the course for trying to modify the document type file state are subjected to bidirectional monitoring, monitoring for risks possibly released by an extortionist becomes more comprehensive, and the method for defending against the extortionist virus during the standby time is more efficient and can reduce user loss to the lowest.