48 results about "STAFFING SCHEDULING" patented technology

The method, system and a computer program and a computer product for managing workers and documents is provided. The method includes storing industry representations and a list of workers with data related to the workers, linking the industry representations to the workers and selecting at least one worker from based on the industry representations for that worker. The method also includes scheduling workers to a job based on whether they have all of the required industry representations. In addition, the method includes uploading industry representations and bar code scanning industry representations into the database. The method further includes dispatching said industry representations to other users and automatically mapping fields of the dispatched data in the destination database. In addition, the method includes selectively encrypting only sensitive fields in data transmission between two entities.

A device management system that is capable of scheduling connected devices and personnel for tasks, monitoring the ability of the devices to perform the scheduled task by checking in with the devices based on their uses and locations, and to modify the functioning of the devices according to the tasks scheduled for the devices and their uses. Additionally, the system can incorporate uncommunicated “dumb” devices into the scheduling of tasks and track and manage those devices.

Systems, methods, and computer-readable media for declining, attaching, and editing patient context to mobile voice communication are provided. Patient demographic or alert information is attached to items within call histories associated with voice communication which are stored in the EMR and utilized for later analysis (e.g., analytics, patient progress, billing, reimbursement, staff scheduling, patient acuity, and the like). In embodiments, the context is declined, attached, or edited to items from the call history. In embodiments, the context is attached to items in the call history when the voice communication is initiated.

Methods are provided of creating a deployment plan for staff members with single or multiple qualification for performing activities, each activity requiring at least a single qualification. The methods include the following operations performed by a computer: repeatedly generating a deployment plan assignment of the staff members, and assessing a quality of the assignment generated using a target function, using one of the assignments on the basis of the assessment of the quality as the assignment representing the deployment plan, wherein the target function comprises a term that determines the quality of the assignments, such that the smaller the difference is between the number of the staff members deployed to the activities and the calculated total staff member requirement of the activities the higher the quality of the assignment.

The invention disclosed herein provides a queue-based scheduling system, which comprises an automated staff scheduling computer program that is highly flexible in enforcing scheduling rules. This flexibility comes from the ability to: (1) Define conditional and unconditional rules; (2) Rank the rules/requests in varying priority as represented by a numeric value assigned to each rule/request; and (3) Specify rules both per individual and per group. These three abilities synergistically produce an automatic scheduling system that can enforce a wide variety of scheduling rules and requirements seen in actual staff scheduling situations. Furthermore, all these abilities rely on using a queue per scheduled assignment to hold requests and rules.

One embodiment of the invention discloses a staff scheduling device in order to solve the problem that the existing staff scheduling is a huge workload and of low efficiency. According to the staff scheduling device disclosed by the embodiment of the invention, a time period dividing module divides a to-be-scheduled overall time period into more than two to-be-scheduled time periods in turn; then, a target time period determining module, a scheduled staff judging module, a first scheduling processing module, a workload judging module, a second scheduling processing module and a third scheduling processing module schedule the to-be-scheduled time periods; and when an overall scheduling judging module judges that there is no next to-be-scheduled time period, scheduling of the to-be-scheduled overall time period is completed. The other embodiment of the invention discloses a staff scheduling method.

The invention provides a bank outlet business prediction and scheduling method and system. The prediction and scheduling method comprises the following steps: establishing a business prediction modelof a Latte-LSTM algorithm; inputting historical business data and environment data in unit time into the business prediction model and using for training the business prediction model data, wherein the environmental data comprises website geographic positions and weather data, and the historical business data comprises start time, end time, business types and flow data of business managers of different channels in unit time; predicting business data of at least one website in the future, and performing work scheduling on the website according to the predicted data. According to the invention,the Lattice-LSTM algorithm is adopted to predict the business volume of the banking outlet and the staff scheduling, and the arrangement and transfer of banking outlet equipment and staff are optimized, so that the cost and resources are saved.

Embodiments of the invention provide a system and method for developing and optimizing equipment operating schedules. Embodiments also describe the relationship between equipment scheduling and related objectives, such as staff scheduling. In one respect, embodiments of the invention consider staffing constraints in developing equipment schedules. In another respect, embodiments of the invention provide outputs from an equipment scheduling tool that can facilitate improved labor schedules, for example with respect to equipment operators and/or material handlers.

A constraint-based framework models and solves the problem of assigning staff, for example a set of cardiologists, to various work-shifts or work-assignments, for example a day shift and a night shift, for a pre-defined scheduling horizon, for example three months. A work-schedule is produced, which is defined as a list of staff-shift or staff-assignment combinations that meet the various criteria set by the staff and the healthcare facility on how the staff need to work. The staff then uses this work-schedule to perform the needed activities for the amount of time specified by the scheduling horizon. The scheduling problem is modeled with the help of constraints and variables to express the physical constraints specified by the staff on their work schedules and the needs of the healthcare facility. By embedding the scheduling model within a software program, a work-schedule is produced quickly that meets the requirements of the staff and the healthcare facility.

The invention relates to an alarming rescuing system based on a Beidou system and an Android cell phone platform. The alarming rescuing system comprises a user service end and a rescuing commanding end, the user service end takes the Android operating system as an operating system platform and comprises a system configuration module, a map service module, an information processing module and a distress alerting module. The rescuing commanding end comprises a monitoring management module, an information processing module, a Beidou positioning service module and a staff scheduling module. After a user is registered, parameters are configured and user ID information are managed through the system configuration module, the map service module can be used by the user to carry out simple GIS operations on a map, emergency incident information is managed by the information processing module, an emergency alarming shortcut can be generated on a cell phone desktop, the user can be positioned by Beidou satellites and transmits location information to a command center server end through the mobile network simply by clicking a shortcut key, and a command center receives alarming information and schedules rescuing staff timely to rescue people in distress.

Provided is an underground LED intelligent display management assistance system, which belongs to a display management assistance system. According to the display management assistance system, LED intelligent display terminals are installed in underground personnel-intensive areas and key monitoring areas, and duplex communication is carried out between the LED intelligent display terminals and a ground LED intelligent management service system and other LED intelligent display terminals of all levels in a wired or wireless transmission mode. A sensing information system transmits underground data to the LED intelligent management service system for cluster analysis, a classification result is processed by software, and the processed classification result is transmitted through the Ethernet to the embedded LED intelligent display terminals for displaying all underground information and all ground instructions in real time. The underground LED intelligent display management assistance system has the following advantages: the LED intelligent display terminals are installed underground for displaying monitoring data of various sensors, huge waste of information is prevented, the practicability, visualization, intuitiveness and transparent degree of coal mine monitoring information and management scheduling are improved, underground safety production and efficient management are realized, and the system is simple in operation, high in practicability and convenient in staff scheduling.

The present invention facilitates the remote-participation of a medical device manufacturing company representative in a medical procedure, whereby the device representative coordinates the surgery through audio-visual technology and electronic identifier devices. In the proposed system, the device manufacturing company representative serves as a Surgical Engineer™. The Surgical Engineer uses a variety of audio visual devices and electronic identifiers, as well as an Internet application and at least one server and at least one database, to track and monitor devices in a medical facility in “real-time,” while checking on device status and advising medical staff through Wearable Video Technology rather than being physically present in the operating room. Through the “Virtual Rep” System, which includes both the Virtual Rep Audio Visual Communication System and the Virtual Rep Inventory Tracking System, the Surgical Engineer™ advises surgeons, prepares for surgeries, chooses and tracks implant devices, evaluates and reports on device implantation, calibration and performance, evaluates surgeries and staff, prepares for and concludes procedures, trains medical staff members, performs billing functions, performs legal compliance functions, performs inventory restocking functions, and performs facility and staff scheduling and other clerical functions remotely through the Virtual Rep system.

The present invention provides a maintenance staff scheduling method based on a compound Internet of Things (IoT) and an IoT system, and relates to the field of the maintenance staff scheduling method based on the compound IoT and the IoT system. According to the maintenance staff scheduling method based on the compound IoT and the IoT system provided by the present invention, a maintenance staff may be scheduled reasonably according to fault handling of a gas meter, and thus the fault handling efficiency of the intelligent gas meter is improved.

A scheduling system and method are provided for communicating to a user a list of potential substitute professionals for covering previously scheduled commitments. The list communicated to the user can be subdivided based upon various factors, including proximity of the substitute professionals. The list can be further subdivided based on relative proximity.

The invention relates to an indoor locating technology-based shift arrangement management system. The system is formed by combining an intelligent terminal device, a GIS electronic map, a mobile device, a remote server and a storage apparatus; and a Bluetooth communication module and a fingerprint identification module are arranged in the intelligent terminal device. According to the indoor locating technology-based shift arrangement management system, multi-shift custom setting is supported; night shift and cross-day setting is supported; calculation schemes for different attendance check ofdifferent shifts are realized; attendance check shift arrangement of all departments of an enterprise can be set separately or in batches; personal shift change is flexibly set; a flexible attendancecheck mode is realized; the phenomenon of rescue delay or failure caused by difference of staff shift arrangement and event conditions is eliminated; the working efficiency of staffs is improved; position information and on-duty in-place information of the staffs are viewed in real time, so that the management difficulty of a management party is lowered; and meanwhile, the accuracy of staff scheduling and event control of the management party in facing with an emergency event is improved, so that the rescue time is saved.

The invention relates to a project management design platform, and relates to the technical field of project management; a project approval module is used for surveying, recording and uploading essential information of the project; a personnel arrangement scheduled plan module is used for effectively dividing project management and construction personnel and performing preliminary estimation on the project progress; an assessment module is used for effectively assessing design drawings by all technicists of the project, so that the design drawings are made to be more rationalize, economized and precise; a task setting module is used for automatically generating a design task list and collecting and uploading various data; and an inspecting module is used for inspecting if the completed work is qualified according the project progress. According to the invention, the cost can be saved and controlled, the resource can achieve transparency, the construction quality of the project can be ensured, the progress can be accelerated, so that the verification work can be performed conveniently.

The invention relates to a leakage detecting and monitoring system for kitchen waste collection. The system comprises a vehicle terminal, a data collector, a controller which controls sending of collection data, a database server receiving and storing data and a remote real-time management platform. The system on the basis of an Internet of vehicles technology has the advantages that environmental sanitation supervision, work supervision and intelligent staff scheduling management can be realized conveniently, and timely, convenient and high-efficiency information support is provided for environmental sanitation management, decision and resource configuration.

The invention provides an emergency command intelligent scheduling system based on an LTE network. A B/S architecture is used and comprises a terminal acquisition layer, a data layer, a service layer, an application layer, and a user layer. The terminal acquisition layer is used for receiving position information and sending the position information to the data layer through an LTE network. The data layer is used for storing various data. The service layer is used for obtaining real-time position information and space data. The application layer is used for packaging the data and service provided by the data layer and the service and realizing service logic packaging. The user layer is used for receiving a user instruction. Compared with the prior art, the emergency command intelligent scheduling system based on an LTE network provided by the embodiment of the invention has the advantages that the requirements of cluster communication, positioning technology, map display, staff scheduling and the like of the emergency command intelligent scheduling system are satisfied in the aspect of function, the system can make interface response in a short time and run stably in a condition of a large concurrency request in the aspect of performance.

The invention discloses an automatic staff scheduling system, which comprises a main control module, a number setting module, a user-defined scheduling module, an automatic scheduling module and a hybrid scheduling module, wherein the main control module is connected with the number setting module, and is mainly used for summarizing the number of people required to be scheduled, modifying personnel information at any time and replacing the working time again if people needs to ask for leave at emergency situation; the user-defined scheduling module, the automatic scheduling module and the hybrid scheduling module are connected with the number setting module. Through the manner, the automatic staff scheduling system provided by the invention can be used for intelligently scheduling and semi-automatically scheduling according to the input number of people, and is high in flexibility.