148 results about "Crew scheduling" patented technology

A system and a method for managing patient treatment stores in the database a patient history for each patient including data related to observations, test results, diagnoses, treatment regimen(s) and a treatment plan associated with the patient. The treatment plan is administered to the patient and medical device operating data related to the tasks of the associated treatment regimen is stored in the database. A reminder is issued if a task associated with the treatment regimen is not completed on time and the effectiveness of the treatment regimen is evaluated based upon the data stored in the database so that only effective treatment regimens are retained in the system. The system performs treatment planning, treatment monitoring, hospital monitoring, healthcare insurance billing, patient billing, research and analysis support, supply chain management and personnel scheduling.

A method and apparatus for analyzing schedules for multi-cluster tools that are used in semiconductor wafer processing and similar manufacturing applications. The method and apparatus comprise a schedule analyzer and a pass-through chamber manager. The apparatus allows the user to analyze N! possible scheduling routines (algorithms) for a given multi-cluster tool configuration and a given N-step process sequence. The invention derives a plurality of possible scheduling algorithms for a given set of input parameters and then compares the algorithms by allowing either the user or an automated process to assign each processing step within the proposed schedule a rank ordered priority. Other process or wafer movement parameters may also be given ranges such that the invention can automatically derive optimal schedules with respect to various parameter values. By comparing the results achieved with each scheduling algorithm, the method identifies the "best" schedule algorithm for a specific tool and tool parameters.

The present invention provides for the integration of a an infrastructure management software (IMS) asset tracking system, an IMS task manager (ITM) and an IMS virtual container or virtual container feature to alleviate issues such as personnel scheduling issues, lost asset issues and service outages within a data center.

Systems, methods, and computer program products are provided for scheduling and assigning worker profiles to units of work. For example, in one embodiment, a scheduling system ensures that (a) workers are appropriately qualified to complete or perform units of work, (b) scheduling conflicts on a workers' schedule are avoided, and (c) customizable rules and guidelines are followed with respect to assigning the units of work.

This invention relates to an underground positioning system, device and method based on wireless sensor networks. The system includes: mobile positioning nexuses set in cap-lamps, gateways connecting with wire and wireless networks and a system management center. The method includes: a mobile nexus related position locating method based on RF signal strength, an accurate positioning method combining mobile nexuses and gateways, a method for connecting the ground and underground wire communication system to realize accurate position of mobile persons and equipments.

The invention relates to a power distribution network production urgent repair system based on the Internet of Things. The system comprises a power distribution network fault positioning subsystem, an operation area monitoring control subsystem, an urgent repair personnel scheduling subsystem, network nodes and a power distribution network production urgent repair command center, wherein the power distribution network fault positioning subsystem, the monitoring network control subsystem and the urgent repair scheduling control subsystem are in communication with the power distribution network production urgent repair command center through the network nodes. According to the power distribution network production urgent repair system based on the Internet of Things, the technical problem that fault points are difficult to find in a power distribution network which has multiple branches and is complex in structure is solved, visual and reliable fault information is provided for circuit repair personnel within short time, fault sections are accurately found and rapidly positioned, circuit fault information is fed back to the power distribution network production urgent repair command center, circuit faults are actively reported, the urgent repair personnel are informed and scheduled to reach appointed fault spots in time, the faults are rapidly and accurately treated, and normal production and operation of the power distribution network is recovered as soon as possible.

The invention discloses an unmanned aerial vehicle auxiliary wireless sensor network and node scheduling and flight parameter design method thereof, and belongs to the wireless technical field of thewireless communication and internet of things. The unmanned aerial vehicle auxiliary wireless sensor network comprises an unmanned aerial vehicle air base station and K single-antenna ground terminalnodes; the unmanned aerial vehicle air base station performs movement according to an optimized path, speed and acceleration and like flight parameters at the specified flight time; at each flight moment, the unmanned aerial vehicle base station sends data to a scheduled ground terminal node, and only communicates with one terminal node at each moment. Through the method disclosed by the invention, the system energy efficiency maximization is used as the target, and a terminal node scheduling policy and unmanned aerial vehicle flight path, the flight speed and the acceleration are used as theoptimization variable, so that a mathematical model is established in consideration of the unmanned aerial vehicle maximum flight speed, the maximum acceleration and the uniform acceleration, the terminal node data transmission rate fairness and like conditions, thereby solving to obtain a suboptimal terminal node scheduling and unmanned aerial vehicle parameter solution.

The invention relates to an active real-time scheduling method for a large power grid based on model predictive control, and belongs to the technical field of electric power system operation and control. Firstly, the load force of a future optimization period is predicted by a load prediction model, prior knowledge is provided for optimizing an MPC (multimedia personal computer), an active real-time scheduling model based on a model predictive control strategy is built, and the optimal force result sequence of a real-time scheduling unit is obtained by a rolling optimized real-time scheduling solving strategy. By introducing model predictive theory in the active real-time scheduling process, the problems of dynamic characteristic change of traditional active real-time scheduling and poor effects of a complicated system with uncertain factors can be effectively solved, and the influence of load prediction deviation and other deviation is eliminated in advance. By the method, the operational risk of the power grid is reduced, and operational economy of the power grid is improved.

The invention discloses an operator construction method of a single-star scheduling. The operator construction method comprises the following steps that a question classifier which is constructed based on a distribution form of a task set conducts classification on single-star scheduling sub-questions; (2) an ant colony algorithm is constructed; (3) a question operator knowledge base is constructed through question classification, an operator design ruler and a score triple and records the historical performance when each operator design is used for solving each type of questions, and therefore operator design decision support is provided for solution of new concrete questions in the feature. The operator construction method of the single-star scheduling has the advantage that under the condition that solution quality is guaranteed, the solving efficiency is high.

A system and method for implementing a dynamic staff bid system of scheduling and time slotting of staff personnel by administrative personnel. The present invention with the matching engine selecting qualified, capable employees by direct messaging for bidding based on dynamic feedback reduces potentially dangerous mismatches of personnel. Also the present invention affords improved work availability to employees, improved insight (from on the job feedback) enhanced flexibility to administrators and an improved working environment.

The invention discloses a method and a system for realizing real-time scheduling of a task. The method comprises the following steps of A, executing a new task when the establishment of the new task by a system thread is detected, and judging whether the priority of a task with highest execution priority in a waiting-for-scheduling queue is greater than the priority of the new task or not; B, switching the new task into the waiting-for-scheduling queue when the priority of the task with the highest execution priority is greater than the priority of the new task, and scheduling the task with the highest execution priority in the waiting-for-scheduling queue into a CPU (Central Processing Unit) to run. Through the method disclosed by the invention, the method can be used as a real-time strategy for task scheduling in an RTOS (Real Time Operating System), and the multi-task responsiveness can be increased under the condition that the method is independent of special hardware; the method can also be used as a real-time patch in a general OS (Operating System), and timely response on a set of task groups with a high real-time requirement can be realized.

The invention relates to a wireless information sending and receiving system, in particular to a wireless system for sending and receiving mine safe alarming and rescue information, comprising at least a wireless information receiver, a modulator series connected with the master control computer, at least a power amplifier and antennas with the same number with the power amplifiers, wherein the modulator is used for two-way communication and transmitting data to each other with the master control computer and codes the data information from the master control computer, and then modulates the data to a myriametric wave and outputs to the power amplifier, and the myriametric wave is transmitted to the wireless information receiver via the antenna. The invention has the advantages of clear information, safe and timely, simple in using, and can rapidly build a communication and controlling method between a ground control center and underground miner's hammers for personnel dispatching and emergency rescuing, therefore improves the safe alarming property in the mine and enhances the production efficiency and security level underground.

The invention belongs to the technical field of the energy scheduling of the iron and steel enterprises and provides a method for optimizing integrated scheduling of multiple energy mediums of an iron and steel enterprise. The method comprises obtaining the network topology structure of energy system of the iron and steel enterprise and the demand and output information of major production steps and devices except schedulable critical devices and other commonly-shared auxiliary devices in various subsystems of gas, steam and power on three energy mediums gas, steam and power in a plurality of future scheduling cycles, establishing the scheduling sub-model J1 of the gas subsystem, establishing the scheduling sub-model J2 of the steam subsystem, establishing the scheduling sub-model J3 of the power subsystem, establishing the multi-cycle integrated scheduling model MinJ=J1+J2+J3 for multiple energy mediums of the iron and steel enterprise and taking the sum of constraint conditions that the various subsystems need to satisfy separately as the constraint condition of the multi-cycle integrated scheduling model, and finally, obtaining the integrated scheduling result; the technical scheme of integrated scheduling of multiple energy mediums is provided from the points of integrated scheduling and global optimization and has clear guidance significance for specific practices.

The invention discloses a safety monitoring system used in a power lines repairing operation and an operating method based on the safety monitoring system, belonging to the technical field of power distribution system maintenance. The safety monitoring system comprises a remote terminal, a signal reception tower, a server, an Internet, a power supply module, a safety monitoring module, a dispatching center, a production technology center and a plurality of on-site terminals, wherein the on-site terminals are wirelessly connected with the remote terminal; the remote terminal is connected with the server through wireless signals; data received by the server is transmitted to the power supply module, safety monitoring equipment, the dispatching center and the production technology center through the Internet respectively; transverse information sharing or information inter-transmission among the power supply module, the safety monitoring module, the dispatching center and the production technology center can be realized, and each of the power supply module, the safety monitoring module, the dispatching center and the production technology center can send instructions to the on-site terminals for implementing the power lines repairing operation through steps of preliminary judgment on malfunction, dispatching of working staff, examining and repairing and the like. Closed-loop management is implemented in the technical scheme, therefore, the whole maintenance process is subjected to standardization, flow processing and form processing; effects of reinforcing on-site management and control and eliminating on-site potential safety hazards are achieved.

The invention discloses a crew management method and a device. The method comprises the following steps of: constructing an agent group of crew scheduling, wherein, the agent in the agent group comprises: a plurality of versions of a multiplication table, wherein the multiplication table comprises a value section; Determining the fitness of the agent in the agent group, and selecting the local search strategy from the local search strategy set; According to the local search strategy, determining the local optimal solution in agent group. The global optimal solution of agent group is determinedbased on the local optimal solution, and the multiplication table corresponding to the global optimal solution is used as the scheduling result. The invention solves the technical problem that the crew scheduling plan operation efficiency is low due to the low quality of the crew scheduling plan prepared manually and the long time consumption.

This invention relates to a mobile communication system, device and method for underground persons based on a wireless sensor network. Said system is composed of mobile nexuses supporting phonetic communication, gateways, a wire network and a managing center. The method includes: a method for mobile nexus with phonetic communication set in the cap-lamp communicating with the ground network center by the gateway, a communication method among mobile nexuses, which can be widely used in the phonetic communications among under ground working staff, daily dispatch and information exchange.

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.

The invention provides an airport boarding bridge, ground air conditioning and power supply crew scheduling monitoring and management system. The system comprises a number of device data acquisition devices, a number of monitoring devices, metering servers, an industrial device wired network and a host computer server. Each boarding bridge is provided with a device data acquisition device. Each device data acquisition device is connected with a metering server. Each metering device is connected with the host computer server through the industrial device wired network. The system provided by the invention has the advantages that real-time and automatic monitoring and management of running condition and operation state of boarding bridges, aircraft ground air conditionings and aircraft ground power supply crew devices are realized; the running management efficiency of the boarding bridges, the aircraft ground air conditionings and the aircraft ground power supply crew devices in an airport is greatly improved; service time metering can be carried out on the boarding bridges, the aircraft ground air conditionings and the aircraft ground power supply crew devices; and a basis is provided for airport and airline metering and charging.

The invention discloses a distribution center cargo quantity prediction method and device in the field of logistics transportation. The method comprises the following steps of acquiring historical predicted goods amount of a prediction date through calculation of the historical goods amount of a distribution center and obtaining the in-storage goods quantity and calculating the real-time predictedgoods quantity of the prediction date on the same day according to the order goods information; combining the historical predicted cargo quantity and the real-time predicted cargo quantity to obtainthe predicted cargo quantity of the allocation center prediction date on the same day. which is used for scheduling and planning logistics resources in advance. Untimely scheduling of field personnelis avoided. The problems of goods accumulation and resource waste caused by the fact that goods are transferred by a distribution center and various unreasonable resource allocation phenomena exist after the goods transferred by the distribution center reach a certain order of magnitudes are solved. The turnover efficiency of the distribution center is improved. Customer requirements are met. Customer satisfaction is improved, the operation cost of the distribution center is reduced, and the core competitiveness of enterprises is improved. The invention can be widely applied to the field of goods volume prediction logistics.

The invention discloses an optimization method for scheduling and selecting installation and maintenance personnel. The customer service of the operator platform establishes a work order and imports the work order processing system according to the installation and maintenance requirements provided by the user. The Job Processing System analyzes and plans the imported job information. Through GISmap navigation, an optimal work route is planned, and the optimal work route is adjusted in real time according to the newly generated work order. The processing result of the work order processing system is distributed to the installation and maintenance personnel, who are guided by the voice prompt of the mobile phone client, and carry out the installation and maintenance work according to the intelligent navigation. The invention relates to an optimization method for scheduling and selecting installation and maintenance personnel, which plans the optimal working route through a work order processing platform, improves the installation or repair efficiency of the installation and maintenance personnel, improves the evaluation of the service satisfaction of customers, and reduces the performance salary loss caused by the overtime of the installation and maintenance construction of the installation and maintenance personnel.

The invention discloses a public bike scheduling monitoring method. The method comprises the following steps: step 1, data acquisition, i.e., obtaining lease site data through a wireless communication mode; step 2, vehicle scheduling, i.e., work personnel in a scheduling center scheduling release sites needing scheduling at any time through controlling scheduling vehicles in a command road network; and step 3, scheduling quantity statistics, i.e., finishing bike scheduling-in and scheduling-out quantity statistics of each lease site for the scheduling personnel to use. The public bike scheduling monitoring method can effectively improve the scientific public bike scheduling management, enhances the scheduling efficiency, decreases the scheduling cost, improves the utilization rate of public bikes and alleviates the conflict of difficult bike renting and difficult bike returning.

The invention discloses a community security personnel scheduling method based on gridding. The method comprises the following steps: firstly, dividinga patrol area of a community into a plurality ofgrids; then, collecting information of character individuals in the grids through information collection equipment; identifying the existence of the individual from the individual information acquiredby the information acquisition equipment; counting the number of activity individuals of each grid in a unit time period according to the acquisition time of the individual information, finally making a patrol scheduling plan according to the number of activity individuals of each grid in at least one unit time period, and sending the plan to a terminal equipped for security personnel to enable the security personnel to execute the plan. According to the method, the patrol plan is formulated in a more scientific manner, so that patrol personnel matched with the required number can perform security work in regions with different pedestrian flows, manpower resources are not wasted, and more personnel can be arranged for patrol in regions with large pedestrian flows so as to discover and solve crimes and accidents in time.

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 discloses a public transportation operation management scheduling method which comprises a step of carrying out unified management of public transportation information, operation personnel information, operation line information and site basic information, a step of obtaining in and out passenger flow data through cameras at an entrance and an exit of an operating public transportation means, a step of carrying out statistical analysis of passenger flow on each time period based on a time axis, a step of generating a new public transportation line operation plan based on a passenger flow statistical analysis result, a step of carrying out scheduling and distribution on the public transportation means, operators and sites according to the operation plan, a step of changing thea current operation management and scheduling mode, and a step of changing simple manual field scheduling into dynamic monitoring and real-time scheduling. The optimal configuration of resources is achieved, regional scheduling is achieved, the optimal allocation of production resources such as vehicles, manpower, stations and the like is achieved, uniform and reasonable traffic intervals are achieved, and a vehicle stop time is shortened. The enterprise business efficiency and labor productivity are improved.

A computer-implemented method for automatically managing the ordering and dispatching of livery car services without a need for a human dispatcher includes operating a central computer server to manage orders initiated by registered livery car service clients and dispatching registered livery car drivers to execute the client orders through an automatic exchange of Internet-based electronic communications comprising predefined electronic message forms or attachments without a need for a human dispatcher. The method also includes registered clients electronically communicating with the central computer server over the Internet to electronically order livery car services by use of a predefined electronic message order form or attachment and registered drivers electronically communicating with the central computer server over the Internet to receive dispatch instructions comprising predefined electronic message forms or attachments relating to the pick-up and delivery of an ordering client. The steps of operating and electronically communicating are executed without a need for human interaction.

The invention discloses a flow scheduling strategy reporting method, an autonomous domain system and an SDN network system, and relates to the field of communications. The method comprises the following steps of boundary routing equipment of an autonomous domain system receiving a first flow scheduling strategy sent by the intra-domain routing equipment in the autonomous domain system, wherein a first flow scheduling strategy is configured in the intra-domain routing equipment; and boundary routing equipment uploading a first flow scheduling strategy and /or a second flow scheduling strategy configured by the boundary routing equipment itself to PCE. The method, the autonomous domain system and the SDN network system are provided. manual intervention can be reduced, and the real-time performance and accuracy of global optimization calculation are guaranteed, so that the centralized automatic adjustment of the flow can be realized. Expansion is carried out on the basis of the existing OSPF/IS-IS protocol, and implementation is easy. Centralized scheduling is guaranteed, the consistency of the simulation result and the actual flow forwarding behavior is achieved, and the flow scheduling and optimization capability of an operator in the network can be improved.

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.