138 results about "Work scheduling" patented technology

A production scheduling management system includes: a long-range production scheduling unit that receives long-range production scheduling information including at least information on a delivery date of each lot, produces a lot processing schedule based on the delivery date of each lot, and outputs a long-range production schedule; a short-range production scheduling unit that receives the long-range production schedule and short-range production scheduling information, produces a short-range schedule of lot processing so as to fulfill the long-range production schedule, and outputs a short-range production schedule; and a work scheduling unit that receives the short-range production schedule and work scheduling information, produces a work schedule so as to fulfill the short-range production schedule, while taking account of conditions of each machine and conditions of each lot, and generates work schedule.

A method is provided for assigning a group of agents to a plurality of available schedules, including determining preferences for a plurality of factors for each agent. Each agent provides an order of importance for the plurality of factors. For each factor, a difference value for that factor between a preliminarily assigned schedule (or pool of unassigned schedules) and each agent's preference for that factor is determined. The difference value for each factor is assigned to a vector for each agent. Then, for each agent, a vector for each schedule not assigned to that agent is determined. Vectors for every other agent are also calculated for every schedule swap involving the current agent. The schedule having the lowest vector is then assigned for each agent.

A method efficiently dispatches / completes a work element within a multi-node, data processing system that has a global command queue (GCQ) and at least one high latency node. The method comprises: at the high latency processor node, work scheduling logic establishing a local command / work queue (LCQ) in which multiple work items for execution by local processing units can be staged prior to execution; a first local processing unit retrieving via a work request a larger chunk size of work than can be completed in a normal work completion / execution cycle by the local processing unit; storing the larger chunk size of work retrieved in a local command / work queue (LCQ); enabling the first local processing unit to locally schedule and complete portions of the work stored within the LCQ; and transmitting a next work request to the GCQ only when all the work within the LCQ has been dispatched by the local processing units.

The invention relates to a decentralized cross cluster resource management and task scheduling system and a scheduling method. The scheduling system comprises a subsystem for providing management and coordination service, a subsystem for providing computing service and a subsystem for providing access service, the subsystem for providing the management and coordination service acquires information of other subsystems, provides monitoring, reporting, billing, resource sharing coordination work, and provides decision reference for management and planning of a high-performance computing system. The subsystem for providing the computing service is provided with a data center of a high-performance computing node and collects local and remote resources, so that work scheduling is performed according to the local and remote resources. The subsystem for providing the access service provides localized work submission and access management service for a user. The decentralized cross cluster resource management and task scheduling method integrates single cluster resources, on one hand, work execution efficiency and user experience are improved, on the other hand, existing resources are effectively and maximally used, and the cost for purchasing hardware to expand computing power is saved.

An integrated carwash client service management system receives a customer's carwash request, and schedules, coordinates, and manages a car parking facility-based hand carwash service. The integrated carwash client service management system includes an integrated carwash service management application executed in a computer server, an integrated carwash customer order application executed in a customer's electronic device, an integrated carwash order processing application executed in a carwash technician device, and an integrated carwash kiosk application executed in an electronic kiosk machine. A client service management database is managed and operated by the integrated carwash service management application executed in the computer server. This system provides an interactive electronic platform to schedule, view, and share a current progress of the carwash with before and after photos, messages, and status updates between the carwash technicians and the customer. The interactive electronic platform also accommodates carwash and auto detailing sales transactions.

A method, apparatus, and program product manage scheduling of a plurality of jobs in a parallel computing system of the type that includes a plurality of computing nodes and is disposed in a data center. The plurality of jobs are scheduled for execution on a group of computing nodes from the plurality of computing nodes based on the physical locations of the plurality of computing nodes in the data center. The group of computing nodes is further selected so as to distribute at least one of a heat load and an energy load within the data center. The plurality of jobs may be additionally scheduled based upon an estimated processing requirement for each job of the plurality of jobs.

Operating system-directed workload scheduling of an adjunct partition in a logically partitioned computer is selectively overridden to handle platform work requiring a Quality of Service (QoS) guarantee. Firmware may track outstanding requests for platform work for an adjunct partition, and in response to a request for platform work that requires a QoS guarantee, the firmware may assume or take over scheduling decisions for the adjunct partition from the operating system of an associated logical partition and schedule execution of the adjunct partition to ensure that the adjunct partition will be allocated sufficient execution resources to perform the platform work independent of the scheduling desires of the operating system. As a result, any platform work that potentially impacts the platform work of other adjunct partitions will not be held up as a result of an unwillingness or inability of the operating system to schedule execution of the adjunct partition.

The invention relates to a management system and a management method for enterprise information, and aims to solve problems that work states are non-transparent and delayed, design quality is uncontrollable and the like which are exposed gradually due to facts that large quantities of information are generated in different business links in a process from development and initiation of a new product to final mass production of the product of some enterprises at present, and the decentralized management of the information, agreement, approval and issue of technical data and project management are all completed manually. The management system comprises a drawing and document and table management module, a material category and attribute management module, a research and development project management module, an approval process management module and a design change management module. By project management and electronic workflow management methods, the management system can control progress of a product development project and monitor the workflow, and assist in dynamically learning actual work conditions of a product by project monitoring so as to realize effective and reasonable work arrangement and allocation according to the actual work conditions, and accordingly, paper-less office work is realized.

The invention provides a work scheduling management system and a method for a plurality of colonies, wherein the method comprises the following steps: a presentation layer portal interface receives a user request and provides the user request to a work management middleware; the work management middleware receives the user request from the presentation layer portal interface; the user request is explained into an operation request, and the operation request is provided to a scheduling strategy middleware; the scheduling strategy middleware carries out strategy configuration according to the operation request from the work management middleware, and configuration information is applied to one scheduling system or a plurality of scheduling systems so as to carry out work scheduling; one scheduling system or a plurality of scheduling systems carries / carry out work scheduling according to strategy information configured by the scheduling strategy middleware, and a response result is fed back to the presentation layer portal interface. The invention also provides a work scheduling management system for a plurality of colonies. The invention realizes unitive remote management of a plurality of colonies through adding middlewares.

The invention discloses a production management and control system and a production management and control method for multi-style quick switching. An internal-circulating multi-rail material separating device and a separating method are applied to clothing, household textile suspension product lines, and the problems of work scheduling and line color and the like caused by the multi-style simultaneous online production or new style and old style alternative production are solved; the flexible scheduling of job tasks is realized through a storage station used for storing suspension frames temporarily on the premise that the processing cycle of each style is guaranteed, so that a bottleneck station is avoided, and the efficiency of the production lines is improved.

The invention discloses an interface integration method and a system thereof. The system comprises a function definition module for defining application functions comprised in the system, a scheme setting module for setting physical screen resources which are used for system displaying according to stations, a message modeling module for enabling all application systems to schedule and transmit information through message communication and an interface displaying module for displaying interfaces of the application systems into a scheme screen. According to the interface integration method and the system, interface displaying and work scheduling of a plurality of different application systems can be integrated, and the technical architecture of a constructed application system does not need to be changed; due to a message bus, the dependency among all the application systems is greatly reduced; therefore, all the application systems have functions of uniformly organizing the interfaces and are complete in original system function.

The invention discloses a scheduling method for a mobile cloud computing platform. The method comprises the following steps: monitoring resource occupancy of cloud system programs while running a group of cloud systems; if current total resource occupancy is higher than a preset upper threshold, dynamically changing an execution sequence of the group of cloud system programs according to a resource request amount occupied by each of the plurality of cloud system programs, so that execution priorities of the cloud system programs with relatively low resource occupancy are higher than the execution priorities of the cloud system programs with relatively high resource occupancy; executing the cloud system programs with relatively high resource occupancy at idle periods of execution intervals of the plurality of cloud system programs with relatively low resource occupancy; and when the current total resource occupancy is lower than a preset lower threshold, restoring or maintaining an original execution sequence. The invention also discloses a scheduling device for the mobile cloud computing platform. The scheduling device comprises a monitoring module, an execution priority scheduling module, an idle work scheduling module and an execution priority restoring module.

The invention provides a virtual encryption card based on multiple encryption cards, which comprises a plurality of encryption cards, a load balancing module, a monitoring module, a management module, a redundancy module and a work scheduling module. The invention simplifies the management of the virtual encryption cards, and can concurrently process the concurrent requests among the encryption cards, thereby greatly enhancing the processing capacity; in the aspect of load balancing, the invention realizes load balanced allocation among the cards for each request; by using the multiple card redundancy, the request can switch among multiple cards in a seamless way, thereby greatly enhancing the availability and usability; and in the aspect of multiple card scheduling, the invention completely differs from the traditional request and card binding relation, realizes the independence of requests from cards, reduces the coupling property between requests and cards, greatly enhances the reliability of the encryption card, and can not influence the processing of the application requests due to the abnormity of a certain encryption card.

A method, apparatus, and program product manage scheduling of a plurality of jobs in a parallel computing system of the type that includes a plurality of computing nodes and is disposed in a data center. The plurality of jobs are scheduled for execution on a group of computing nodes from the plurality of computing nodes based on the physical locations of the plurality of computing nodes in the data center. The group of computing nodes is further selected so as to distribute at least one of a heat load and an energy load within the data center. The plurality of jobs may be additionally scheduled based upon an estimated processing requirement for each job of the plurality of jobs.

A method of and system for handling allocation of task work to resources with flexibly configured availability contours (work calendars) is disclosed. The method includes defining one or more base calendars, a resource calendar associated with each resource, wherein the resource calendar inherits from a base calendar. A calendar reader, a set of recurring exception records, and a set of effective weeks for each calendar are also defined. For a specific date, the method determines whether an exception exists in one of the base calendar and resource calendar, and if an exception exists, computes a cached effective week honoring the exception data from an associated recurring exception record. If an exception does not exist, a cached effective week for the resource is computed from a combination of the calendar's standard week and associated effective week records. The cached effective week is contains day state information (working shifts) for the resource for each weekday of the calendar week surrounding the initially requested date. The cached effective week can then used by a scheduling engine to schedule task work for the resource honoring the intended availability contour. The disclosure can also be thought of as describing a system which includes a processor and a memory coupled with and readable by the processor. The memory contains a series of instructions that, when executed by the processor, cause the processor to define one or more base calendar and a resource calendar associated with each resource. Each resource calendar inherits from the base calendar. The processor also defines a calendar reader, a set of recurring exception records, and a set of effective week records for each calendar. For a specific date, the processor determines whether an exception exists in one of the base calendar and resource calendar. If an exception exists, it computes a cached effective week including the exception from the associated recurring exception record. If an exception does not exist, it computes the cached effective week using a combination of the calendar's standard week and associated effective week entries. In both cases, the cached effective week is kept for subsequent use in establishing day state information (shift times) for the resource for each weekday of the calendar week surrounding the initially requested date.

The embodiments of the invention disclose a monitoring method and apparatus for batch work operation data of a core banking system, and relates to the technical field of a core banking system. The method comprises the following steps: parsing one work scheduling configuration file in advance to obtain logic relation information of each batch work; parsing a batch operation log obtained in advance to obtain operation condition information of each work; according to the logic relation information of each batch work and the operation condition information of each work, performing analyzing processing on the batch work operation data so as to form data to be displayed; and receiving a display instruction input by a user, processing the data to be displayed corresponding to the display instruction into form data or graph data, and displaying the form data or the graph data. The method and apparatus provided by the invention can solve the problems of quite tedious and complex monitoring analysis and quite low accuracy, caused by manual interference, in the monitoring analysis of the batch work operation data in the prior art.

The invention provides a workflow-based distributed scheduling system and the application method thereof. The distributed scheduling system comprises a logic scheduling module, a trigger management module, a database interaction module, a service interface module, a work distribution module, a work response module, a workflow resource library module and an execution agent terminal module. The logic scheduling module completes the logic processing and scheduling process of the workflow and the work. The trigger management module completes the trigger adding, triggering and deleting process of the workflow. The database interaction module completes the data interaction between the system and the database. The service interface module provides an external service interface for controlling the workflow and the work. The work distribution module and the work response module complete the work distributing process. The execution agent terminal module completes the receiving and updating process of work results. The workflow resource library module stores workflow configuration attributes read from a database. In this way, the single-point work execution pressure is shared, and the work scheduling and executing efficiency is improved.

The invention provides an automatic industrial equipment work scheduling method. At least one server and at least one monitoring terminal are used cooperatively so that large-scale acquisition of real-time operation parameters of multiple sets of automatic industrial equipment can be realized, the real-time operation state and the real-time working progress of the automatic industrial equipment can be monitored, work load of multiple sets of automatic industrial equipment can be allocated in a balanced way, and the automatic industrial equipment which is abnormal in the working state or progress can be timely discovered and prompting can be performed through alarming. Encryption and decryption processing is performed on communication data between the servers and the monitoring terminals so that data integrity and security can be guaranteed. Installation and debugging are convenient and flexible, expansibility is high and large-scale popularization and application are convenient so that automation of work scheduling of cross-regional mass automatic industrial equipment can be realized.

The invention provides a metro crew working scheduling method based on the hybrid genetic algorithm. The method includes: dynamically dividing working diagram data into daily task crew shifting cards according to train working diagram data and restrain conditions and performance requirements of working of crew working drivers in metro operation. The metro crew working scheduling method has the advantages of distributing operation tasks through a metro system, generating reasonable task sequences, ensuring reasonable alternation of off days and working tasks of crew members and avoiding messy manual task division.

A method of and system for handling allocation of task work to resources with flexibly configured availability contours (work calendars) is disclosed. The method includes defining one or more base calendars, a resource calendar associated with each resource, wherein the resource calendar inherits from a base calendar. A calendar reader, a set of recurring exception records, and a set of effective weeks for each calendar are also defined. For a specific date, the method determines whether an exception exists in one of the base calendar and resource calendar, and if an exception exists, computes a cached effective week honoring the exception data from an associated recurring exception record. If an exception does not exist, a cached effective week for the resource is computed from a combination of the calendar's standard week and associated effective week records.

The present invention provides a farming machine cross-regional working scheduling method and system which are used for solving the farming machine scheduling problem. A farming machine cross-regional working scheduling platform determines average income per unit time between a farming machine and a farmland according to the information reported by farming machine terminals and farming terminals; and distributing a farmland to be worked having the highest average income per unit time with each farm machine to the farming machine, establishing the scheduling relation between the farm machine to be scheduled and the farmland to be worked, and sending the scheduling relation to the farming terminals corresponding to the farming machine identification and farmer terminals corresponding to the farmland identification in the scheduling relation. According to the technical scheme, the farming machine cross-regional working scheduling method and system can realize scientific and reasonable farming machine and farmland supply and demand scheduling and comprehensively consider various factors to realize benefit maximization of farm machines.

The invention discloses a work scheduling method and a work processor. The method comprises the steps that when new work is received, the latest executing time of the new work is determined according to the arrival time and the priority of the new work, and the new work is added to a work cache queue according to the latest executing time; the actual executing time of all pieces of work is determined according to the latest executing time of all the pieces of work in the work cache queue; according to the actual executing time of all the pieces of work in the work cache queue, a work executing queue is established, and task processors are allocated for tasks obtained by decomposing all the pieces of work in the work executing queue. By means of the work scheduling method and the work processor, the response time of the work with the high priority can be ensured, and the waiting time of a user is shortened.

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.

The invention discloses a commercial kitchen centralized monitoring system and method. The commercial kitchen centralized monitoring system comprises environmental perception sensors, terminal devices, centralized controllers, kitchen monitoring and management centers and a cloud server, wherein the environmental perception sensors, the terminal devices, the kitchen monitoring and management centers and the cloud sever are connected with the centralized controllers. Through the centralized controllers, the kitchen monitoring and management centers can master operating states of all the terminal devices of a kitchen and the whole work environment of the kitchen in real time, analyze and improve kitchen work scheduling schemes, pay attention to the physical and psychological health of kitchen staff and improve the work environment and supporting facilities of the kitchen; by mastering the operating states of all the terminal devices of the kitchen and the whole work environment of the kitchen, a foundation is laid for providing users with high-quality after-sales service by terminal equipment manufacturers, and user satisfaction is greatly improved.

The invention provides a system and method for respectively processing and automatically synchronizing project plan information of superior and subordinate units in a project managing process. The system is respectively deployed in each of the superior and subordinate units; the superior unit programs an initial project plan and sends to the subordinate unit; the subordinate unit can decompose and refine a received plan on the basis and updates plan executing information in a project working process; the updated plan information is synchronized to the superior unit through the system and the superior unit carries out project managing work according to a plan executing condition; and if the plan needs to be adjusted, the system synchronizes the adjusting condition of the superior unit to the subordinate unit. According to the automatic synchronization of the system disclosed by the invention, the newest plan information of the system can be obtained by the superior and subordinate units, so that the effectiveness of project work arrangement is guaranteed.

A method for enhancing business results while simultaneously improving workplace flexibility for employees. Both objectives are achieved by continuously monitoring business parameters and modifying work processes using results-focused techniques, while concurrently using the same techniques to tailor workplace flexibility needs to ever-changing work and personal environments. Use of the method results in the synergistic accomplishment of workplace productivity and efficiency objectives, along with enhanced employee morale, retention, and job satisfaction, as well as work team cohesion, effectiveness, and engagement. The skills learned can then be used in other endeavors, such as for personal development, family management, and community leadership.

The embodiment of the invention provides a work scheduling optimization method and device for an automated storage and retrieval system and belongs to the automated storage and retrieval technical field. The method includes the following steps that: a stress analysis result set of a stacker during a goods storage and retrieval operation process is obtained; the energy consumption matrix of the movement of the stacker between any two goods allocations is obtained according to the stress analysis result se; a working energy consumption optimization model is established on the basis of the energy consumption matrix; and the working energy consumption optimization model is solved according to a heuristic method, so that a working sequencing and goods allocation distribution result enabling less energy consumption of the stacker during the goods storage and retrieval operation process can be obtained. With the method and device of the invention adopted, energy consumption and carbon emissions during the operation process of the stacker can be decreased, and the impact of the energy consumption and carbon emissions on the environment can be decreased.

The invention relates to big data, and provides an intelligent scheduling method for field salesmen. The method comprises the following steps: in a mode of combining an attendance system with a salesman matching model between a salesman and a client, on one hand, judging effective attendance information from clock-in information of field salesmen, and generating an early warning thermodynamic diagram by the attendance information so as to enable a manager to monitor the geographic position of the field salesmen in real time; and on the other hand, training the business information of the salesman to obtain a salesman matching model between the two, and obtaining the salesman matching table of the client and the salesman only by inputting the business information of the current salesman inthe attendance information to assist a manager in coordinating early warning work. In addition, the invention also relates to a blockchain technology, and the attendance information and the service information can be stored in a blockchain. Therefore, by optimizing the existing mobile attendance system, a manager can perform better early warning work scheduling in emergency.