90 results about "Team management" patented technology

The invention discloses an on-line collaborative nolinear editing system belonging to the technical field of Internet media information processing. The on-line collaborative nolinear editing system comprises a manufacture team management module, a material management module, a timeline operation module, a material previewing module, a user operation management module and a collaborative manufacture management module. Edition operation for respective video of each person is shared by the on-line collaborative nolinear editing system to realize the on-line collaborative nolinear edition system for more people, the efficiency on collaborative edition manufacture of the on-line video program is improved, and the collaborative edition manufacture for more people under different environments can be realized.

A touring team management terminal mainly consists of a GSM/GPRS/CDMA communication module, a talkback communication module, a GPS module, a power supply module, an LCD/OLED module and a management module. By utilizing the terminal in the invention, all members in a team needing to be managed are gathered to establish a cluster possessing a unified cluster password, the GPS module embedded in the terminal is used for positioning the position of each terminal, the mutual distance of every two terminals can be calculated by the management module in real time by means of communication and position information transfer of each terminal between the GSM/GPRS/CDMA communication module and the talkback communication module, the real time position of each member in the cluster can be displayed in a screen, and a warning can be given out when a member drops out. The key point of the invention lies in providing the touring team management terminal which is convenient for team touring to use and can realize determining the positions of other members in real time, communicating among members and having a drop-out warning function when being used in team touring.

The present invention is a computerized system and method for managing a fantasy sports team. The system and method includes a computer for processing league and player information, devices for inputting information, such as Internet connections for league and player information, devices for a user to add or modify league and player information and to initiate tasks for the system to perform such as a keyboard and mouse, and a display device or e-mail generation for conveying information as a result of the tasks. The system and method is able to measure and generate all possible team management decisions based on the impact to the probability of winning the league championship.

The invention discloses a computer management system of an electric power engineering project, comprising a project management module, a construction team management module, a project control module,an engineering project library module, and a basic function module. The construction team management module is used for managing, searching, and evaluating the basic information, enterprise quality and capability of the construction team. The engineering project library module is used for filing, searching and downloading the engineering projects. The basic function module is used for managing system mechanisms, users, and authority distribution. The project control module comprises a project basic information module, a project basic material module, and an engineering project subcontract module. The project control module can help with work like on-site investigation, engineering management, completion acceptance, safety management and monitoring. The invention is advantageous in that theproject position can be clearly and rapidly positioned by project managing staffs; digital photos can be filed in time; work of each departments in the engineering project link can be coordinated, and management efficiency of projects can be improved.

The invention provides a team vehicle management method, a vehicular terminal and a server. The team vehicle management method comprises the steps of receiving first sharing information sent by M first vehicular terminals, wherein the first sharing information comprises first information and position information of a first vehicular terminal when the first information is obtained; and sending second sharing information to N second vehicular terminals, wherein the second sharing information comprises the first information, and the first vehicular terminal and the second vehicular terminal belong to the same team. According to the method, the vehicular terminal and the server, through adoption of a scheme that the portable devices as team management objects are replaced by the vehicular terminals as the team management objects, the stability of coordination objects is improved in a multi-vehicle scene, and the vehicle team management stability is improved.

A computer-based method for combining investment recommendations of individual research providers such as stock analysts. The method includes providing a server running a research team management module. A list of individual research providers is displayed on a client node linked to the server network. A research team is generated based on user input including a number of the research providers. Team rules are assigned to the team defining an algorithm for processing recommendations from the members of the team. Recommendations for securities are retrieved for the research providers on the team, and team recommendations are generated by applying the team rules to the recommendations. Team recommendations are reported to the client node for guiding investments. Processing of the individual recommendations may include applying differing weights to the positive and negative recommendations and combining the weighted recommendations, with the weights being user-selected differentiating strengths of members of the research team.

The invention relates to an automatic control rate and stable rate monitoring system and an assessment method based on a tree structure. The system consists of an automatic control rate computation module, a stable rate computation module, a node management module, a team management module, an authority management module and a data interface module which are installed in a web server. A real-timedatabase server is used for storing various original data of devices and providing relevant data interfaces for being called by upper application systems. The web server is responsible for final datarepresentation. Relevant departments and monitored subordinate units can obtain respective data information according to permissions through a local area network in the way of a web browser, wherein the data information includes real-time automatic control rate or history automatic control rate information, real-time stable rate or history stable rate information, team information and the like. The monitoring system can represent the automatic control rate and the stable situation of each team, which include the real-time automatic control rate and stable rate information and the history automatic control rate and stable rate information, and can provide the function of an alarm line. Relevant departments can conduct corresponding assessment to the automatic control rate and the stable rate situation of each team according to the information, so as to supervise and urge each team to conduct corresponding rectification.

The invention comprises a vehicle team management method and system. The vehicle team management method comprises the following steps: setting the vehicle team route information of a vehicle team; obtaining the vehicle positioning information of a vehicle according to a satellite positioning signal receiver; receiving the vehicle positioning information of other vehicles in a vehicle team; aiming at the vehicle positioning information of each vehicle in the vehicle team to judge whether the vehicle is in the vehicle team route; if the vehicle is not in the vehicle team route, giving an alarm; if the vehicle is in the vehicle team route, stopping giving an alarm; and according to the vehicle positioning information of all vehicles in the vehicle team and the vehicle team route information, displaying the positions of all vehicles in the vehicle team route and the vehicle team together with GIS (Geographic Information System). The invention also comprises a vehicle-mounted terminal and a vehicle team management system applying the vehicle team management method. Through the technical scheme of the invention, the vehicle team route can be visually displayed, and an early warning can be given to vehicles which fall behind in time so as to prevent vehicle team members from falling behind.

The invention provides a full-function, operable and advantageous E-commerce O2O platform system combined with a decision-making team management thought. The E-commerce O2O platform system comprises a general central processor (1), an online store management subsystem (2), a background service subsystem (3), a security assurance subsystem (4) and a retail store management subsystem (5), wherein the online store management subsystem (2), the background service subsystem (3), the security assurance subsystem (4) and the retail store management subsystem (5) are in communication connection with the general central processor (1).

The present invention generally relates to systems, methods, and devices for enabling strategic execution of a plan and driving and managing end-to-end processes and activities to achieve the plan. More specifically, the present invention relates to software for driving and managing end-to-end processes including planning, goal setting, engagement, analysis, team management, project approval, implementation, and performance measurement. In one preferred embodiment, the present invention contemplates a software tool configured to enable a user to plan, implement, communicate, execute, and monitor specific activities as they relate to an overall stated goal. The tool has at least four primary components: a lead stage, an engage stage, an act stage and a perform stage. Within each stage a subroutine guides each individual user through the process necessary to achieve that particular stages end-goals based on the desired stated goal.

The invention relates to an outsourcing team control system, comprising at least one hand-held terminal, a server side and various identification labels. The hand-held terminal is a mobile intelligent terminal with the functions of remote identification of 2.4G active electronic labels, photographing and camera shooting, bar code scanning and navigation positioning, and performs data interaction with the server side through a wireless network; the identification labels comprise 2.4 active electronic labels, one-dimensional code labels and two-dimensional code labels; the server side comprises the following function modules: a, work plan management module; b, outsourcing team management module; c, outsourcing team personnel management module; d, black list management module; e, active electronic label IC card management module; f, tool intelligent management module; g, query statistics module; and h, database module. Each work plan contains construction detailed information; an inspector can be guided to a construction site through the hand-held terminal, and manages outsourcing teams through operating the hand-held terminal.

The invention provides a computer system based civil aviation team management method and system. The system comprises a management server and a user terminal, wherein the management server comprises a database as well as a foreground terminal and a background management terminal which exchange data with the database; the foreground terminal comprises a team application module, a team importing module, an electronic payment module, a system ticket issuing module, a team tracking module, an inquiry statistic module and a price negotiating and checking module; the background management terminal comprises a user management module, a payment management module, an order management module, a team information management module, a guarantee deposit rule management module, a statistical form module, a ticket checking and management module and a price negotiating, tracking and management module. Various complicated and changeable conditions of teams can be classified, summarized and accommodated, and all-process team management is finally realized. By means of the system, the working efficiency of aviation companies is improved, the ticket booking efficiency is improved, and the system has sufficient convenience and high practicability.

The invention provides a working behavior analysis method and a system based on massive user operation behavior data. The method comprises steps: a focus application ID, a focus application starting time point T1, a focus application ending time point T2, operation time points for the focus application when operation events happen between the T1 time period and the T2 time period, and a login account ID corresponding relationship are acquired to form a piece of behavior analysis data; a real-time data analysis or a user-defined offline data analysis method is adopted, based on a role of each login account ID, operation behavior data stored in a real-time data storage area and an offline data storage area are analyzed, and an analysis result is obtained. The method of the invention has the advantages that working behavior data of an employee can be thoroughly, objectively, and effectively acquired in real time, real-time and offline data analysis can be carried out, effective employee working behavior data can be provided for an enterprise operator or a team manager, and data support is provided for fine management by the enterprise.

The invention discloses a tour group search and rescue system. The tour group search and rescue system comprises an intelligent mobile terminal and multiple monitoring terminals; each monitoring terminal comprises a RF communication module and a processing module; each RF communication module is provided with unique address information; each processing module is used for sending a data frame including the address information and a RSSI (Received Signal Strength Indicator) value to the intelligent mobile terminal in real time by virtue of each RF communication module; the intelligent mobile terminal comprises a processing unit, a RF communication unit and a prompting unit; the processing unit is used for receiving data frames of each monitoring terminal by virtue of the RF communication unit so as to obtain a distance value of a corresponding monitoring terminal based on the RSSI value calculation of the data frames, comparing each distance value with a preset safety distance range, and generating corresponding member left behind information based on corresponding address information by virtue of the prompting unit when the distance value is beyond the safety distance range. The tour group search and rescue system can monitor activity range of members of the tour group automatically, can send a prompt when the members of the tour group are far away from a tour guide, is convenient for the tour guide to remind members to return, is high in safety and enables team management to be worry-saving and labor-saving.

A method for managing a team in an online game includes, by a team management apparatus, configuring a team management screen, displaying the team management screen that contains information on at least one preset formation upon receiving a signal indicating that the user enters the team management screen from the user terminal, setting each information on the at least one formation upon receiving setting related to details of a selected one formation among the at least one formation from the user terminal, judging whether the number of currently set formations is less than a preset maximum number of formations upon receiving a formation addition request signal from the user terminal, and adding the formation if the number of currently set formations is less than the maximum number of formations, and setting a formation change shortcut key.

The invention relates to an industrial design product innovation collaborative work service method and system. The present invention provides a set of overall solutions that integrate the project workflow of the industrial design industry, and a multi-functional innovative collaborative work system for the industrial design industry, which overcomes the shortcomings of the traditional online work platform that only adopts weak management for project and work process management . The platform has enhanced workflow control, and user-defined work nodes to flexibly control project progress and periodic review. The existing independent working mode of online work has been changed, the concept of team management has been emphasized, and the team has been promoted to work collaboratively on the platform. At the same time, it integrates the teaching concept of industry practice, so that newcomers in the industrial design industry can learn the practical operation process of the industry through the use of the work platform, so as to achieve the real effect of project-based industry-university-research.

The invention relates to the technical field of car team management, and in particular relates to an intelligent car team management system which comprises a safety warning system, a monitoring camera system, a portable type automatic navigation system, a car engine processor and a communication module, wherein the safety warning system is used for detecting the safe states of travelling cars in real time; the monitoring camera system is used for monitoring the image inside and outside the cars; the portable type automatic navigation system is used for locating the cars, providing navigation for the cars and warning under the conditions that the cars deviate from the lane, are not within the safe interval range and the like; the car engine processor is used for processing the safety warning system, the monitoring camera system and the portable type automatic navigation system and is arranged in the travelling car; the communication module is used for sending the information of the travelling cars into a background service platform. After the intelligent car team management system is adopted, the behaviors of the travelling cars and drivers can be detected in real time and are processed in real time by a front-end car-mounted device, warning is immediately carried out if abnormal conditions happen, and the monitoring results are transmitted back into the service platform in real time by the communication module, so that the car team administrator can monitor the image of the cars with abnormal conditions in time, the actual current situations of the people and the cars can be mastered in real time, the real-time response is conveniently made, and accidents are avoided; the behaviors of the drivers can be analyzed according to the information transmitted back into the service platform.

The application relates to an enterprise car team management system which comprises a server running on a cloud host and a personal client running on a personal computing device. The server and the personal client are connected with each other through a network. The server is configured to receive the information of one or more cars in a car team composed of one or more cars. The personal client is configured to receive instructions of operators and monitor the state of the one or more cars through the server.

The invention discloses an MES system used for engine chain wheel chamber shell assembling detection. The system comprises a lower computer data monitoring acquisition system located on 4 processing devices and an upper management system located on 1 gathering server. The whole system integrates management functions of production data acquisition, production process fault prevention, workpiece preorder processing detection, workpiece encasement coding, product tracing, production data export, team management, material detection and the like. 5 devices are located in a same local area network. Through uniformed relation database software and network communication, database inter-access operation between a local industrial control computer and the server is performed. By using the system, in a final assembling detection operation of a chain wheel chamber shell, real-time monitoring of a production state is performed; a completion condition of each operation of each workpiece and good and bad information can be inquired and analyzed in an upper computer; the MES system can help a user to carry out production query; and encasement efficiency is increased and a product error rate is reduced.

The invention discloses an intelligent navigation and search-rescue system architecture which is characterized by combining conventional satellite navigation technology, pseudolite technology, intelligent location-based service technology and modern management technology to form a navigation application service and a search and rescue application service to scenic regions and has the technical characteristics of 'bidirectional performance, team management, information push and remote interaction' and the like. The intelligent navigation and search-rescue system consists of user equipment, location-based service network and a service platform, is combined with the big data based intelligent location-based service technology and has functions capable of being customized according to needs of users.

The invention discloses an elevator maintenance enterprise management system based on a cloud platform. A work bench, a task management module, a maintenance management module, a repairing management module and an annular examination management module are arranged on a maintenance enterprise client, thereby achieving maintenance, repairing and annular examination standardization work procedures, clear task instructions and complete recording processes. By setting a property management examination module, a contract management module, a project management module, a complaint management module and a data analysis module, it is achieved that processing results of real-time monitoring and tracking of tasks, complaints, maintenance, repairing, annual examination, contracts are know by use of one key. By setting an elevator archives management module, elevator operation states are monitored in real time, and when faults occur, warnings are timely given out and the faults are conveniently and quickly processed. By setting a technician management module and a team management module, working states of maintenance technicians are tracked in real time, related information of elevator maintenance is prompted and received, tracking and management are direct and work is quite highly efficiently carried out.

The invention discloses a project completion acceptance method and a storage medium. The method comprises the following steps that: S10: a first party project leader carries out personnel management and authorization in a team management board so as to make a specific assigner and a specific executor clear; S20: a first party first-level manager creates each acceptance node plan; S30: after the assigner selects certain one or multiple acceptance tasks on a mobile phone side, the assigner distributes one or multiple acceptance tasks to the related executor, and the executor executes the acceptance tasks; and S40: in a process that the executor executes the tasks, if the executor finds problems, the executor enters a notification process. In the method, each piece of work of a completion acceptance period is subjected to task distribution and execution operations on a mobile side through a background system prompt way, and all pieces of acceptance data are integrally collected and classified and are stored in cloud space so as to provide valuable reference information for later-period data analysis and conclusion work. All acceptance tasks are executed according to a national established standard specification, and task execution is protected from deviations.

The invention provides a hay mower team management device, management method and management system. The hay mower team management device is used for controlling a plurality of hay mowers to work cooperatively, each hay mower is provided with a vehicle-mounted communication module and a vehicle-mounted positioning navigation module, and the hay mower team management device comprises a map loading module used for obtaining a map of a working plot; a control end communication module in wireless communication with the vehicle-mounted communication module so as to acquire state information of the hay mower; an operation area distribution module used for distributing an operation area to each hay mower according to the state information and the map; and a vehicle-mounted positioning navigation module of each mower guides the hay mower to work in the corresponding operation area according to the distributed operation area. Compared with the prior art, the hay mower team management device cancontrol the unmanned hay mowers to cooperatively work, so that the operation efficiency is effectively improved, and the labor cost is reduced.

The application relates to a data processing method and apparatus. The data processing method comprises: interview data of candidates within a set historical period are obtained, wherein the interview data uses the number of times as a unit and the interview data for each time include information of a candidate, an interviewer, and an interview result; and on the basis of interview data differences, reflected by the interview data, of different interviewers, the interviewers are evaluated. Therefore, the interviewing capability of the interviewer can be evaluated by using the massive historical interview data automatically. On the one hand, the workload of evaluating an interviewer artificially is saved and the cost of interviewer team management by an enterprise is lowered; and on the other hand, the interviewing capability of the interviewer can be evaluated objectively and accurately and thus the enterprise is helped select an excellent interviewer, so that the interview effect of the enterprise is enhanced.

The invention discloses a vehicle team navigation method which comprises the following steps: acquiring vehicle team driving information corresponding to a vehicle team; generating an initial navigation route corresponding to the vehicle team according to the vehicle team driving information; with the position of at least one vehicle in front of a current vehicle in the vehicle team as a passing-by point of the current vehicle based on the initial navigation route, generating a navigation route corresponding to the current vehicle, wherein the at least one vehicle is in the vehicle team; and transmitting the navigation route corresponding to the current vehicle to a terminal corresponding to the current vehicle. The invention further discloses a vehicle team navigation device. According tothe method and device disclosed by the invention, the vehicle team management efficiency is improved.