79 results about "Mission management" patented technology

The present invention provides a distributed agent-based computer infrastructure configured to manage a mission of an unmanned vehicle that includes generating a mission plan and executing the mission plan. The computer infrastructure comprises an operator interface component, an autonomous mission management component and a vehicle systems interface component. The autonomous mission management component comprises agents configured for receiving information from an operator, for generating a mission plan from the received information including a path to be traveled, and for monitoring execution of the mission plan.

The invention provides an AUV intelligent collision prevention device and a collision prevention method. The state information of the AUV collected by the sensor is passed to a dynamic control machine by a serial port. The dynamic control machine transmits the state information to a mission management machine by a network; a multi-beam front looking-sonar collects barrier information which is converted to a digital signal describing local environment; the mission management machine receives the digital signal of the local environment; an AUV barrier decision-making system determines the position of the barrier, establishes a local environment model which is passed on to a collision prevention planning system; the collision prevention system figures out course, speed, and depth of the AUV by collision prevention algorithm and passes on the three instructions to the dynamic controller by the network; the dynamic control machine controls resolving by movement, uses a control voltage to drive an executing agency, and adjusts course, speed and depth of the AUV according to the steering instructions, thus realizing AUV collision prevention. The invention has the advantages that collision prevention is realized in real time without needing prior knowledge and reliability and validity of the proposal of the invention are proved by a lake testing.

A system collaboratively and autonomously plans and controls a team of vehicles having subsystems within an environment. The system includes a mission management component, a communication component, a payload controller component, and an automatic target recognition component. The mission management component plans and executes a mission plan of the team and plans and executes tasks of the vehicles. The communication component plans communication and networking for the team. The communication component manages quality of service for the team. The communication component directs communication subsystems for the team and for the vehicles. The payload controller component directs and executes sensor subsystems for the team and for the vehicles. The automatic target recognition component processes and fuses information from the sensor subsystems and from the vehicles for use by the mission management component.

Smart instrumentation and monitoring provide primary engine instrumentation for an aircraft. The instrumentation generates real time engine power available data for the entire power regime and flight envelope of the aircraft while engine monitoring functions track, record and output performance usage data, trend data, and flight profile data. Generated data is provided to an aircraft flight manual and mission management module that automatically calculates and generates aircraft operational and performance data needed to safely operate the aircraft. The generated data is selectively displayed on flat-panel cockpit displays and/or electronic kneeboard displays in a graphical format that enhances aircrew situational awareness and permits aircrew members to operate the aircraft with its intended margin of safety.

The invention provides a monitoring and early-warning system of an enterprise project executing schedule. A task managing module is used for recording basic information of a task according to a task record distributed by a project managing module; a schedule module is used for calling all the basic information of the task managing module to obtain the task which is responsible for by a certain executor and the executor obtains a task current finishing rate according to the current finishing condition of the task; an execution and feedback module is used for recording the task current finishing rate fed back by the executor and recording starting time of the task executed by the executor, and current time corresponding to the current finishing condition of the task; a user behavior analyzing module is used for calling the basic information of the execution and feedback module and the task managing module to process to obtain a time schedule rate of finishing the task; an execution schedule of an enterprise project is monitored and easily warned through the task current finishing rate and the time schedule rate of finishing the task; and a manager can supervise and urge the execution of the project to find the problem of the developing project in time, so that the production efficiency is powerfully improved.

The invention discloses a multi-unmanned-aerial-vehicle autonomous collaborative-decision-making fast integration system. The system comprises a ground monitor center, a communication system and an onboard flight mission management system. The ground monitor center comprises a man-machine interaction interface and an autonomous collaborative-decision-making module. The collaborative-decision-making module comprises a threat assessment module, a task planning module and an autonomous decision-making module. The task planning module comprises a formation task distribution module, an autonomous task planning module and a multi-machine negotiation module. The onboard flight mission management system comprises an instruction parsing and execution module, an instruction packing module, a data type conversion module, a waypoint storage and management module, an autonomous track planning module and an unmanned aerial vehicle SDK control module. The unmanned aerial vehicle SDK control module is configured to control an unmanned aerial vehicle. Through the embodiment of the invention, technical problems of how to realize multi-unmanned-aerial-vehicle autonomous collaborative fast integration application and system modularization and how to raise artificial intelligence performance of the system are solved.

A system and method are provided for planning and controlling a plurality of machines. A mission is assigned to each machine of the plurality of machines. A plurality of system capabilities is computed in each machine and, from the plurality of computed system capabilities, a machine mission capability is computed for each machine. The mission of one or more of the machines may be selectively reassigned based on the computed machine mission capability of each machine.

Systems (100) and methods (1400) for enterprise mission management of a Computer Network (“CN”). The methods involve configuring CN to operate in accordance with a first Mission Plan (“MP”) specifying a manner in which an assigned value for a first IDentity Parameter (“IDP”) is to be dynamically modified by a first node of CN; detecting a trigger event which indicates that a new MP needs to be implemented within CN; obtaining a second MP that specifies a manner in which an assigned value for a second IDP is to be dynamically modified by a second node of CN; determining if any conflicts exist between operations of the second node defined by the second MP and operations of the first node defined by the first MP; and configuring operations of CN to further operate in accordance with the second MP if it is determined that no conflict exists.

The invention discloses a method and a device for realizing a video call in a television split screen, and a television, wherein the method for realizing the video call in the television split screencomprises the following steps of: starting a split screen multitasking management application to split a display screen to at least form a first a split screen and a second split screen; creating a first task process for the first split screen and a second task process for the second split screen; triggering the first task process to control a video call application, establishing a video call witha video call receiver, and playing the video call in the first split screen; and triggering the second task process to play video content of a television application in the second split screen, wherein the television application is different from the video call application. The method and device for realizing the video call in the television split screen, and the television provided by the invention are used to realize simultaneous playing of video contents and video calls in a same display screen.

A radio base station according the present invention communicates with a radio communication terminal which has established a connection. The radio base station includes: a task manager 131 configured to acquire communication capability information indicating processing capability of CPU; a load judging unit 132 configured to judge whether or not the communication capability information falls below a threshold; and a packet generator 134 and a communication processor 135 configured to transmit MOB_BSHO_REQ message requesting switching of a connection destination to a different radio base station to at least one of the radio communication terminals if judged that the communication capability information falls below the threshold.

The invention relates to a video quality diagnosis control system and method applied to a video monitoring network, belonging to the technical field of network video. The video quality diagnosis control system comprises a task management server, a video accessing and polling server, a diagnosis method server and a diagnosis result management server. The video quality diagnosis control method comprises the following steps: the task management server sends a diagnosis task to the video accessing and polling server and the diagnosis method server, and sends a diagnosis method parameter to the diagnosis method server; the video accessing and polling server obtain image information of all video sources from the video monitoring network and sends the image information to the diagnosis method server; and the diagnosis method server determines a diagnosis method according to the diagnosis task and the diagnosis method parameter, diagnoses the image information of all video sources, generates a diagnosis result and sends the diagnosis result to the diagnosis result management server. According to the method and the system provided by the invention, video contents of a network front end can be automatically analyzed, and video failures are diagnosed; therefore, the diagnosis accurate rate and the reaction speed are greatly increased and the false positive rate is lowered.

The invention discloses a security enhanced data backup and recovery system. The system comprises a security basic platform, a managing control table, a communication module, a task managing module, a data backup module, a data recovery module and a backup assembly, wherein the managing control table is connected to the task managing module by means of the communication module, establishes a data backup or recovery task by the task managing module, and is connected to the backup assembly by means of the data backup module or data recovery module to perform data backup or recovery; the security basic platform is used to identify an identity of a system user, perform security management to a system account, perform security management on a user operation, perform security control on the data backup or recovery task, and perform security audit on the system, so as to achieve technical effects of reasonable design of the system, high security, ensured confidentiality of backup data, and security and controllability of the backup and recovery operation.

The invention provides an Internet of Things based multi-functional live-line detection system and detection method wherein the system comprises an electronic identifier for solidifying the information and the names of the detected devices therein; a local sensor for acquiring the partial discharge signal of the devices under detection; a handheld inspection instrument for scanning the electronic identifier, reading the information of the detected devices, downloading and completing the live-line tasks as well as processing and displaying the data acquired by the sensor and performing infrared thermal imaging detection to the devices under detection; and a live-line detection data management platform for distributing live-line detection tasks and performing integrated management, analysis and application of the detection data. The local sensor consists of an externally arranged ultrahigh frequency sensor, and etc. The handheld inspection instrument comprises an infrared thermal imaging detection module. The detection system and method of the invention are capable of realizing the management of devices and tasks based on Internet of Things at a reduced cost. And at the same time, it is also possible to perform multi-functional live-line detection jobs, reduce the work intensity of the inspection men and the requirements on the inspection men, and cut the training cost as well.

This invention discloses a method for distribution task process of signaling connection control part (SCCP) of a multimodule No.7 signaling system in which multimodule SCCP facing the connection partshare the LRN resource bank between SCCP and users of SCCP unifiedy managed by the global managing interface and resource for each module is not fixedly allocated at the beginning, only when one starts, it would apply for part of LRN resource from the resource bank and the rest are for other modules to apply for the user or when a module's LRN resource is used, it wil make an application again, so as to increase the ability of processing upper function level (SCCP) task of No.7 signaling system and guarantee when multimodule of No.7 signaling system share a LRN resource, resource conflict will not appear.

Based on multitasking operating system, the method uses multitask to manage multilink communication. Communication of each link is managed by independent task. Association is not setup between tasks of managing communication of link. Interface between link management and application task in through data buffer. Based on multitask system, and using standard interface of operation system, the method is realized through complete software manner. The invention is able to match redundancy in multiple isomorphic or isomerous links without need of adding any input / output unit etc hardware. Features are: high portability, flexible configuration, and high practicability.

The invention discloses a network printing server. The network printing server comprises printing task storage, a printing equipment registering unit and a two-dimensional code coding unit, wherein the printing task storage is configured to store a printing task list; the printing equipment registering unit is configured to respond to the request of printing equipment for establishing a network connection with the printing equipment, the printing equipment is registered, and a printing task list corresponding to the printing equipment is created in the printing task storage; the printing task administrative unit is configured to receive printing requests from calculating equipment, a printing task item is added in the printing task list of the requested printing equipment, and the printing task item comprises a printing task ID and printing task content; the printing task administrative unit is further configured to judge whether the indicators of the two-dimensional codes contained in the printing task content exist in the printing requests or not, and if the indicators exist, the two-dimensional code coding unit is configured to code URL (Uniform Resource Locator) to be converted into two-dimensional codes into two-dimensional code bit stream and the two-dimensional code bit stream is stored as part of printing tasks. The invention further discloses network printing equipment, and a corresponding printing method and system.

The invention discloses a laboratory information management system, wherein a login information module, an entrustment Order Statistics Information Module, a report information statistics module and asample quantity statistics module count all the test data, the business process management module monitors and manages the whole process of the laboratory test task, the test project management module manages the laboratory basic test project, the Item Inventory Management module manages the lab materials in and out of the warehouse, Item Records/Statistics Module Management and Statistical Analysis Laboratory Material Usage Records, the basic parameter management module manages the relevant basic data, the customer management module manages the customer information sent by the laboratory, the article classification management module manages the relevant basic data of the article inventory management module, and the operation user management module manages the relevant personnel. The invention realizes the standardization, flow and informationization of the laboratory workflow management, and improves the management level of the laboratory data information and the service level of thelaboratory personnel.

The invention discloses a delivery sub-module of a digital logistics management system. The delivery sub-module of the digital logistics management system is characterized by comprising a delivery server, a delivery mission management module, a deliveryman management module, a delivery mission allocating module and a mobile terminal, wherein the delivery mission management module is established in the delivery server and used for receiving and storing delivery missions of cargos, the deliveryman management module is established in the delivery server and used for allocating and recording working time and working states of the deliverymen, the delivery mission allocating module is established in the delivery server and used for carrying out delivery mission allocating according to information of the delivery mission management module and the deliveryman management module and generating delivery mission orders, and the mobile terminal is used for feeding back delivery states of the deliverymen through wireless network and the delivery server. The delivery sub-module of the digital logistics management system is simple, practical and thorough in functions.

According to an aspect, an apparatus is provided. A computing system is provided. A user interface is configured to receive an input from a user related to one or more changes to flight path and transmit the input to an autonomous flight system. The input to the autonomous flight system does not cause the autonomous flight system to disengage.

The application discloses an external airborne weapon fire control system comprising a universal bomb rack, a control and management subsystem, a ground mission management device and a wireless operation and control device, wherein the universal bomb rack is detachably fixed to the outside a to-be-adapted aircraft; the universal bomb rack is used for hanging a to-be-carried weapon and dropping theweapon in a controlled manner; the control and management subsystem is detachably fixed to the outside of the to-be-adapted aircraft; the control and management subsystem is configured to receive operation and control commands and/or data information through a wireless communication device, and control the dropping of the weapon; the ground mission management device is used for performing groundmission planning for the to-be-adapted aircraft and the weapon, and generating predetermined mission data and configuration parameters; and the wireless operation and control device is used for sending the operation and control commands, generating an aircraft model and the number of hanging points, and performing networking and configuration. The application also discloses a using method of the external airborne weapon fire control system. The external airborne weapon fire control system of the application is the external and independent airborne weapon fire control system which can quickly realize the weapon loading and using requirements of different combat aircraft.

A network resource management system that manages a plurality of distributed client computers through a network. The system comprises: a data collecting module (11) configured for collecting data from each client computer (6) via a domain controller (1), and for uploading the connected data to shared folders (5); an agent module (41) configured for comparing, filtering, and processing the data of the shared folders (5) via an agent server (4) and writing the data into a database (7); and a task managing module (31) configured for accessing the database (7) via a website server (3), and for searching and executing the management task on the corresponding client computers. A related method is also disclosed.