82 results about "Experiment management" patented technology

Systems, methods and mediums are provided for automating experiments within an automated environment without the need to disassociate the test subject (e.g., the semiconductor chip or chips) from that environment. An “experiment” may be a pre-planned deviation of an established (e.g., pre-defined) process utilizing the automated environment.

A computer-implemented method, system and computer-readable medium for managing experiments, such as those relating to semiconductor technology. An experiment order includes some deviation from a base process capable of operating in an automated environment. An approval of the experiment order is obtained from a distribution list of users, while permitting the users to attach documents to the experiment order or perhaps modify the experiment. The experiment order is translated into processing data suitable for implementation by said automated environment, and stored. The experiment is caused to be executed in conjunction with at least some portion of said base process via the automated environment according to the processing data.

The invention provides an experiment management and data analysis system. The system comprises an experiment data management module, a data analysis module, a report generation module and an experiment management module, wherein the experiment data management module is configured to acquire original experiment data and perform data management on the original experiment data to generate standard experiment data; the data analysis module is configured to select a corresponding algorithm according to an experiment demand to analyze the standard experiment data; the report generation module is configured to generate a data analysis report corresponding to the analysis result of the standard experiment data; and the experiment management module is configured to perform unified management on theexperiment data management module, the data analysis module and the report generation module with the full life cycle of an experiment being a mainline. The system integrates a series of services relevant to experiment management and data analysis, so that the efficiency of each service is substantially improved.

The invention provides a high-throughput gene sequencing big data analysis cloud platform system. The high-throughput gene sequencing big data analysis cloud platform system comprises nine functionalmodules, namely a data file management module, a sample and experiment management module, a workflow management module, an analysis task management module, a work order management module, a mobile terminal service module, a disk quota management module, a resource sharing management module and a user and authority control module. The high-throughput gene sequencing big data analysis cloud platformsystem supports cloud storage and high-performance computing clusters, achieves storage and analysis of high-throughput gene sequencing big data, and remotely manage experiments, samples and data bya WEB terminal and mobile terminal technology, remotely controls and views analysis tasks, and achieves seamless connection of a big data cloud storage system and a high-performance computing clustersystem; the high-throughput gene sequencing big data analysis cloud platform system supports online management of the gene sequencing big data, is automatic in analysis process, pushes an analysis result report, and achieves a one-stop solution of generation of the analysis report from the gene sequencing data.

The invention relates to a physicochemical detection control and information management system. A lab is taken as a center, and the business flow, environment, personnel, project management and client management of the lab are integrated for monitoring. The system consists of a task management subsystem, an experiment management subsystem, a report management subsystem, a checking subsystem, a system management subsystem, a resource management subsystem, and a statistics and analysis subsystem, wherein each subsystem is contained in a corresponding packaged. A real-time message transmission mode and a periodic scanning double-channel mechanism based on the Ethernet are employed for the data transmission among the subsystems. The layered logic configuration of each subsystem sequentially comprises a data collection layer, a data layer, a data processing layer, a business layer and a presentation layer from the bottom layer. The system standardizes a physicochemical detection flow, controls the randomness of a detection link, is high in system response speed, is low in fault rate, is simple and standard in operation, is high in traceability and safety, achieves vivid statistics and analysis of a historical detection task, improves the work efficiency and quality truly and effectively, and irons out a gap of informationized management of physicochemical detection.

The invention discloses a semiconductor production line MES. The MES comprises an MES core; the MES core comprises a technological process control module which communicates with an equipment communication terminal, a main data management module, a scheduler and a scheduling program module, and further comprises an experiment management module which communicates with the main data management moduleand the technological process control module. An experiment method of the semiconductor production line MES comprises the following steps: the experiment management module acquires a main technological process in the MES; and the experiment management module replaces one or more process steps in the main technological process with experiment process steps. The independent experiment management module is additionally arranged in an existing MES; and the experiment management module can obtain the main technological process, and can replace the process steps in the main technological process with the experiment process steps according to the need, so that an automatic experiment mode can be carried out on the basis of a non-stop condition.

The invention provides an intelligent laboratory management system based on the internet of things, which comprises a field equipment layer, a network layer, an internet of things platform and an IDMsystem connected in turn. The field device layer comprises a sensor, a traditional device instrument and an intelligent device instrument; the network layer comprises an Internet of Things communication module and a gateway, wherein the Internet of Things communication module is arranged on the traditional equipment and instruments to construct communication capability for the traditional equipment and instruments and an access gateway unified communication protocol, and the sensor and the intelligent equipment and instruments access gateway carry out communication protocol encapsulation; theIOT platform analyzes different communication protocols through the network layer to uniformly manage the field device layer, and simultaneously establishes a virtual mirror image for each device andprovides a unified API. The IDM system and the Internet of Things platform interact with each other through the API to carry out experiment management and execution operation on all devices. The invention overcomes the defects of non-automation of the control of the existing laboratory equipment, non-informationization of the experiment management and non-sharing of the resource management.

An orbital experiment system with different internal experiment locations within a reusable launch vehicle making daylong delivery trips to space. The experiments get access to the attributes of low earth orbit, the reusable launch vehicle's power and other subsystems. The experimenter utilizes uniform experiment trays having a uniform connector for connection to an experiment management unit mounted on the orbital vehicle. The experiment management unit provides power and data from the orbital vehicle related to the operation of the orbital vehicle and permits an experiment check simulation prior to integration into the launch vehicle. The uniform size and connectivity requirements provide low cost options for the delivery of an experiment into space and the return of the experiment from space. A commercial transportation system to and from orbit delivers a primary payload and provides a 24-hour return cycle for the internal secondary experiments, which provide a quick confirmation of technical experiment exposure to space and quick re-flight opportunities.

The invention discloses an open experiment teaching platform based on the Internet of Things, and the platform is characterized in that the platform comprises an offline experiment environment, an Internet-of-Things platform, a cloud server, and an experiment terminal; the offline experiment environment is composed of physical operation environments of a plurality of experiment object entities deployed at different positions; on one hand, the Internet-of-Things platform uses a standard MQTT protocol to keep communication with an agent control node in an offline experimental environment through a communication gateway, and uses a publishing and subscribing mechanism of MQTT to forward an operation command from an experimental user and collect the real-time state of each experimental object entity; and the cloud server is specifically composed of an experiment management server, a virtual hardware server and a cloud database server. The platform solves the problem that an existing remote experiment teaching system cannot give consideration to virtuality and reality combination, system openness and expandability at the same time.

The invention discloses an FPGA cloud laboratory platform which is connected with an FPGA cloud server through a network, and a plurality of FPGA development boards are arranged in the FPGA cloud server. The cloud laboratory platform comprises a user management module, a course management module, an experiment management module, a report management module, a container management module and an FPGAmanagement module. Through the FPGA cloud laboratory platform disclosed by the invention, teachers can be helped to better manage curriculums, experiments, homework and other resources, and statistical query search can be conveniently and quickly carried out. FPGA experiment hardware resources are planned and constructed in a unified mode, the phenomenon that equipment is stacked everywhere and is lost and damaged is avoided, and the experiment cost is reduced. The FPGA experiment environment can be distributed according to needs, the software environment required by the experiment can be ensured to be correct and errorless through repeated utilization, and the experiment process is prevented from being influenced by environmental problems.

An automatic DNA sequencing management system comprises a project management module, a sample management system, an experiment management module and a user and authority management module. The system comprises the steps that 1) a user submits project data and operation flow and data of experiments to the project management module via application or WEB, the system provides a series of matched functions, including sample and personnel selection and authorization distribution, for each project, experiments belonging to the projects are checked, project management is realized, concrete resources of the projects are made clear, and thus, the resources are reasonably distributed according conditions; 2) after initialization, the project management module submits register information of devices regularly according to set time, samples of the projects are added into a sample library and associated with corresponding projects of the system, and experiments are created and experiment data is managed; and 3) the devices are measured and controlled, and the user uses a server to manage the devices.

The invention discloses a laboratory management system based on an experiment scene, and the laboratory management system is based on the time sequence of an experiment, takes the behavior operation of an experimenter as a main line, carries out the series connection of subsystems of experiment management, and builds a laboratory management system for an experiment process. The laboratory management system comprises a basic service support layer, a management layer and a display layer, and establishes a one-stop management system, so that the use convenience of the system is greatly improved,and the relevance of different subsystems is increased, and the one-stop management of the whole process of an experiment scene is realized. The laboratory management system enables experiment management subsystems to be connected in series, provides an efficient, convenient and practical management system, provides experimental recording, experimental training and experimental simulation functions, counts and keeps each experiment on file, and provides training and simulation data for the next experiment.

The invention discloses a method and a device for realizing regional AB experiment management based on an algorithm. The method comprises the following steps: creating an experiment, receiving initialexperiment configuration, and generating an experiment ID; when each language access SDK starts an application, pulling the configuration of all experiment IDs used by the application configuration through an API and storing the configuration in a file system, and pulling new experiment configuration from the API periodically; performing experimental calculation according to the user access information, returning to the access application to use the scheme A or the scheme B currently, and recording and storing the scheme used by the user ID; sending the recorded information to a data analysisplatform through a log collection system, and displaying an analysis result and experimental index data through a visualization platform. After the functions are online, developers do not need to intervene in operation, one application supports parallel operation of a plurality of experiments, the plurality of applications can share the same experiment, and services are not affected by faults ofan API system.

The invention provides a block chain experiment system. The system comprises a management server, one or more experiment servers and a container mirror image warehouse used for providing container mirror images for the blockchain experiment system, and a monitoring subsystem is configured on the management server and used for being responsible for deployment, stop, cleaning and experiment data collection and processing of a corresponding blockchain experiment network; the experiment server is based on the control of the monitoring subsystem. One or more agent machines are automatically deployed according to block chain experiment requirements, each agent machine comprises a container corresponding to an agent subsystem and a container corresponding to a block chain node, and the agent subsystem performs action control and experiment data acquisition on the block chain node. A master-slave architecture and a container virtualization technology are adopted, parallel rapid deployment canbe automatically carried out in the experiment management process of a block chain new technology, operation and maintenance work is reduced, experiment data collection is carried out, whole-network monitoring is carried out, and the advantages of universality, platform independence, expandability and the like are achieved.

The invention discloses a control method of a shared experimental apparatus. The control method comprises the steps that keyboard and mouse operating information of an industrial control computer is intercepted through a global hook to achieve screen locking of the industrial control computer; the industrial control computer provides an unlocking start key to a user according to card-swiping confirmation information provided by an experiment management terminal; when the unlocking start key is triggered, an initial state mark of the shared experimental apparatus, experiment serial number and the experiment duration designated by a user are provided and are provided to the experiment management terminal; when it is judged that the experiment management terminal is normal according to the initial state mark, an unlocking password is calculated according to the experiment serial number and the experiment duration and is provided to the industrial control computer for unlocking; the experiment time is monitored, if the experiment duration designated by the user is reached, screen locking is conducted on the industrial control computer again. By the adoption of the control method, secondary users are prevented from using the shared experimental apparatus, the experiment duration can be monitored, meanwhile a clear distinction is made for the usage responsibility of the apparatus, and ordered usage of the apparatus is effectively guaranteed.

The invention relates to an open experiment management system and method of a lab, and belongs to the technical field of management systems. The system comprises a background server, clients, label cards and an access control system; a background manager logs in curriculum, student and teacher information via the background server; students inquire the curriculum, student and teacher information via the clients, and transmit curriculum selection information to the access control system via the network, and teachers inquire curriculum selection conditions of the students and record scores of the students via the clients; card numbers are logged in the label cards; and the access control system identifies the card numbers of the label cards, lets a corresponding user pass when confirming that the card number is matched, and transmits information of the user and entrance time to the clients. The open experiment management system of the label can be logged in directly via a computer and used to select curricula, a paper-based registration mode is replaced, access control of the lab is realized via RFID technology, a curriculum selection system is integrated with the management system, and convenience is provided for management.

The invention relates to a virtual simulation resource and virtual simulation experiment management platform data interaction method. The method comprises the steps that a central server is used for building communication among all data exchange units in a data exchange module; the data exchange module comprises a before-experiment-process data exchange unit, an in-experiment-process data exchange unit and an after-experiment-process data exchange unit; the central server is provided with an experiment script uploading interface, a flow monitoring unit arranged on the central server stores an experiment uploading script in real time, and the central server deletes invalid flow and stores effective flow; the central server judges report uploading integrity by comparing experiment report flow obtained in real time with experiment report actual flow, and meanwhile the central server adjusts text character spacing, line spacing, word size, picture size and video byte number in real time so that the experiment report can be automatically generated to accord with a preset template.

The invention discloses a method and system for detecting a result obtained at a fixed point in a virtual network. An experiment management module is arranged to manage experiments of a user, and an experiment environment deployment module and an experiment result management module are included. A program which can only be operated through super administrator authority is arranged on a target machine, namely, a permeated host, so that a feature code with machine features is generated through operation of the program, the feature code serves as a submitted result of an experiment, and then whether the feature code accords with the machine features is detected when a user result is received. Accordingly, it is guaranteed that when the user obtains the experiment result, the user must have the authority of the administrator and the network position of the user must be on the target machine, namely, whether the user obtains the experiment result on the specific position is detected, and the user needs to have the authority of the administrator to obtain submitted data. By means of the method and system, whether the user obtains the submitted data on a specific virtual machine can be detected timely, and it is confirmed that the user has access to the target machine successfully.

The invention discloses an ERP system of a concrete stirring station. The ERP system comprises an ERP server, a raw material management module, a sales management module, a production management module, an experiment management module, a dispatching management module, a logistics management module, a financial management module and a comprehensive management and control module. According to the invention, the raw material management, sales management, production management, experiment management, dispatching management, logistics management, financial management and comprehensive management and control of the concrete stirring station can be integrated into a unified system, the data sharing and interaction are carried out on all departments of the concrete stirring station conveniently, the concrete stirring station manager can master the overall condition of the concrete stirring station, and the effective decision-making auxiliary data is provided for scientific management of the concrete stirring station.

The invention discloses a middle and primary school laboratory instrument management system. The system comprises an instrument management unit and a data storage unit, wherein the instrument management unit comprises an instrument warehousing module, an instrument borrowing module, an instrument maintenance module, an instrument discarding module, an instruction information maintenance module and an instrument state management module. According to the invention, digital, information and network management is performed on processes of experiments carried out in middle and primary schools, experiment data and experiment appliances, instruments and consumables by use of computers and a database, the management comprises the portions of experiment management, laboratory instrument management and experiment consumables management, at the same time, data query and statistical functions are provided, a whole-school laboratory computer network is established, information resources are shared, at the same time, the database is established, laboratory management and application information is stored in a concentrated mode, the demand for laboratory daily management is satisfied, and management, maintenance and discarding processing of laboratory equipment and management, maintenance and consumption processing of the experiment consumables are greatly facilitated.