49 results about "Management zones" patented technology

A system is described for management of an operations area. The management system includes a central processing component with one or more central processors. An active monitoring system component is connected to the central processor. The active monitoring system includes tags and readers for individual identification of one or more tagged entities. The active monitoring system component is arrayed to create a management zone. The tags and readers are linked to the central processing component such that information from the tags and readers is received and analyzed by the central processing component. A passive monitoring system component is connected to the central processor. The passive monitoring system identifies non-tagged entities entering the management zone and additional information is communicated to the central processing component for analysis.

This invention relates to a method for carrying out hierarchy management to variable bandwidth links in the network, which outputs the outgoing rate of a buffer measurement packet and the length of the buffer queue to compute the current actual effective bandwidth and informs a dispatcher to adjust the outbound rate based on said effective bandwidth so as to control the length in a certain sphere and adjust the proportion of various bandwidths of a hierarchy shared tree to meet the needs of service quality of users.

The present invention provides a method and system for performing an environment rating evaluation using objective numerical value data. The present invention relates to an environment rating evaluation method, and a system thereof, which comprises the steps of: having a rating subject such as a rating subject business enterprise input predetermined response information into primary survey items of a predetermined environment rating distributed via a network, and return the response information to a rating evaluator; having the evaluator distribute secondary survey items to the subject, perform a primary interview survey, and conduct an investigation through data processing on the basis of predetermined responses thereto; providing a fixed time period after the primary interview survey, performing a secondary interview survey separately with a management zone and a site representative, and obtaining predetermined response information; and having the evaluator perform a rating evaluation on the basis of the response results and a reference rating value, and transmit an obtained rating to the subject via the network.

A method and system for identifying management zones for variable-rate crop inputs, wherein the zones are developed using soil, water and topography base maps. The base maps are combined into various different zone maps, and a final zone map is selected on the basis of observed field characteristics.

The invention discloses a flow identification method which is applied to a bandwidth management device used for connecting the interior and the exterior of a management zone. The interior of the management zone includes at least one internet user, and the exterior of the management zone includes at least one internet user. The method comprises the following steps: the statistical values of the connection number terminated by a destination in a dialog started by an IP is obtained; the obtained statistical values of the connection number terminated by the destination in the dialog started by the IP and the preset threshold are compared, if the obtained statistical values of the connection number exceeds the threshold, the IP is considered to be using the P2P software, and the unknown flow taking the IP as a source end or destination is P2P flow. The invention avoids missing reports and false reports of P2P internet applications, load encrypted P2P flow and the unknown flow for the P2P software using a variable port or a disguise port.

A method for automatic delineation of agricultural field management zones using remote sensing data from multiple years of observation and field data, including: selecting and processing remote sensing images appropriate for management zones delineation; defining management zones analytics parameters; generating a dataset by calculating vegetation indices for every appropriate remote sensing image, by removing outliers and values of non-arable spots, by considering different resolutions of remote sensing images, by applying statistical interpolation algorithms; generating field management zones by applying statistical classification methods on the dataset including merging small and separate management zones into larger neighboring zones. A computer system is programmed and configured to generate field management zones automatically; to enable user to assign rates for every management zone, and to export them to agricultural machinery and to mobile phone or tablet device for online and offline usage.

A system lead-in area, data lead-in area, data area, and middle area are sequentially arranged from an inner circumference of layer 0. A system lead-out area, data lead-out area, data area, and middle area are sequentially arranged from an inner circumference of layer 1. A guard track zone is arranged in the data lead-out area. A reference code zone, R physical format information zone, recording position management zone, and drive test zone are arranged in the data lead-in area of the layer 0 corresponding to the guard track zone. Padding of the guard track zone of the data lead-out area is performed after padding of the drive test zone of data lead-in area and recording of the recording position management zone, the reference code zone of the data lead-in area, and the R physical format information zone of the data lead-in area.

The invention discloses a management method of distributed storage, a device and a system thereof, relating to a service type distributed storage system, and solving the problem of the prior art in lack of consideration for copy management from the angle of user experience. The embodiment of the invention is implemented by calculating the user experience value at the client, transmitting the user experience value to a store root node, working out the integral user experience value by the store root node according to the received user experience value, and adjusting the number of the copies in corresponding management zones. The embodiment of the invention is mainly applied to the distributed storage system, in particular to the distributed storage system under P2P mode.

The invention provides a management method, a management apparatus and an indoor distribution system of each indoor management zone. The management method comprises the following steps of: calculating service traffic of each management zone in a preset time period; obtaining a first service traffic ratio of each management zone in each preset time period according to the calculated service traffic of each management zone; generating a second service traffic ratio of each management zone in a next preset time period according to the first service traffic ratio of each preset time period; and allocating carrier frequency resources with a corresponding number to each management zone according to the second service traffic ratio. According to the management method, the management apparatus and the indoor distribution system of each indoor management zone, the proper resources can be dynamically allocated to each management zone according to the variation of the service traffic of each management zone, the waste of the resources caused in a manner that the resource planning is carried out according to the maximum service traffic in the prior art is avoided, and the use ratio of the resources is improved.

The invention relates to a recycled-type rubbish landfill site and a landfill method. The landfill method comprises the following steps that S1, the landfill site is divided into a stabilized productlandfill region, a equipment managing region and a plurality of landfill regions; the stabilized product landfill region and the multiple landfill regions are arranged around the equipment managing region; S2, rubbish landfill is correspondingly carried out in the multiple landfill regions in sequence, and after rubbish landfill of one landfill region is completed, rubbish in the landfill region is monitored and treated; and S3, treated rubbish metabolites are stored in the stabilized product landfill region. According to the landfill method, the landfill site is divided into the multiple regions with different functions, rubbish landfill and treatment can be conducted on each landfill region in sequence, and all regions are independent and sequentially cycle to form the recyclable rubbishlandfill site.

The invention discloses a soil layering characteristic acquiring method and an application and belongs to the technical field of agricultural irrigation. The method comprises the steps as follows: the depth of a crop root system main distribution layer is determined according to the type of to-be-planted crops in a farmland management area; sampling points are set in the management area and irrigated, so that the soil at the depth of the crop root system main distribution layer absorbs water to be saturated; the deep layer seepage of soil below the crop root system main distribution layer is acquired, and when the deep layer seepage approximates the threshold, the soil moisture contents of the sampling points at different depth layers are measured; the soil texture of the sampling points at different depth layers is acquired and the soil layering characteristic of the management area is obtained. The layering characteristic of the vertical section of soil has obvious influences on soil moisture movement, the burying positions of soil moisture sensors can be more effectively determined if the layering characteristic is considered, and the layering characteristic has great significance in guiding farmland irrigation efficiently.

An information layer 0 comprises a system lead-in area, data lead-in area, data area, and middle area, an information layer 1 comprises a system lead-out area, data lead-out area, data area, and middle area, an end position of the data area of layer 1 is positioned outer than a start position of the data area of layer 0, the data lead-in area comprises a guard track zone wider than a test zone in the data lead-out area, the data lead-out area comprises a guard track zone wider than a test zone and a management zone in the data lead-in area, the middle area of layer 0 comprises a guard track zone wider than a test zone in the middle area of layer 1, and the middle area of layer 1 comprises a blank zone wider than a test zone in the middle area of layer 0.

A method is employed for controlling the flow of vehicular traffic in a traffic management zone, as the traffic is routed through a roadway constriction or an area of traffic congestion. Included in the method are steps for establishing a minimum speed, and for identifying a travel lane for each vehicle. The method also includes the requirement that each vehicle not change lanes while it traverses the management zone.

The invention discloses a variable irrigation management decision-making method, which comprises the following steps: S1, carrying out soil sampling on crop root zones in a control area of a sprinkler, and measuring the size fraction composition of the sampled soil; S2, performing management zoning on the control area of the sprinkler according to the available water content (AWC) of soil in the crop root zones; S3, constructing an optimized soil moisture sensor network; S4, arranging a ground fixed canopy temperature sensor; S5, constructing an optimized airborne canopy temperature sensor network by taking the central fulcrum shaft as a circle center; and S6, conducting variable irrigation through the optimized soil moisture sensor network, the fixed canopy temperature sensor, the optimized airborne canopy temperature sensor network and an automatic weather station. According to the variable irrigation management decision-making method, the arrangement positions and the number of the soil moisture sensor network and the canopy temperature sensor network are optimized, the measurement precision is improved, and the cost of a variable irrigation system is reduced.

The present invention provides a system for combining the use of near real-time and/or real-time data acquired from an array of single purpose or integrated sensors mounted on a mechanized irrigation machine. According to a preferred embodiment, the integrated sensor of the present invention preferably provides for the collection of a variety data. According to a further preferred embodiment, the integrated sensor suite of the present invention may preferably include internally mounted sensors within a common housing which preferably includes a spectrometer, a radiometer and sensors to measure temperature, rainfall, relative humidity and barometric pressure. According to a further preferred embodiment, the number of integrated sensors mounted on a mechanized irrigation machine may preferably be determined based on a detected number of management zones and/or a detected location. According to a further preferred embodiment, integrated sensor(s) of the present invention may preferably provide specific data of current field conditions and send the detected data to a central control to apply the appropriate analytics to determine crop health, crop water use, crop water stress index and a variety of crop indices.

The invention relates to a smart agricultural management method based on cloud computing and a management platform and belongs to the technical field of smart agriculture. The method comprises the steps that multiple greenhouses are divided into multiple management zones according to partitioning strategies, each management zone is composed of 2-20 adjacent greenhouses; each greenhouse is providedwith an execution structure and a controller with a ZigBee master node, detection modules with ZigBee sub-nodes are arranged in at least two greenhouses in each management zone, the ZigBee master nodes and the ZigBee sub-nodes n the same greenhouses form a star topology network. The controllers are used for obtaining detection information and state information and sending them to an upper computer system, meanwhile, an execution structure is controlled according to the control information sent by the upper computer system. The upper computer system is used for executing the same control strategies for all greenhouses in each management zone according to the detection information and state information of each management zone. The number of detection points is decreased, the costs are saved, and meanwhile the control flow is simplified.

Systems and methods for implementing a trial in one or more fields is provided. According to an embodiment, an agricultural intelligence computer system identifies a plurality of sets of adjacent locations in a field and computes a difference value between the locations. The system uses the different values for the plurality of sets of adjacent locations to determine a short length variability score. The system may then use the short length variability score to identify fields for implementing a trial and/or locations within a field to implement the trial. In embodiments, the system uses a grid overlay which the system orients based on header information received from agricultural implements. In embodiments, the system alters the grid overlay to increase a number of testing locations on the agricultural field and/or within different management zones.

The invention provides an access method of defect management data, comprising the following specific steps: a disk drive accepts an instruction to read the required block, then the disk drive reads the required block of the disk and stores the data at a first buffer zone, then the disk drive caches the required defect management data from a caching buffer zone or reads the required defect management data from the defect management zone of the disk, and stores the required defect management data at a second buffer zone, then the disk drive inspects whether the required defect management data are popular data and copies the data to the caching buffer zone if the answer is yes, then replaces the defect data of the blocks in the first buffer zone with the defect management data, and outputs the replaced block data in the first buffer zone to accelerate the accessing process.

The invention discloses an intelligent live pig breeding service platform, which comprises a human-computer interaction interface and a breeding management area, and is characterized in that the breeding management area comprises a first management area, a plurality of second management areas and a detection area. The first management area is responsible for centralized management of live pigs, and the detection area is used for weighing the live pigs, measuring the body temperature of the live pigs, identifying the live pigs, transmitting weight data to the feeding management part, transmitting body temperature data to the treatment management part, and formulating corresponding feeding schemes and treatment schemes. And the breeding management department formulates a breeding plan according to the feeding scheme and the treatment scheme. And the plurality of second management areas are used for carrying out partition management on the live pigs suitable for different breeding plans. According to the method, a plurality of breeding plans are made for the live pigs with different weights and body temperatures, so that the growth of the live pigs is more scientific and more efficient, and greater benefits are brought to farmers.

The invention discloses a variable irrigation and fertilization zoning method for a large sprinkler, and belongs to the technical field of agricultural irrigation and fertilization. A soil or crop information point data set with a coordinate system is processed, an inverse distance weighting method is adopted, conversion from point data to surface data is completed, and a base map needed by management area division is generated; grading and classifying are carried out by adopting a natural discontinuity point method, and irrigation and fertilization grades are divided; a plurality of large management areas and small management areas are generated according to a classification result and parameters of a large sprinkler unit; and finally an irrigation and fertilization prescription map is generated. According to the method, the management areas can be accurately divided according to real-time conditions of soil and crops and information of the large sprinkler unit, then variable irrigation and fertilization are carried out, water and fertilizer resources can be saved, the sprinkling irrigation water and fertilizer utilization efficiency and the mechanization degree are improved, fixed-point quantitative irrigation and fertilization are achieved, and help is provided for development of precision agriculture.

A storage device is provided to really delete data using file as a unit on a storage device, and a file system structure of the storage device cannot be originally learned; the storage device refers to the storage device connected with a computer operating a file system (the file system arranges a data zone with many stored file content and a management zone managing the said files into a storage zone of the storage device). The storage device comprises the storage zone; a file system monitoring method detecting file system files deleting motion; and a control method. When the file system monitoring method deleting the files is detected, the zone in which the deleted file is located in the storage zone can be deleted or written in, so no replay can be carried out.

The embodiment of the invention provides a cotton defoliating agent application prescription map generation method and device. The method comprises the steps: obtaining a satellite image, obtaining acotton boll opening rate index through calculation, and obtaining the cotton boll opening rate according to the relation between the cotton boll opening rate index and the agronomic cotton boll opening rate; dividing the cotton planting area corresponding to the satellite image into different management areas according to the cotton boll opening rates of the different areas, and generating pesticide application prescription graphs of the different management areas. Based on the technical scheme of the invention, for a large-range cotton planting area, areas with different cotton boll opening rates can be efficiently and accurately judged, and an accurate cotton defoliating agent application prescription map is generated.