127 results about "Level design" patented technology

A computing system and method are provided for algorithmic electronic system level design. An exemplary system comprises a plurality of databases for storing a plurality of functional models, a plurality of computational element models, and a plurality of hardware definition representations. An application design processor is adapted to perform a first functional simulation of an algorithm using a plurality of computational element architecture definitions to generate a first selection of a plurality of computational elements and corresponding control code for an implementation of the algorithm. A control and memory modeling processor is adapted to generate a plurality of flow transforms from the algorithm and to convert the plurality of flow transforms into the plurality of plurality of computational element models. A system simulation processor is adapted to convert the plurality of computational element models into the plurality of hardware definition representations and to perform a second functional simulation of the algorithm using the plurality of computational element models corresponding to the first selection and the corresponding control code.

At present, an RFID (Radio Frequency Identification Device) technology is used in the container physical distribution process, however, the application of the RFID technology in the field of container physical distribution tracking and locating is limited due to defects and limitations of an RFID per se. The invention provides a method for tracking and locating a container by adopting a label sensor network, and in the method, the sensor network is fused with an RFID network, so that transmitting various types of radio frequency label data is realized by a ZigBee network through gateway level design, hardware module design, protocol fusion and the like. By using the label sensor network, the transmission radius of the traditional RFID network is increased, and a series of problems such as incapability of sensing object states, poor an-interference performance and the like of the RFID are solved. Positional information of the container is calculated through a subtriangular inner pointer testing algorithm. Relevant information such as a position, a safety condition, humidity and temperature change and the like of the container can be gotten by a shipper or manager through a computer and a mobile phone, and once unforeseen circumstances such as container damage, transportation line change or delay and the like happen, alarm information can be received in time.

The invention provides a global real-time Internet of things (IOT) constellation system. The system includes a space segment including a plurality of low-orbit satellites that are interconnected through inter-satellite links, a ground segment which is used for completing an operation control function and a data distribution and recovery processing function. The ground segment includes a pluralityof constellation gateway stations. The system also comprises a user segment which is used for collecting sensing data and comprises a plurality of user terminals. The constellation gateway stations ofthe ground segment and the user terminals of the user segment communicate with the low-orbit satellites of the space segment through respective links. The system has the advantages that the system isfor the cloud, network and end system level designs of global wide-area space-based IOT applications, and the IOT new connection and management capabilities of multiple industrial mass applications are achieved.

The invention relates to an aircraft avionics technology, in particular to an avionics system digitalized design verification system and a method. The system comprises a BCMP simulator, a MC simulator, an aircraft member simulator, a display device simulator and an OFP emulator. The invention comprises the following design steps such as POP design, system ICD design, each aircraft member simulator design and BCMP simulator design and the like, which can provide digitalized design tools for aircraft design stage, verify the top-level design without verification and modification at the uniting and adjustment stage after the aircraft members are developed, and greatly reduce cost and time of the design, verification and modification of the top-level design; moreover, pilots can intervene in advance in the prior period of model number design, thus evaluating the overall design of the avionics system and shortening model number development cycle.

The invention describes detection methods and devices that comprise nanostructures and which detection mechanism is based on the quantum confinement effects. The nanostructures are built to have specific energy levels designed to match the energy levels of the targeted analyte that is to be detected. The analyte species are sensed by measuring charge or/and energy transfer between the species and the nanostructures, which will be proportional to the overlap between the density of states distribution in the nanostructures and the density of states distribution in the targeted analyte species. Different molecular species have different electronic density of states, so the charge or/and energy transfer between the targeted analyte and detector nanostructures will occur only for specific analyte which has the same electronic density of states as the detectors nanostructure. The detection methods, devices, and potential applications include, but are not limited to: chemical, biochemical, biological or biochemical analysis.

The invention discloses a congestion management method suitable for a broadband satellite communication system, which relates to the congestion management technology of the broadband satellite communication system in telecommunication field. The invention provides the proposal design of the system congestion management function and provides a configuration requirement on the buffer capacity of the satellite equipment from the aspects of satellite-ground congestion management function distribution, bandwidth resource distribution type, priority level design and congestion control measures based on the application and technology characters of broadband satellite communication system. The invention mainly uses pre-arranged bandwidth resource plan and distribution, adopts satellite equipment configured with large buffer to simplify the congestion control measures between satellite equipment and ground equipment, and effectively solves the design conflict between the quality of service of the system and the utilizing ratio of the bandwidth resource. The congestion management method suitable for a broadband satellite communication system of the invention has the advantages of simplifying the complexity of satellite equipment, enhancing the system running stability, and increasing the quality of service and the bandwidth resource utilizing ratio of the system. The congestion management method suitable for a broadband satellite communication system of the invention is especially suitable for the node-interconnected broadband satellite communication system.

A method and system for providing correct operational parameters for up-level design components utilized within a computer system after a low level basic input/output system (BIOS) code has been qualified. A patch file is created or obtained for a component that is added to a computer system after a BIOS code has been qualified for the computer system. The patch file includes the operating parameters (or profiles) of the component. The flash module is designed with a memory block reserved for holding data from the patch file, which can be updated independently of the rest of the flash module. The Advance Configuration Program Interface (ACPI) or advanced power management (APM) code of the computer system is modified to dynamically read the parameters from this memory block and update their respective functions accordingly. During set up of the computer system, the patch file is flashed into the reserved block of the flash module. The data is merged by the FLASH utility into the existing BIOS so that the computer system has the correct parameters for the particular component.

The invention discloses a visual game level editing method and system based on a trigger, wherein the method comprises the following steps of A, accessing a game development database, and updating and obtaining game level design resources and data; B, providing a man-computer interaction interface, wherein the man-computer interaction interface comprises a stratagem editing region, a level editing region and a parameter configuration activity region; C, loading the game level design resources and data into elements in the stratagem editing region and the level editing region configured by a user, and translating at least one tested stratagem combining element into a level data format file and transmitting the level data format file into a game level editing tool to create or updating the level. The system comprises a first module, a second module and a third module, wherein the first module is used for accessing the game development database; the second module is used for providing the man-computer interaction interface; and the third module is used for exporting the level data format file. The method and the system have the advantages that the game level development cost is obviously reduced; the reusability and the maintainability of code are improved.

Provides processing logic modeling and executing methods, systems and apparatus. These facilitate collaboration between business analyst and IT staff for process modeling and maintenance of the consistency between business level design and IT implementation design. A task is decomposed into sub-tasks and is represented by a tree. Annotations to the nodes of the tree are used to represent the relations between the sub-tasks. A processing logic is thus completed. When executing the processing logic, traversing the tree follows according to the annotations.

At least one design diagram is obtained from at least one previous software project. At least one service abstraction is extracted from the at least one design diagram. The at least one service abstraction is reused in a new software project. In another aspect, requirements are obtained for a current software project; at least one class diagram is obtained from at least one previous software project; a dependency graph is generated from the at least one design diagram, using link analysis; relationships between classes in the dependency graph are analyzed to obtain functional artifacts for the requirements; and the functional artifacts are reused in the new software project.

The present invention relates to the aerodynamic design of moving blades, pertaining to later stages of axial steam turbines where the inlet flow is non-uniform over the blade height. The claim made herein is a set of six invented transonic blade profiles which can be used to develop various type of 3D twisted blades for axial steam turbine. The aerodynamic characteristics of these 6 base profiles are evaluated herein as a function of stagger angle and pitch/chord ratios. The aerodynamic characteristics invented herein is for a group of six base profiles which are to be used for creation of three dimensional blades made of varying cross-sections and twisted over the blade height while ensuring the centers of gravity of these sections lie in a radial line. Each of the blades, sections from hub to tip is twisted differently from desired outlet angle. Thus the nomograms can be used to develop quickly a first level design of a 3D blade making use of 2D base profiles whose performance is shown in the form of nomograms.

A system which employs a method of creating transferable map schemas, storing the map schemas to storage devices, receiving target device settings, re-sampling the map schemas to fit the target devices using the target device settings, delivering the re-sampled map schemas to the target devices is described. Thereby providing the innovation that map schemas may be accessed by more than one type of device, the method by which maps are scaled from a created map dimension with given details to either a larger map having the ability to be utilized on a more capable playing device or to a map or a smaller map having the ability to be utilized on a less capable device without losing the important game-specific required data is also described.

An aspect of the present invention validates ESD compliance by examining netlist data generated from a schematic level design of an integrated circuit. Routing and placement may be performed only after confirming that whether each protected circuit (having exposure to ESD current, without the protection circuit) is protected by an appropriate protection circuit. As a result, the design cycle time may be reduced. According to another aspect of the present invention, layout guidelines for each protection circuit is also considered in performing the routing and placement. As a result, the number of iterations in a design cycle may be reduced.

A technique for reducing ATM call blocking is provided that splits wideband connections into multiple low-bandwidth sub-connections and routing them independently through the network. Fragmented network bandwidth is used for supporting calls which are otherwise blocked by conventional routing. A detailed cell-level design for the split scheduling algorithms is provided. A system for implementing splitting without requiring any protocol changes within the network is provided. Such a system modifies the control plane protocols only within the end-stations.

The invention discloses a uniform-crowning high-egg-yield laying hen nutritional set feed application method and feed thereof, and belongs to the field of feed compositions and feeding. By repeated demonstrations and laying hen laboratory screening, the feed mainly comprising corn, wheat, corn gluten meal, soybean meal, sunflower seed meal, corn by-products, soybean oil, enzyme preparations, microbial preparations, vitamin E, organic selenium, organic chromium, organic zinc and the like is developed. The set feed is divided into two stages, one ranges from crowning period 16 weeks to 2% laying rate, the other ranges from early laying peak with 2% laying rate to 28 weeks, nutritional levels designed for the two stages are different, the two stages have certain differences in raw materials, requirements for reproductive organ development, weight growth and high egg yield are met sufficiently, and the average egg weight in 28 weeks is 61.3 grams and is 3.03% higher than the average; laying rate reaches above 95%; egg yield is increased from 48.2grams/per egg/per day to 50.1grams/per egg/per day; death and culling rate of the stage from 16 weeks to 28 weeks is decreased to 0.75%; every hen lays three more eggs; and more economic benefit of 18,000 RMB is created by 10,000 hens.

A multifunctional rotary cutting head is provided for cutting devices as well as portable devices equipped with such a cutting head. The cutting head comprises a rotary housing that has at least a top part and a bottom part and accommodates a support for one or more cutting elements or tools. The support is penetrated by an axial drive shaft on which the support is mounted. The support for the cutting element(s)or tool(s) has two leads to selectively mounting the cutting element(s) or tool(s), i.e. a first level designed to mount strands of cutting wire and a second level designed to mount an interchangeable cutting blade.

The invention discloses a system efficiency comprehensive evaluation method of a navigation constellation, which comprehensively considers different interruption types such as short-term planned interruption, short-term unplanned interruption, long-term interruption and the like, and various factors such as average interruption interval time of a satellite, satellite development time, reliabilityof a carrier rocket, inter-satellite logic relation, spatial signal precision and the like, utilizes a generalized random Petri network to construct a single-rail availability model, utilizes random faults and loss faults to construct a single-satellite multi-parameter reliability model, utilizes a combined weighting method based on a game theory to construct a single-satellite capability model, utilizes a weighted product method to construct a single-satellite system efficiency model, comprehensively considers single-satellite system efficiency and inter-satellite logic relation, and utilizesa Bayesian network to develop navigation constellation system efficiency modeling, so that the system efficiency comprehensive evaluation of the navigation constellation can be realized; and the system efficiency comprehensive evaluation method of a navigation constellation method can provide quantitative basis for top-level design and running state evaluation of the satellite navigation system,and can be expanded to be applied to series constellations such as communication, remote sensing and the like.

The invention discloses a high-pile wharf horizontal bearing capacity and static-dynamic characteristic in-situ overall detecting method. The method is used for a horizontal movement detecting a state of loads, including horizontal load applied to measure the deformation of rubber fenders detection or horizontal loads, pier structure under horizontal load deformation force and displacement detection, static and dynamic traits and so on. And based on the test data, combined with the raw survey data to determine the design of the ship pier design, level design, loading docks and other relevant information and data base to determine the ability to work in a high - pile under lateral loads, structural dynamic behavior, assess the high-pile wharf structural quality and usage. Is one of the most direct and most reliable test method, it can more accurately assess the actual level of the active marina pier on static and dynamic load capacity and operating characteristics of the pier inspection, safety assessment, repair and reinforcement and renovation work provide a scientific basis.

The invention discloses a modeling method of industry chain ecological big data model, comprising selecting a target industry chain, establishing an industry ecological system, establishing a big data component application framework model, establishing a big data structural form classification model, implementing link division for the industry chain based on the industry ecological system and according to the features of the industry ecological system where the target industry chain belongs, implementing standard design for the business process comprehensive data structure of the target industry chain and the comprehensive data structure of the industrial subject, meanwhile, implementing standard modeling of data interface system for the input data type and standard etc., related to different industry chain links, constituting the logical relationship among various data, and finishing big data modeling. The modeling method of industry chain ecological big data model is according to the requirements of the whole industry ecological system formed on the basis of the vertical industry chain and the horizontal correlative industry chain, and comply with the top-level design principle, and achieves automation, systematization and modeling of the big data model.