517 results about "Collaborative design" patented technology

A method and architecture are provided for SOC (System on a Chip) devices for RAID processing, which is commonly referred as RAID-on-a-Chip (ROC). The architecture utilizes a shared memory structure as interconnect mechanism among hardware components, CPUs and software entities. The shared memory structure provides a common scratchpad buffer space for holding data that is processed by the various entities, provides interconnection for process/engine communications, and provides a queue for message passing using a common communication method that is agnostic to whether the engines are implemented in hardware or software. A plurality of hardware engines are supported as masters of the shared memory. The architectures provide superior throughput performance, flexibility in software/hardware co-design, scalability of both functionality and performance, and support a very simple abstracted parallel programming model for parallel processing.

A real-time collaborative design platform provides a hierarchical 3D model space as a plurality of nodes and branches. Each node may include at least one version of a sub-component and each version may include one or more attributes. The platform facilitates selecting a hierarchical tree from the 3D model space based, at least in part, upon at least one of the one or more attributes associated with sub-components. The platform also facilitates making the 3D model space accessible by multiple users over a network, such as the Internet. Also, each version of a sub-component is accessible in a library associated with the 3D model space.

A distributed collaborative computer system that supports application sharing is provided that comprises a plurality of server computers interconnected via a high-speed link. Client computers can connect to any available server computer and start or join a conference hosted on either the server computer to which the client computer is connected or any other server in the system. As a result, the system and method of the present invention allow application sharing among an arbitrary number of client computers.

In general, techniques are described for image generation for a collaborative sound system. A headend device comprising a processor may perform these techniques. The processor may be configured to determine a location of a mobile device participating in a collaborative surround sound system as a speaker of a plurality of speakers of the collaborative surround sound system. The processor may further be configured to generate an image that depicts the location of the mobile device that is participating in the collaborative surround sound system relative to the plurality of other speakers of the collaborative surround sound system.

A package-board co-design methodology preserves the signal integrity of high-speed signals passing from semiconductor packages to application PCBs. An optimal architecture of interconnects between package and PCB enhances the signal propagation, minimizes parasitic levels, and decreases electromagnetic interference from adjacent high frequency signals. The invention results in devices with superior signal quality and EMI shielding properties with enhanced capability for carrying data stream at multiple-gigabit per second bit-rates.

The invention relates to a collaborative signature and decryption method, apparatus and system of an SM2 algorithm. The collaborative signature method of the SM2 algorithm implemented from the angle of a first communication party comprises the following steps: generating a message abstract of a to-be-singed message according to a preset password hash algorithm; receiving a first elliptic curve group element fed back by a second communication party based on a first public key parameter and a selected random number; generating a first part signature according to the message abstract and the first elliptic curve group element; performing modular arithmetic based on the first part signature to generate a confused intermediate result, and transmitting the confused intermediate result to the second communication party; when the intermediate signature fed back by the second communication party according to the confused intermediate result is received, generating a second part signature according to the intermediate signature and the first part signature; and obtaining a complete SM2 digital signature according to the first part signature and the second part signature.

Method and system are provided for providing constraint-based guidance to a designer to support the application of useful constraint-based heuristics in complex collaborative design, thus reducing late conflicts and facilitating their resolution when they happen. The invention can be applied to any collaborative problem-solving task such as a collaborative engineering activity or the design of corporate strategies. In the method and system, designers receive constraint-based feedback that enables them to apply constraint-based heuristics that consider the simultaneous effect of all design constraints.

The invention relates to a method for constructing a real scene model collaborative design platform of railway engineering. Railway and urban rail transit projects are distributed in a strip shape, engineering data are large, numerous professions are involved, and therefore, the efficient and stable collaborative design platform needs establishing. According to the method, the strip-shaped continuous three-dimensional real scene model is established along the whole range of the project, and fusion processing is performed on all professional three-dimensional building information models (BIM) and the three-dimensional real scene model. Under the management mode of a distributed database, management is performed on a global data base of the three-dimensional real scene model collaborative design platform and special databases of all professional BIM design platforms which only transmit upstream data and downstream data involved in collaborative design and generated BIM three-dimensional design results onto the three-dimensional real scene model collaborative design platform. By means of the method, the strip-shaped project information model along the whole range of the project is established, all professional interactive data are integrated into a continuous three-dimensional real scene, and collaborative design is achieved.

The invention relates to a data management system for vehicle products and a method thereof, wherein the system comprises a user interface layer, a communication layer, an application logic layer, a main sever layer and a database layer, the use interface layer is connected with the database layer through the communication layer, the application layer and the main sever layer in sequence. The method comprises a graph document management and processing operation, a vehicle production structure management operation, a right management operation and a data query processing operation. By using the data management system for vehicle products and the collaborative design method thereof, the collaborative design of the vehicle development process is jointly achieved, and the real-time collaboration in the CAD environment and data sync update of associated parts are creatively achieved to effectively reduce the development period of the vehicle styles, and increase design quality, therefore the development period of the vehicle styles is reduced by about 20%, and the design alteration is reduced by over 30%, then, the system has simple and practical structure, fast and convenient usage process, high-efficient development design, stable and reliable working performance, and wider applicable range.

The invention discloses a collaborative shooting system and a shooting method thereof. The shooting system comprises two or more pieces of shooting equipment suitable for performing collaborative shooting. The shooting equipment comprises a control processing unit, a communication unit and a shooting unit. The shooting method of the shooting system comprises the following steps: using any shooting equipment initiating a collaborative shooting request in the collaborative shooting system as main equipment, and using other shooting equipment making responses to the collaborative shooting request as auxiliary equipment; sending a shooting command to each auxiliary equipment by the main equipment in order that the auxiliary equipment collaboratively performs synchronous shooting on a shooting object with the main equipment to obtain respective shot images; and performing image processing on each obtained shot image to generate a collaborative shot image. Through adoption of the technical scheme of the invention, the problem of difficulty in well completing the complicated shooting functions of high-accuracy shooting, three-dimensional shooting, panorama shooting and like due to the adoption of a low-configuration image processing chip in current shooting equipment can be solved. Moreover, the collaborative shooting system and the shooting method thereof are easy to implement, and are low in implementation cost.

A method and apparatus for providing collaborative viewing of a media stream are disclosed. For example, the method establishes a viewing group having a plurality of members, and provides at least one media stream that is accessible by the plurality of members of the viewing group. The method then receives one or more annotations from at least one of the plurality of members of the viewing group relating to the at least one media stream, and saves each of the one or more annotations with a temporal marker. The method then provides the one or more annotations to at least one of the plurality of members of the viewing group.

The invention discloses an assembled type concrete structure three-dimensional collaborative design method. The assembled type concrete structure three-dimensional collaborative design method comprises the steps of completing assembled type building splitting design according to drawing data, preparing a Revit item center file, establishing parameter models of a prefabricated member and a cast-in-situ node, loading the parameter member and the cast-in-situ node into a Revit item center file to form an overall model, revising members of all types, completing model overall information input and single member plotting and the like. Based on a Revit platform, by establishing a visualized three-dimensional entity model, then design, revising and plotting are conducted through a synergetic mode. The assembled type concrete structure three-dimensional collaborative design method has the following advantages that regardless of a two-dimensional abstract drawing mode, visualized three-dimensional modeling is achieved; the same model jointly represents all profession information, professional interaction is achieved, and repetitive adjusting and revising is avoided; modeling and plotting time of members of the same type is shortened, the efficiency is improved, the quality is unified, and management is facilitated.

The invention discloses a precise-design high-efficiency designing method of digital machine, which is characterized by the following: finishing three-dimensional modeling of element based on superior CAD software platform; forming digital prototype through virtual assemblage; realizing structure optimizing design of combined harvester with longitudinal axial flow through analyzing and optimizing the property of digital prototype; manufacturing the element according to optimized three-dimensional model of digital prototype; proceeding virtual test and preparation of product under digital condition; realizing precise design; reducing the modification of project greatly; saving large quantity of working model and preparing time.

The present invention provides a method and device for allocating same resource for a plurality of eNBs of collaborative Multiple-input-Multiple-output (MIMO). Wherein a serving eNB firstly determines, in the one or more other eNBs, at least one candidate eNB recommended to cooperate with the serving eNB, according to measurement report reported by mobile stations or according to report information of the recommended candidate eNB reported by mobile station, then obtains resource related information of the at least one candidate eNB, then determines one or more collaborative eNBs from the at least one candidate eNB according to the resource related information, and allocates corresponding communication resources for the serving eNB and the one or more collaborative eNBs. The solution according to the present does not need to reserve special resource for collaborative MIMO, reduces waste of resource, and meets the requirement of resource for implementing collaborative MIMO by different serving eNBs flexibly, and increases the success rate of implementing collaborative MIMO.

A wearable apparatus is provided for capturing and processing images from an environment of a user. In one implementation, a system for facilitating collaboration between individuals includes a transceiver and at least one processing device. The at least one processing device is programmed to obtain and analyze one or more images captured by an image sensor included in a wearable apparatus. The at least one processing device is further programmed to detect, by the analysis, a visual trigger in an environment of a wearer of the wearable apparatus. The visual trigger may be associated with a collaborative action to be taken. The at least one processing device may be further programmed to use the transceiver to transmit an indicator relating to the visual trigger associated with the collaborative action to be taken.

The invention discloses a knowledge-engineering-based automatic scheme generation and evaluation system. The automatic scheme generation and evaluation system comprises a project management subsystem, a demand management subsystem, a product database subsystem, a collaborative design subsystem and an electronic product design technology platform, wherein the project management subsystem is in charge of providing solving ideas and tools; the demand management subsystem is used for decomposing the product design demand, converting into task indicators and multi-level task sequences, realizing dependence mapping and providing real-time monitoring of the indicators; the product database subsystem is used for managing design data and setting data standards and regulations; the collaborative design subsystem plays the role of a bridge; the electronic product design technology platform is in charge of generalizing and managing typical data, design methods and digital prototype models of all products and pushing information to the collaborative design subsystem. A method comprises the steps of knowledge extraction and classification, professional knowledge base setting, knowledge-engineering-based platform construction and automatic design scheme generation and evaluation. According to the invention, knowledge engineering is introduced into the electronic product design, so that the reuse rate of knowledge and other resources is effectively improved, automatic generation and evaluation of product schemes are realized, the product research and development time is shortened and the intelligence degree is high.

Controlling collaborative devices, including providing at least two collaborative devices, in which each collaborative device includes a client device and a client communications application, each collaborative device being coupled for data communications to an OSGi-compliant services gateway, and providing registry records describing collaborative devices, in which each registry record represents a capability of the collaborative device pertinent to a tertiary relationship for control of collaborative devices, each registry record including data elements describing, for each collaborative device, at least one capability, at least one tertiary relationship, and at least one network connectivity. Embodiments include providing, in dependence upon the tertiary relationship, a service bundle including at least one predetermined algorithm for controlling the collaborative devices, and controlling the collaborative devices in accordance with the predetermined algorithm.

The invention discloses a cooperative design method of fault detection filter and controller under DoS attack. The method is applied to a USV course control system, and is a cooperative design methodof a fault detection filter and an elastic event trigger controller based on a state observer, and the method comprises the following steps of: establishing a mathematical model based on the state observer USV control system under the influence of an actuator fault, a DoS attack and a network delay; introducing an event trigger mechanism related to the state of the observer, and establishing the model of the USV control system capable of simultaneously describing the time delay of the network transmission and the influence of the event trigger mechanism by using the time-delay system theory, determining an event trigger matrix W of the USV control system model, a state observer gain matrix L1, L2, a fault detection filter gain matrix V1, V2 and a controller gain matrix K; establishing a fault detection filter and an elastic event trigger controller based on a state observer under the DoS attack. The cooperative design method of fault detection filter and controller under DoS attack caneffectively resist the DoS attack and detect the fault in time.

The invention discloses a house overall finishing simulation display method based on the BIM technology. Firstly, a room is sub-modularized by utilizing revit software; secondly, a special family member library is built by using a 3D scanner; thirdly, a site construction process video of a room sub-module is established by utilizing the revit software; fourthly, the BIM parameterization design technology is used, and a drive geometry three-dimensional model, a linkage model, a graph and various documents are parameterized; fifthly, according to different decoration design requirements, house styles are designed according to the BIM technology, and the three-dimensional model is mapped; sixthly, model parameterization and rendering processing are carried out on furniture models in different house styles, and then the overall finishing simulation display effect based on the BIM technology is obtained. The invention further discloses a house overall finishing simulation display system based on the BIM technology. The interior decoration models can be quickly built on the basis of BIM software, and personalized design intentions of clients are represented; besides, through collaborative design of the same working set, conflicts between decoration design and construction design can be eliminated in advance, and rework and the communication cost are reduced.

The invention discloses a fault on-line repairing method for satellite power supply and distribution test system, which can fast repair the fault of power supply and distribution test equipments on line in thermal tests, aging tests and other tests in which the satellite needs continuous powering up. The internal components of the power supply and distribution test equipments are encapsulated in the plug-in or guide-way form, and simultaneously modular structure designing method is adopted to lead a magnetic latching relay can be fast replaced when in fault; the digital quantity output and input adopt dual redundant configuration, and the analog quantity output signals are displayed by a measurement display unit; the solar cell array simulator output is directly loaded on the satellite via independent interface; a flow backward resisting diode is connected in series between a voltage stabilization source power supply positive line, and an analog quantity outgoing line is connected with a protective resistor in series to prevent the on-satellite products from being influenced by cable plugging when the satellite is powered up; on the basis of satellite-ground synergic design, the redundant resources can be started by fast replacing the faulted modules one faults occur to the equipments to realize equipment on-line repairing.

The invention provides a procedure level software and hardware collaborative design automatized development method, which is characterized in that the method comprises the following steps: step 1, using high level languages to complete the system function description which comprises the transfer of the software and hardware collaborative functions; step 2, dynamically dividing the software and hardware functions; step 3, linking and executing the step; and step 4, judging and ending the step (judging whether the execution of all functions is completed, ending the step if the execution of all functions is completed, and otherwise, returning parameters used for dividing to the second step to enter a next circulation). The invention uses the procedure level software and hardware uniform programming model for shielding the difference realized by bottom layer hardware to realize the goal of transparent effect of reconstruction devices on program users. The programming model encapsulates the hardware accelerator into C Language functions for bringing convenience for the programming by users, and in addition, the dynamic software and hardware division during the operation is supported, so the division is transparent to programmers, and the utilization rate of reconstruction resources is improved.

The invention relates to the design of bearing assembly lines, in particular to a bearing assembly line based on industrial cloud platform intelligent manufacturing, comprising a cloud design and manufacture system, an MES (manufacturing execution system), an intelligent production system capable of automatically assembling bearings, and a parts WMS (warehouse management system); the cloud designand manufacture system provides collaborative design and inputs an optimized process to the intelligent production system; the MES generates a planning scheduling program according to acquired information of the WMS and input order information; the intelligent production system schedules production according to the planning scheduling program and performs automatic assembly and warehousing of bearings. The cloud design and manufacture system, the MES, the intelligent production system capable of automatically assembling bearings and a parts WMS are used herein to provide assembly, detection, warehousing and the like for bearings, the cloud design and manufacture system is effectively combined with the production line, an intelligent factory is achieved, and production efficiency is effectively improved.