46results about How to "High level of abstraction" patented technology

In a broadcast application on a client-server network the streaming is emulated of animation data over the Internet to a large number of clients. The animation is considered a sequence of states. State information is sent to the clients instead of the graphics data itself. The clients generate the animation data itself under control of the state information. The server and clients communicate using a shared object protocol. Thus, streaming is accomplished as well as a broadcast without running into severe network bandwidth problems. This approach is used to map a real life event, e.g., a motor race, onto a virtual environment in order to let the user participate in a virtual race against the real life professionals, the dynamics of the virtual environment being determined by the state changes sent to the user.

In a broadcast application on a client-server network the streaming is emulated of animation data over the Internet to a large number of clients. The animation is considered a sequence of states. State information is sent to the clients instead of the graphics data itself. The clients generate the animation data itself under control of the state information. The server and clients communicate using a shared object protocol. Thus, streaming is accomplished as well as a broadcast without running into severe network bandwidth problems. This approach is used to map a real life event, e.g., a motor race, onto a virtual environment in order to let the user participate in a virtual race against the real life professionals, the dynamics of the virtual environment being determined by the state changes sent to the user.

The present invention relates to the design of an essentially digital system. As one example of digital systems, these may perform real-time transformations on time discrete digitized samples of analogue quantities. An example of such a system is a digital communication system. The transformations on the data can be specified in a programming language and executed on a processor such as a programmable processor or directly on application specific hardware. In accordance with the present invention the digital system is described as a set of threads in a description language. Alternative names for a thread are tasks and processes. The set of threads defines a representation or model of the digital system. In accordance with the present invention, the representation or model is preferably executable at each stage of the design independent of the current level of abstraction of that representation or model. With description language is meant a programming language. In accordance with the present invention each of the threads has a variable having an assignable value which represents the “local time” of said thread, i.e. a time associated only with that thread, which can be used for sequencing the processing of that thread with respect to other threads. With the word “local” is meant that the time is an attribute of the thread only. In accordance with the present invention a means is provided for the designer to assign a delay to each thread or operation within a thread, this delay representing for instance the processing time for the respective operation or thread on a processing engine, e.g. a computer. By this means, not only can the processing of threads be scheduled but also the designer may assign a value representative of an elapsed time for the processing of a thread or operation on a processing engine. In addition, the threads may be refined concurrently, while still keeping their local time so that after the refining process the new representation of the digital system is executable, i.e. the processing of the refined threads can be scheduled without divergence from the specification.

A method and system for instructing a computer in a system of a declarative computer programming language. Unlike traditional declarative languages, the programming language may be neither relational nor functional, neither procedural nor imperative. The declarative elements may be defined as a meta-description of logic and data. The basic morphology of this meta-description may be a data construct known as a Lattice. Lattices derive declarative power from their inclusion of “Attributes” and “Sites”. Attributes are declarative properties that determine the internal behavior of a Lattice; while Sites are declarative data access points that establish the external relationship a Lattice may have with other Lattices, Lattice Containers, and Lattice Elements. Each of these data constructs are highly adaptable, recursive, and expandable, providing the entire language with a degree of flexibility that facilitates a very high level of abstraction.

The invention discloses a method and a system for processing a network service request. The method comprises the following steps that: a client serializes an object of a request to be transmitted to a background server, and transmits a request taking a request character string obtained by the serialization as a parameter to the background server; the background server receives the request from the client, and de-serializes the request character string in the received request to obtain a corresponding object; the background server acquires an object to be fed back on the basis of the corresponding object, and serializes the object to be fed back to obtain a feedback character string; and the client receives the feedback character string, and de-serializes the feedback character string to obtain corresponding object information. By the method, the operation of the client and / or the background server is simplified.

The invention relates to a zone controller train transfer management method based on automatic protection of trains. The zone controller train transfer management method comprises the following steps: A, respectively setting virtual boundaries for an upstream ZC (Zone Controller) and a downstream ZC; B, transmitting a transfer 'automatic train protection' virtual boundary cross distance to the downstream ZC by the upstream ZC; C, establishing receiving 'automatic train protectio' by the downstream ZC; D, updating the receiving 'automatic train protection' by the downstream ZC; E, transmitting a receiving 'automatic train protection' virtual boundary cross distance to the upstream ZC by the downstream ZC; and F, deleting the transfer 'automatic train protection' by the upstream ZC. Compared with the prior art, the method has the advantages of being high in processing mechanism abstract degree, concise in interface, small in line constraint condition, low in processing coupling degree of adjacent ZCs, and the like when being adopted to process train transfer among ZCs.

A method for high level validation of a design includes receiving input associated with a design; generating a message diagram in response to the input, wherein the message diagram describes a relationship of messages communicated between multiple processes; resolving at least one scenario from the message diagram, wherein the scenario comprises a particular sequence of messages identified by the message diagram; generating a state machine operable to receive and transmit at least some of the messages identified by the message diagram according to the scenario; and testing an implementation of the design using the state machine.

A data server comprises a Nginx service unit, a lua extension unit and a lua script service unit, wherein the Nginx service unit is suitable for receiving an HTTP request; the lua extension unit is suitable for acquiring the HTTP request and forwarding the HTTP request to the lua script service unit; the lua script service unit is suitable for analyzing the HTTP request to acquire target data. The data server has the advantages of being high in throughput and low in development degree.

The invention relates to an annotation-based Web application code generation method. The method comprises the following steps of S1: running Ant and starting a code generation technology; S2: applying an annotation reading method of an analysis class; S3: reading annotation contents of related analysis classes; S4: returning the annotation contents to an analysis class of a business module; S5: returning the annotation contents to the code generation technology; S6: sending business description information obtained from annotations to a Freemarker template engine by the code generation technology; S7: generating a source code by the Freemarker template engine; S8: starting a target code compilation task by the Ant; S9: performing compilation and copy on the source code, and generating a jar package or a war package; and S10: starting a Jetty task by the Ant, and releasing a Web application. According to the annotation-based Web application code generation method, an encoding process and detailed design and unit test time related to the encoding process can be greatly shortened.

A method and system for automated code generation in a call flow builder (10) can include a display coupled to a processor. The processor can be programmed to select a real code (database connection) or a prototype code using a graphical interface (20) to provide a selected code and develop a call flow using the selected code. The processor can be programmed to select the prototype code as the selected code, test the call flow in a local development environment and further enable the switching of the selected code from the prototype to the real code to complete a database connection. The processor can be further programmed to enable specification of a default or range of values. Additionally, the processor can be programmed to use a database connection code that replaces a prototype assignment of values to variables when the real code is the selected code.

The invention relates to a knowledge graph representation learning method based on ternary interaction, and the method is characterized in that the method comprises the following steps: 1) in a knowledge graph, modeling a head entity, a relationship and a tail entity and the interaction among the head entity, the relationship and the tail entity through employing a triad as a basic unit to acquirean InterTris model; 2) training the constructed InterTris model to acquire a trained InterTris model; and 3) by utilizing the obtained InterTris model, achieving numeralization representation of theknowledge graph so that a foundation is laid for knowledge graph value mining. The essence of semantic relationship construction of the knowledge graph, modeling is performed on the basis of basic unit triples of the knowledge graph. No matter how the data characteristics change, the basic composition unit of the knowledge graph does not change. Therefore, as the abstraction degree is relatively high, the dependence degree of the knowledge graph representation learning model on a data set is reduced, and the invention has higher universality and can be widely applied to the field of knowledgegraph representation learning.

The invention discloses an authority management method, including: setting the authorized resource conforming to one or a plurality of conditional expressions as a categorization; taking the categorization as authorization object, and establishing full text indexes to the authorized resource. Furthermore, the invention also discloses an authority management device and system, which can improve the authentication performance of the user data authority and can improve the expandability of the system.