53 results about "Adaptive software" patented technology

An Adaptive Software Application consists of several types of modules, called Adaptive Units, which are highly parameterized such that they can adapt to varying business requirements by virtue of externally provided parameters. An Adaptive Application is assembled through repeated use of various combinations of different types of Adaptive Units. Large and complex business systems can be rapidly implemented through this approach. An Adaptive Unit includes an interface component that can present information to and accept information from the outside world (such as a web page or a system interface), a processing logic component that can manipulate and evaluate information based on received parameters received (such as comparisons and decisions as in the case of data dependency decisions), and a data persistence logic component that retrieves, adds, updates, and deletes data targeting one or more Occurrence Databases. All three components of an Adaptive Unit are parameter driven. These parameters are not specific to any particular business. One embodiment for providing parameters to these components includes a Definition Database. There may be one or more Occurrence Databases depending on the number of business processes supported by the business application for which the Adaptive Application is being adapted. The Occurrence Database includes generic (also referred to as meta model driven) tables that are not specific to any particular business.

Techniques are presented for dynamically adapting software components. An enhancement for a component is dynamically detected and installed. The enhancement is dynamically processed for requests directed to the component or for responses generated by the component.

The present invention is a software architecture that provides high versatility and performance. This architecture is composed of two dimensions: the first one belongs in the application level, and the second in the multicore dimension. The application dimension is related to the different applications based in the conceptual model of abstractions exposed in this patent. The multicore dimension is related to the applications dimension instantiated several times in the same computer (multiple processors) or in several computers. All the cores within the multicore dimension are related in order to share information and integrate all the architecture's applications. The multicore architecture avoids bottlenecks in the simultaneous execution of multiple applications on the same computer by means of a large virtual core composed of small interconnected cores. The conceptual model of abstractions is composed of various drivers, abstraction layers and a unique core that provides support by playing a referee role between different extensions of an application.

The invention discloses a formal description method for adaptive software architecture during operation. The formal description method comprises the following steps of: (1) describing the adaptive software architecture framework and setting a formally described architecture framework, wherein the framework comprises components, a connecting element and architecture configuration; (2) building an adaptive component model based on Agent internetware, and forming the internal part of the adaptive component by using a computing module which finishes calculation action and an adaptive model which finishes dynamic action in a manner of using the adaptive component as a component in the internetware; (3) formally describing various mental attitudes of the adaptive component in sequence, and providing formal definition of an atomic component and the connecting element; and (4) finishing appointed definition of the calculation action and dynamic action of the adaptive component, providing the corresponding relation of pi calculation thereof, and then dynamically reasoning the architecture action according to the performability and embedded background debug interface (EBDI) of the Pi calculation. The formal description method for adaptive software architecture during operation has performability, reasonability and legibility.

The invention discloses a method and a device for installing mobile software for multiple mobile phones simultaneously. The method comprises the following steps of: 1, connecting multiple mobile phones to a computer; 2, calling a computer operating system and an interface of mobile driver software to recognize the models of multiple mobile phones; 3, transmitting adaptive software to each mobile phone automatically according to the models of multiple mobile phones; and 4, installing the transmitted software for each mobile phone. In the method, the computer operating system and the interface of the mobile driver software are called to recognize the models of multiple mobile phones connected to the computer, and the adaptive software is transmitted to each mobile phone according the models to install the software. Therefore, through the method and the device, the mobile software can be installed to multiple mobile phones simultaneously, so that users can install the mobile software conveniently.

A primary user terminal is interfaced with the drone so as to constitute a local network of the infrastructure type, where the drone is configured as an access point (AP) and the primary user terminal is configured as a mobile station. The primary user terminal comprises an adaptive software program able i) to generate piloting and control instructions to be transmitted to the drone, and ii) to establish a connection to the local network and to register the primary user terminal into a registration table of the drone. The network further comprises at least one secondary user terminal with an applicative software program adapted to establish a connection to the local network and to register the secondary user terminal into the registration table of the drone with a hierarchized management of the rights with respect to the primary terminal.

The invention discloses a self-adaptive software-defined space-ground integrated network system. According to the technical scheme, the self-adaptive software-defined space-ground integrated network system is characterized by comprising a ground data center and a space part; the space part comprises a low earth orbit satellite (LEO), a medium earth orbit satellite (MEO) and a high earth orbit satellite (GEO); the system also comprises a software defined network (SDN). The software defined network (SDN) separates a control plane from a data plane, is suitable for multi-level satellites adoptingLEOMEOGEO architecture, is suitable for more types of constellations (satellite systems), such as Iridium constellations, compared with the design in the prior art, the system is better in universality. According to the system, the types of the service flows can be automatically detected after the initial model is set, and compared with the prior art, QoS parameters do not need to be manually input, so that the use convenience is greatly improved, and the practicability is higher. According to the system, after the service flows are classified, a more appropriate scheduling algorithm can be selected according to the service types, the overall resource utilization rate and QoS satisfaction rate of the system are improved, and the overall performance effect of the system is improved.

The present invention discloses a software architecture modeling and simulation method. The method comprises the steps of outputting an input software demand as a layering MAS software model, wherein the model is used as input of a simulation module; and simulating the input layering MAS software model, so as to show interaction behaviors of all agents. Based on a traditional multi-agent software system, the layering MAS-based software architecture modeling and simulation method is added with a layering design mode, a software function and an external environment are modeled in a uniform framework to make the function as the target, and a multi-layer MAS adaptive software architecture integrating distributed control and centralized control and being capable of responding to dynamic environment changes is realized.

An audio and video slice transmission platform based on an SIP protocol comprises an SIP signaling module, a streaming media information interaction and resource distribution module and a media streamslice storage module, the SIP signaling module is a signaling server, and the streaming media information interaction and resource distribution module and the media stream slice storage module belongto the streaming media server; the method comprises the following steps: receiving a request from an SIP terminal through an SIP signaling module, wherein the request comprises registration, heartbeat keep-alive, notification of a media server, link acquisition and forwarding and other interfaces; enabling the terminal firstly to register with the SIP signaling module through the SIP message, andenabling the SIP signaling module to perform a series of encryption authentication processes. The method can achieve the effects of serving as a cache and improving the video quality; by adopting themethod, the development of the decoding module can be skipped over, the development difficulty is reduced, and the time for developing adaptive software is saved.

A method and system for the design, implementation, and operation of an adaptive software-defined networking controller (aSDNC) is described. Traditional SDN controllers support stateless control of forwarding/data-path elements (logical or physical) in order to provide quasi-seamless control/management of information flows. The proposed SDN controller can not only adapt to peripheral (both lower and upper) requirements of elements/devices, it can also help maintain the states of the flows and can scale well above any sets of management/operations requirements. Distributed management of states is achieved in an application/services specific fashion, and hence the complexity of the controller does not grow exponentially with the number of flows that are being managed by the controller. The details of the requirements and exemplary operations of the aSDNC are presented.