480 results about "Abstraction layer" patented technology

A Provider Network Controller (PNC) addresses the challenges in building services across Next Generation Network (NGN) architectures and creates an abstraction layer as a bridge, or glue, between the network transport and applications running over it. The PNC is a multi-layer, multi-vendor dynamic control plane that implements service activation and Layer 0-2 management tools for multiple transport technologies including Carrier Ethernet, Provider Backbone Transport (PBT), Multi-protocol Label Switching (MPLS), Transport MPLS (T-MPLS), optical and integrated networking platforms. Decoupling transport controls and services from the network equipment simplifies service creation and provides options for carriers to choose best-in-class equipment that leverages the PNC to enable rapid creation and management of transports and services. The PNC provides Service-Oriented Architecture (SOA) interfaces to abstract transport objects expressly designed to support both wholesale and retail services, and supports service offerings with varied bandwidth and Quality of Service (QoS) requirements, thus achieving enterprise Ethernet economics.

The invention provides systems and methods for managing mobile devices of supported by different platforms. In some embodiments, the invention provides this management capability by utilizing one or more agents or modules native to the platforms themselves to provide interaction with individual mobile. In some embodiments, the invention provides an abstraction layer by which management tasks or other functions relating to mobile devices of different types may be generally defined and translated for application to mobile devices supported by different platforms. In some embodiments, the invention utilizes existing organizational structure of an enterprise or organization to define management permission for mobile device administrators and end users as well as to define policy configuration schemes for mobile devices. In some embodiments, the invention tracks the lifecycle of mobile devices within an enterprise or organization as assets within the organization.

A system and method for allocating resources in a cloud environment includes providing an abstraction layer between a cloud environment and one or more data centers by generating a virtual hypervisor as an application programming interface. Responsive to a workload request by the one or more data centers, resources are partitioned and virtual machines are instantiated in the one or more data centers using the virtual hypervisor such that non-functional requirements of the workload are addressed at the abstraction level using the virtual hypervisor.

A system, method and computer program product are provided for scanning a mobile wireless device for malware. Initially, a platform abstraction layer of a mobile wireless device is called. Further, an anti-malware scanner-related function module on the mobile wireless device is initiated utilizing the platform abstraction layer. Such platform abstraction layer enables the anti-malware scanner-related function module to be initiated on any of a plurality of different mobile wireless devices.

At least one embodiment of this invention pertains to an abstraction layer that provides a consistent interface, with client-side and server-side implementations, to allow web client to interact with other web clients (that are connected to a common interactive event) in real-time over standard web ports without the web clients being tied to a specific real-time communications platform. At least some embodiments described herein contemplate methods and systems for establishing web communication among multiple web clients by providing a layer of abstraction between the web clients and the interactive session using interfaces to an Open Real-Time Connectivity (ORTC) layer. The system may use authentication methods to validate the web communications. The system may be implemented on a scalable, load-balanced, and fault-tolerant network.

A system, method and article of manufacture are provided for accessing data independent of the particular manner in which the data is physically represented. In one embodiment, a plurality of data repository abstractions provide different logical views of the same underlying data repository. The plurality of data repository abstractions may each be associated with different users, thereby exposing a different set of data to each user. A runtime component performs translation of abstract queries into a form that can be used against a particular physical data representation.

The present invention generally is directed to a system, method and article of manufacture for accessing data independent of the particular manner in which the data is physically represented. In one embodiment, a data repository abstraction layer provides a logical view of the underlying data repository that is independent of the particular manner of data representation. In one embodiment, the data repository abstraction layer specifies a location of data in a repository and a method for accessing the data. A query abstraction layer is also provided and is based on the data repository abstraction layer. A runtime component performs translation of an abstract query into a form that can be used against a particular physical data representation.

The present invention includes a network having a plurality of communication buses, at least two of the plurality of buses utilizing different communication bus protocols; a plurality of computer devices, at least one of the plurality of computer devices coupled to at least one of the plurality of communication buses and containing computer device software having an architecture including bus communication software for communicating with at least one of the plurality of communication buses; and an abstraction layer in communication with the bus communication software and capable of abstracting messages from the communication bus protocols, the plurality of computer devices including at least one gateway computer device coupled to multiple of the plurality of communication buses and containing computer device software having an architecture further including a gateway in communication with the abstraction layer and capable of routing the abstracted messages between computer devices coupled to the multiple communication buses to which the at least one gateway computer device is coupled.

The present invention is an automated and extensible system for the analysis and retrieval of images based on region-of-interest (ROI) analysis of one or more true objects depicted by an image. The system uses a Regions Of Interest (ROI) database that is a relational or analytical database containing searchable vectors that represent the images stored in a repository. Entries in the ROI database are created by an image locator and ROI classifier that work in tandem to locate images within the repository and extract the relevant information that will be stored in the ROI database. Unlike existing region-of-interest search systems, the ROI classifier analyzes objects in an image to arrive at the actual features of the true object, instead of merely describing the features of the image of that object. Graphical searches are performed by the collaborative workings of an image retrieval module, an image search requestor and an ROI query module. The image search requestor is an abstraction layer that translates user or agent search requests into the language understood by the ROI query.

A method and system for interconnecting peripherals, processor nodes, and hardware devices to a data network to produce a network bus providing OS functionality for managing hardware devices connected to the network bus involves defining a network bus driver at each of the processor nodes that couples hardware device drivers to a network hardware abstraction layer of the processor node. The network bus can be constructed to account for the hot-swappable nature of the hardware devices using a device monitoring function, and plug and play functionality for adding and, removing device driver instances. The network bus can be used to provide a distributed processing system by defining a shared memory space at each processor node. Distributed memory pages are provided with bus-network-wide unique memory addresses, and a distributed memory manager is added to ensure consistency of the distributed memory pages, and to provide a library of functions for user mode applications.

A content management system and method are disclosed having one or more shared file systems located on one or more networks having a firewall. The content management system includes an explorer client, a mounting client, and a gateway. The gateway is in communication with both the explorer client and the mounting client. The explorer client forms a profile of a user device by determining the characteristics of the user device. The mounting client determines the capabilities of the one or more file systems and where content resides on each of the one or more file systems. The gateway then creates a virtual abstraction layer based on the profile of the user device and the capabilities of the one or more file systems.

A device API Abstraction layer is provided that is configured to operate as an interface between one or more applications operating on a device and an operating platform of the device. The device API abstraction layer comprises a universal set of APIs that enables the applications to execute irrespective of the operating system and software platform of the host device.

Disclosed are an intelligent terminal isolation system and an intelligent terminal isolation method both based on processor safety extension. The intelligent terminal isolation system comprises a safety starting module, a transaction commission module, a communication agent module, a safety extension abstraction layer, a safety operating system, safety middleware, credible application modules and a common application module. The safety starting module simply initializes hardware environment of an intelligent terminal, and authenticates and guides the safety operating system. The communication agent module is responsible for encapsulation and communication of bottom layer data of the credible application modules and the common application module. The safety extension abstraction layer provides a uniform calling interface to the safety operating system. The safety operating system provides mutually independent operation space for the credible application modules in a whole safety domain and manages all software and hardware resources in the safety domain. The safety middleware is a core library related to implementation of safety functions and transaction commissions and provides related functional interfaces to credible applications. The intelligent terminal isolation system and the intelligent terminal isolation method aim to provide a complete safety isolation mechanism to the intelligent terminal and improve safety of software operation environment.