54 results about "Distributed operating system" patented technology

A system and method are provided for a distributed operating system manager. In one example, the method includes retrieving an internet protocol address of a boot server connected to a client computer via a network; determining whether the boot server is available via the network; transferring to the boot server a description of an operating system on the client computer; validating hardware credentials of the client computer; and determining whether to perform a remote boot process.

A distributed operating system for a semiconductor test system, such as automated test equipment (ATE), is described. The operating system includes a host operating system for enabling control of one or more site controllers by a system controller. One or more local operating systems, each associated with a site controller, enable control of one or more test modules by an associated site controller. Each test module performs testing on a corresponding device-under-test at a test site.

A system and method are provided for a distributed operating system manager. In one example, the method includes retrieving an internet protocol address of a boot server connected to a client computer via a network; determining whether the boot server is available via the network; transferring to the boot server a description of an operating system on the client computer; validating hardware credentials of the client computer; and determining whether to perform a remote boot process.

Some embodiments provide a human and robot distributed operating system (HaRD-OS). The HaRD-OS efficiently and dynamically connects different human operators and algorithms to multiple remotely deployed robots based on the task(s) that the robots are to complete. Some embodiments facilitate an action / perception loop between the operators, algorithms and robots by routing tasks between human operators or algorithms based on various routing polices including operator familiarity, aptitude, access rights, end user preference, time zones, costs, efficiency, latency, privacy concerns, etc. In the event of a fault, some embodiments route to the best operator or algorithm that is able to handle the particular fault with the required privileges. Some embodiments secure task guarantees to be completed at particular times, priorities or costs.

Cooperative Asymmetric Multiprocessing allows for operating systems to function independently of each other on multiple processors sharing common resources in an embedded system. However, some degree of cooperation is required because there are resources with single instances shared across both cores, such as interrupt controller, boot sequencer, DMA engines, etc. The ability to support two distinct operating systems independently gives valuable flexibility. This method allows for reduced complexity in a multi processor system and allows use of existing tools with minimal modifications.

An improved distributed operating system over a network of computer systems is described. Existing distributed operating systems have transmission performance limitations dictated by their inability to (1) reliably handle transient communication failures and rapid node reboots, (2) provide a transmission protocol that adapts to link reliability, and (3) allow transmissions to occur over an arbitrary combinations of communication links. The systems and methods described herein solve these problems by providing a reliable node-to-node session protocol that offers high performance message delivery and multi-interface management and support. This is done by transmitting all data between two nodes of the operating system over a single connection that may dynamically exploit multiple interfaces between the nodes.

In an embodiment, a distributed computer system comprises a plurality of computers connected in substantial logical ring architecture. The computers are configured having a synchronized clock operation. At least one predetermined token designated with any one of a busy or an idle status circulates through the logical ring, wherein the computers are configured to check the status and give away or receive a predetermined job for completion, based on one or more predetermined conditions. Further, any deadlock generated is released by preempting the jobs based on predetermined criteria.

A method and apparatus provides for controlling the distribution and installation of operating systems. In one example, the method and apparatus partitions a storage device of a device into a first partition and a second partition. The method and apparatus installs a first operating system into the first partition of the storage device, obtains an image of the second operating system, the image including at least the second operating system pre-configured for operation with the device, and installs, using the first operating system, the image of the operating system to the second partition of the storage device. In an embodiment, the image is transmitted from one or more other devices. In an embodiment, two or more images are cached on the device according to the likelihood they will be used in the future.

Some embodiments provide a human and robot distributed operating system (HaRD-OS). The HaRD-OS efficiently and dynamically connects different human operators and algorithms to multiple remotely deployed robots based on the task(s) that the robots are to complete. Some embodiments facilitate an action / perception loop between the operators, algorithms and robots by routing tasks between human operators or algorithms based on various routing polices including operator familiarity, aptitude, access rights, end user preference, time zones, costs, efficiency, latency, privacy concerns, etc. In the event of a fault, some embodiments route to the best operator or algorithm that is able to handle the particular fault with the required privileges. Some embodiments secure task guarantees to be completed at particular times, priorities or costs.

A distributed operating system for a semiconductor test system, such as automated test equipment (ATE), is described. The operating system includes a host operating system for enabling control of one or more site controllers by a system controller. One or more local operating systems, each associated with a site controller, enable control of one or more test modules by an associated site controller. Each test module performs testing on a corresponding device-under-test at a test site.

An improved distributed operating system over a network of computer systems is described. Existing distributed operating systems have transmission performance limitations dictated by their inability to (1) reliably handle transient communication failures and rapid node reboots, (2) provide a transmission protocol that adapts to link reliability, and (3) allow transmissions to occur over an arbitrary combinations of communication links. The systems and methods described herein solve these problems by providing a reliable node-to-node session protocol that offers high performance message delivery and multi-interface management and support. This is done by transmitting all data between two nodes of the operating system over a single connection that may dynamically exploit multiple interfaces between the nodes.

Described is a service visualizer that presents a high-level view of services currently running in a distributed operating system. The service visualizer, which itself may be a service, is visual-based and uses objects (e.g., spheres) suspended in space to represent the ports of services that are currently running. Messages sent between services are represented by particles. The visualizer creates a visual collection for each service port, which in turn creates a port monitor to watch for messages on the port. The resulting visualization may be interacted with, such as for purposes of debugging.

In general, this disclosure describes techniques of managing resources in a service-oriented distributed computing system. As described in this disclosure, one or more control nodes provide for the efficient and automated allocation and management of resources within the distributed computing system. In order to provide automated allocation and management of computing functions and resources, a control node uses a set of governors. This set of governors includes a set of service governors to govern services used in the distributed computing system. The set of governors also includes a set of resource governors that govern individual resources of the services in the distributed computing system. The service governors and the resource governors may be implemented using finite state machines.

Providing a uniform security model to heterogeneous devices in a distributed computing environment. A method includes storing information about a plurality of device security models, including device credentials. The method further includes storing information about a uniform security model, including access rights for various principals. The method further includes identifying a principal. Based on the identified principal, access is provided to the principal according to the uniform security model, based on the device security model credentials.

Described is a service visualizer that presents a high-level view of services currently running in a distributed operating system. The service visualizer, which itself may be a service, is visual-based and uses objects (e.g., spheres) suspended in space to represent the ports of services that are currently running. Messages sent between services are represented by particles. The visualizer creates a visual collection for each service port, which in turn creates a port monitor to watch for messages on the port. The resulting visualization may be interacted with, such as for purposes of debugging.

The present invention relates to a manifold system comprising: at least one manifold frame comprising an initial manifold configuration model, and a set of manifold planes, wherein each manifold plane comprises of a set of manifold elements, said manifold element is a concrete specialization of an abstract dimensioned entity supporting manifold operations such as configuration, projection, forming and transforming, etc, wherein such specializations comprises of compute elements, cognitive elements, transitive elements, processors, and / or transducer elements, or composite of these elements or composite of planes of these elements, etc, and variably progresses from manifold frame to frame in manifold time units through manifold system operations such as forming, transforming, projecting, computing, learning and transducing, etc in a real, virtual or a combination of real and virtual operating environment such as desktop operating system, distributed operating system, embedded operating system, field programmable gate array system, virtual system, and / or combination of real and virtual systems thereby performing useful work or duty. The present invention also relates a method of realizing a manifold system from input models.

The present invention describes a distributed operating system for semiconductor test systems, such as automated test equipment (ATE). The operating system includes a main operating system for controlling one or more field controllers through a system controller. One or more local operating systems, each associated with an on-site controller, control the one or more test modules through an associated on-site controller. Each test module performs a test on a corresponding DUT at a test site.

An improved distributed operating system over a network of computer systems is described. Existing distributed operating systems have transmission performance limitations dictated by their inability to (1) reliably handle transient communication failures and rapid node reboots, (2) provide a transmission protocol that adapts to link reliability, and (3) allow transmissions to occur over an arbitrary combinations of communication links. The systems and methods described herein solve these problems by providing a reliable node-to-node session protocol that offers high performance message delivery and multi-interface management and support. This is done by transmitting all data between two nodes of the operating system over a single connection that may dynamically exploit multiple interfaces between the nodes.

The invention discloses a data access control method of a block device of a VxWorks system driver layer. The method comprises the following steps: setting an authority library of a VxWorks system; performing basic package without disk cache on a block device interface to establish a CBIO (Cache Block Input / Output) device; performing embedded access to a monitor on a block device driver layer and a dosFs (Distributed Operating System Formal System Model) file system driver layer respectively; enabling that a task enters and accesses the monitor firstly during access of block device data, accessing the authority library which is previously set according to the matching of a current task ID (Identifier) and the block device, and controlling the access of the task to the block device data. Compared with the existing access control method, the method has the advantages that a better access control effect is realized and the security of data in the block device is improved.

The invention discloses a multi-user kbroker distributed operating system and a multi-user management system. On the basis of a kbroker distributed operating system, an improved scheme for simultaneously operating a plurality of different kbroker distributed operating systems by aiming at a plurality of users is provided; therefore, the system can be used as a cloud service to provide respective kbroker distributed operating systems for a plurality of users at the same time, the utilization rate of server resources is remarkably improved, and the cost and difficulty of independently deployingand maintaining the kbroker distributed operating systems by the users are reduced.

The invention discloses an implementation method of a communication module of an on-chip distributed operating system, which is a base stone communication module in a design for an operating system of the on-chip network processing system framework in coming years. The implementation method is one of the premise and foundation for establishing an on-chip network operating system, has global node distributing management units and aggregates tasks with cluster property; the communication addresses can be directly obtained from the local cache; and the obvious characteristic of the invention is the simplest communication interface.

The invention discloses a kbroker distributed operating system, a storage medium and an electronic device. The system is applied in a plurality of servers. The system comprises a plurality of app_service modules and a plurality of app_allocator modules. The app_service module is used for running service logic, and the app _ allocator module is used for managing running resources of an applicationprogram and distributing the app _ service module running the application program according to the demand of the running resources. The system comprises a plurality of kbroker_server modules and a plurality of kbroker_server modules. The management module is used for managing a corresponding server in the distributed operating system, and opening and closing an app_service module and an app_allocator module on the corresponding server, and the plurality of kbroker_server modules are in data communication connection. The system comprises a kbroker_superper module which is used for managing allprogram processes in the whole system. Under the support of the system, a developer only needs to pay attention to the service of the developer and develops a large server program like developing thesimplest single-thread program, a series of problems caused by increase of the page view are not needed to be paid attention to, the server clustering efficiency is improved, and the system provides adisaster recovery mechanism for software and hardware faults to achieve high availability.

Metadata support in a distributed scan system is provided. Approaches are provided for processing scan data based on a scan process definition (SPD) that defines a set of instructions for acquiring image data based on one or more printed documents. The SPD may include extension data that is used to store additional data in association with the scan data. The SPD may include rights management data that is used to provide security to the scan data that is generated based on the SPD. The SPD may be used as a print process definition for dictating how print operations are to be performed. The SPD may be associated with data that identifies one or more scan devices that are prohibited from using the SPD. The SPD may be associated with access delegation data that indicates one or more users who have been delegated access to the SPD.

The invention provides a kbroker distributed operating system for operation and release, and an operation and release system. The method is a processing method for releasing the operation version in the operation of the kbroker distributed operating system, so that the operation version can be upgraded without stop, and the influence of a new operation version release error on the operation is reduced in a gray release mode. Through the support of the invention, a developer only needs to realize data export and import logic among a plurality of software versions outside the business logic; therefore, multi-operation version parallelism and gray release can be realized, the difficulty of realizing gray release and error alarm rollback is greatly reduced, the conflict between the operation process stability and frequent release is solved, and the operation convenience and stability are improved.

The invention belongs to a software development and operation and maintenance system of a server side. The kbroker distributed operating system provides a maintenance and development framework for a server cluster. However, a processing scheme for how the existing code is migrated to run is not provided; the invention provides a processing method for migrating an existing code to a kbroker distributed system and running the existing code together with a new code developed on the kbroker distributed system on the basis of the kbroker distributed operating system. By means of the method, original codes can be migrated to the kbroker distributed system to run under the condition of little modification, and certainly, the method for developing the application programs on the kbroker distributed operating system in a traditional development mode is correspondingly provided. Under the support of the method and the device, the application range of the kbroker distributed operating system canbe greatly expanded, and the use difficulty can be reduced.

A system and method for trigger-based scanning of cyber-physical assets, including a distributed operating system, parameter evaluation engine, at least one cyber-physical asset, at least one crypt-ledger, a network, and a scanner that detects trigger conditions and events and performs scans of cyber-physical assets based on the trigger and any relevant stored scan rules before storing scan results as time-series data.

An improved distributed operating system over a network of computer systems is described. Existing distributed operating systems have transmission performance limitations dictated by their inability to (1) reliably handle transient communication failures and rapid node reboots, (2) provide a transmission protocol that adapts to link reliability, and (3) allow transmissions to occur over an arbitrary combination of communication links. The systems and methods described herein solve these problems by providing a reliable node-to-node session protocol that offers high performance message delivery and multi-interface management and support. This is done by transmitting all data between two nodes of the operating system over a single connection that may dynamically exploit multiple interfaces between the nodes.

An improved distributed operating system over a network of computer systems is described. Existing distributed operating systems have transmission performance limitations dictated by their inability to (1) reliably handle transient communication failures and rapid node reboots, (2) provide a transmission protocol that adapts to link reliability, and (3) allow transmissions to occur over an arbitrary combinations of communication links. The systems and methods described herein solve these problems by providing a reliable node-to-node session protocol that offers high performance message delivery and multi-interface management and support. This is done by transmitting all data between two nodes of the operating system over a single connection that may dynamically exploit multiple interfacesbetween the nodes.