1076 results about "System image" patented technology

A system automatically monitors playing of a game and gathers data in real time. An overhead imaging system automatically images the game table and provides an overhead view of the game table and / or the dealer's chip tray. A lateral imaging system images the gaming area, especially the wagering regions, to provide a lateral view of the chips on the table. An automatic card shoe system dispenses cards and automatically images at least one card immediately prior to its withdrawal from the shoe. A positioning module processes images from the overhead imaging system to automatically track the position of gaming objects such as for example playing cards, chips, currency bills on the gaming table. An identity module processes images from the overhead imaging system to automatically track the identity of gaming objects on the gaming table. A chip identity module processes overhead images of the chip tray and lateral images of the gaming region to automatically determine, the identity and position of gaming chips. A card-shoe software associated with the automatic card shoe system processes signals from the automatic card shoe system to automatically identify the game related value of at least one card immediately prior to its withdrawal from the shoe by a dealer.

Image processing enhances display quality by controlling both the image modulator and the light sources to produce the best possible visual images. The image processing system utilizes a combination of user inputs, system configuration, design information, sensor feedback, pixel modulation information, and lighting control information to characterize the display environment on a per pixel basis. This per pixel characterization information is combined with one or more frames of the incoming real time display data. The image processing system processes each incoming pixel and produces a modified corresponding output pixel. Each pixel of each frame is processed accordingly. In addition to producing modified output pixels, the image processing system produces control information for the light sources. The light source control information can control individual lamps, tubes or LEDs, or can control a block or subset of the light sources. The resulting display has improved image consistency, enhanced color gamut, higher dynamic range and is better able to portray high motion content.

The present invention provides a system for booting an intelligent device with an embedded-type operating system obtained through an external interface disposed in the intelligent device, wherein the system includes an initialization module stored in a read-only memory provided in the intelligent device, the initialization module being executed in a processor disposed in the intelligent device and connecting to an external location through the external interface, and a server having a memory media which stores a boot agent module and an embedded-type operating system at the external location, the server sending the boot agent module to the intelligent device through the connection in response to a request from the initialization module, wherein the boot agent module is loaded into a runtime memory in the intelligent device and executed by the processor, the boot agent module then retrieving an embedded-type operating system image from the external location in the sever, whereupon the embedded-type operating system image is loaded into the runtime memory and executed by the processor.

A management tool that streamlines the server allocation and provisioning processes within a data center is provided. The system, method, and computer program product divide the server provisioning and allocation into two separate tasks. Provisioning a server is accomplished by generating a fully configured, bootable system image, complete with network address assignments, virtual LAN (VLAN) configuration, load balancing configuration, and the like. System images are stored in a storage repository and are accessible to more than one server. Allocation is accomplished using a switching mechanism which matches each server with an appropriate system image based upon current configuration or requirements of the data center. Thus, real-time provisioning and allocation of servers in the form of automated responses to changing conditions within the data center is possible. The ability to instantly re-provision servers, safely and securely switch under-utilized server capacity to more productive tasks, and improve server utilization is also provided.

Systems and methods for a computer cluster and for conducting user sessions in a managed enterprise computer network. A cluster includes multiple inter-connected nodes with specific roles. Master nodes administer and monitor slave nodes and the slave nodes are used to conduct user sessions with users through terminal nodes that provide an interface to the cluster. The cluster also may include server nodes that provide network services. Master nodes also control admittance to the cluster of external nodes and sub-clusters. Admin nodes form a control plane used to control and administer the cluster through the master nodes. The cluster provides a virtual environment for the user session that is built from at least an operating system image, an application image and other data needed for the user session.

Image processing systems are described which utilize various methods and processing algorithms for enhancing or facilitating visual detection and / or sensing modalities for images captured in vivo by an intravascular visualization and treatment catheter. Such assemblies are configured to deliver energy, such as RF ablation, to an underlying target tissue for treatment in a controlled manner while directly visualizing the tissue during the ablation process.

A home refrigerator system (200) includes an enclosure (202) that defines an interior (203) for storing food (223, 224), a machine (209) for cooling the interior (203), a door (205) usable for accessing the interior (203), and a camera (252) for imaging the interior (203) while the door (205) is shut. The camera generates a signal (284) encoding the image of the interior. The signal (284) can be viewed on a screen (286) outside the interior, to assist in decision-making without opening the door (205).

A customized VM image, for example of Linux software, is created by allowing a user to select packages that the user is interested in installing. During the process, the user is informed if two of the packages that were selected will not be interoperable at run-time. The user is then given an opportunity to resolve the conflict. The user is also informed if selected packages depend on other packages that were not selected in order to run properly, and given the opportunity to include those needed packages in the VM image. Once the selected packages have been validated that they will interoperate and all dependencies are satisfied, the system can build and install the VM image. The VM image can also include applications, and not just packages used in assembling an operating system image.

A management tool that streamlines the server allocation and provisioning processes within a data center is provided. The system, method, and computer program product divide the server provisioning and allocation into two separate tasks. Provisioning a server is accomplished by generating a fully configured, bootable system image, complete with network address assignments, virtual LAN (VLAN) configuration, load balancing configuration, and the like. System images are stored in a storage repository and are accessible to more than one server. Allocation is accomplished using a switching mechanism which matches each server with an appropriate system image based upon current configuration or requirements of the data center. Thus, real-time provisioning and allocation of servers in the form of automated responses to changing conditions within the data center is possible. The ability to instantly re-provision servers, safely and securely switch under-utilized server capacity to more productive tasks, and improve server utilization is also provided.

The present invention discloses a system and a method for integrated on-demand delivery of operating system and applications, where operating system images are separate and distinct from application images. Integration of operating system streaming and application streaming services makes streaming delivery possible to a wide range of client devices, including those without any local disk space such as thin-clients and diskless workstations. In addition, by integrating the centralized management of operating system delivery and application delivery, the present invention provides a complete solution to server-centric application management, thereby further reducing the total cost of ownership of network-based computing approach. Implementing the operating management functions at the client machine level of specificity and application management functions at the user level of specificity combined with providing separate and distinct operating system images and application images provides an inherently canonical architecture that allows proper scaling and affords appropriate security management functions. The result is a complete, scalable, robust, and reliable server-centric application and operating system management system with a lower total cost of ownership than existing products.

Image capture devices attached to a computer processor are located in a retail store. Items of merchandise for sale are tracked from their display position to a shopping container using optical tracking software. The software is capable of identifying the items and containers optically. A list of items in each container is maintained in a database. A customer may request a listing of items in a cart at any time via a query. At checkout time, there is no need to scan the items.

Methods, systems, and computer program products are disclosed for mapping a virtual memory page to a real memory page frame in a multiprocessing environment that supports a multiplicity of operating system images. Typical embodiments include retrieving into an operating system image, from memory accessible to a multiplicity of operating system images, a most recently used cache color for a cache, where the cache is shared by the operating system image with at least one other operating system image; selecting a new cache color in dependence upon the most recently used cache color; selecting in the operating system image a page frame in dependence upon the new cache color; and storing in the memory the new cache color as the most recently used cache color for the cache.

A system and method for migration of single root stateless virtual functions are provided. A Single-Root PCI Configuration Manager (SR-PCIM) provides a system image (SI) with possible virtual function (VF) migration scenarios supported by the endpoint (EP). The SR-PCIM may be instructed that a stateless migration of a VF and its associated application(s) from one SI to another is required. Outstanding requests to the VF are completed and any applications associated with the VF are removed from the SI and the VF is detached from its associated physical function (PF). The SWI may then attach the VF to a target PF which may be in the same or a different EP. The SWI makes the VF available to the SI with which the VF is now associated and the SI configures the VF thereby making it available for use by associated applications.

A system for booting an computing device with a windowing operating system obtained from an external memory media via an external interface, wherein the system includes an initialization module stored in a read-only memory provided in the computing device, the initialization module being executed in a processor disposed in the computing device and establishing a data connection to the external memory media through the external interface, and an external device in which the external memory media is disposed, the external memory media storing a windowing operating system at an external location, the external device sending the windowing operating system image from the external memory media to the computing device via the external interface in response to a request from the computing device, the request being based on memory geometry information of the external memory media, wherein the windowing operating system image is received by the computing device, loaded into a runtime memory in the computing device and then executed by the processor in order to boot the windowing operating system in the computing device.

Image processing enhances display quality by controlling both the image modulator and the light sources.The image processing system utilizes a combination of user inputs, system configuration, design information, sensor feedback, pixel modulation information, and lighting control information to characterize the display environment on a per pixel basis. This per pixel characterization information is combined with one or more frames of the incoming real time display data. The image processing system processes each incoming pixel and produces a modified corresponding output pixel. Each pixel of each frame is processed accordingly.The image processing system also produces control information for the light sources. The light source control information can control individual lamps, tubes or LEDs, or can control a block or subset of the light sources. The resulting display has improved image consistency, enhanced color gamut, higher dynamic range and is better able to portray high motion content.

A distributed digital rule processor to create a single system image (SSI) on a cluster of von Neumann processors. The rule processing engine has a group of digital rule nets each having their own local bindery and local controllers which are interconnected by a global bindery. Slave translators are interfaced to the global bindery to receive rule calls from the rule nets and return statuses. A compiler maps the typical source code instructions into groups of rules which are stored in the rule nets' storage area. The rules contain groups of input variables and output variables. The output variables of a calling rule become the input and data for the called rule. Slave application processes on the von Neumann processors perform slave activities for the slave translators, as the rule nets are unable to manipulate data. Rules received from the rule nets by slave translators are processed and processed data or return statuses are sent back to the nets for further instructions. The rule nets contain the code compiled by the programmer and the application data is stored in the global buffers. This separates the code from data. The digital rules include node, processor, and thread addressing variables to permit extending the model to handle multiple nodes in a Wide Area Network, Local Area Network, System Area Network, or cluster.

A single operating system image is shared among multiple running virtualized containers such that each running container interacts with underlying shared files and resources in system storage. Each container running on a server are provided the same image, which remains consistent among the containers. Each image is named and versioned and each container is configured in a manner that defines which underlying image is used when the container is started. When updates to the image are made, a new image is be generated, and the containers are be switched to the new image by changing configuration properties associated with the container and restarting the container.

A processing system is set forth that includes a processor, read only memory storing an operating system image file accessible by the processor, and random access memory that is also accessible by the processor. The processing system also includes a boot program that is executable by the processor to initialize the processing system in response, for example, to a power-on event, reset event, or a wake-up event. A power-on event occurs when power is initially provided to the processing system while a wake-up event occurs when the processing system is to exit a low-power mode of operation. A reset event occurs when, for example, a fault is detected that causes the system to restart. The boot program selectively performs a full boot copy of the operating system image file from the read only memory to the random access memory or a fast boot copy of only predetermined portions of the operating system image file from the read only memory to the random access memory. For example, the boot program may execute the full boot copy operation in response to the power-on event and the fast boot copy operation in response to the wake-up event and / or reset event. Further, the boot program may limit execution of the fast boot copy operation to those instances in which the random access memory passes an integrity check of the contents of one or more areas containing selected portions of the operating system copied from the read only memory during a prior full boot copy operation.

Shown is a method and system for provisioning a target computer with an operating system, which calls for booting the target computer in a pre-operating system environment, collecting configuration information for the target computer, and transmitting the configuration information to a predetermined server. The approach shown also provides for searching a database in the server for a pre-existing operating system image corresponding to the configuration information from the target computer. If a corresponding operating system image is found, then the present approach involves transferring the pre-existing operating system image to the target computer and installing the pre-existing operating system image on the target computer.