Abstract: A method for providing an interactive infrastructure management system based on a chat interface is provided. The method may include receiving a first operation query via a first infrastructure management chat interface associated with an infrastructure management system. The method may include providing first data instructions using the first infrastructure management chat interface in response to the first operation query. The method may include generating a second infrastructure management chat interface associated with the infrastructure management system to edit and train the infrastructure management system based on the provided first data instructions. The method may include editing the provided first data instructions associated with the first operation query to train the infrastructure management system to respond to the first operation query.

Abstract: A method for providing an interactive infrastructure management system based on a chat interface is provided. The method may include receiving a first operation query via a first infrastructure management chat interface associated with an infrastructure management system. The method may include providing first data instructions using the first infrastructure management chat interface in response to the first operation query. The method may include generating a second infrastructure management chat interface associated with the infrastructure management system to edit and train the infrastructure management system based on the provided first data instructions. The method may include editing the provided first data instructions associated with the first operation query to train the infrastructure management system to respond to the first operation query.

Abstract: A method for providing an interactive infrastructure management system based on a chat interface is provided. The method may include receiving a first operation query via a first infrastructure management chat interface associated with an infrastructure management system. The method may include providing first data instructions using the first infrastructure management chat interface in response to the first operation query. The method may include generating a second infrastructure management chat interface associated with the infrastructure management system to edit and train the infrastructure management system based on the provided first data instructions. The method may include editing the provided first data instructions associated with the first operation query to train the infrastructure management system to respond to the first operation query.

Abstract: Systems, methods, and computer program products to perform an operation comprising receiving a first packet for transport via a mobile device, identifying a first policy, of a plurality of policies, specifying a plurality of rules for transmitting data packets via a plurality of network interfaces of the mobile device, applying the rules of the first policy to a plurality of attributes of each network interface to select at least a first one of the plurality of interfaces of the mobile device, and transporting the first packet via the at least the first one of the plurality of interfaces of the mobile device.

Abstract: Embodiments of the present invention provide systems and methods for resource allocation. The systems and methods for resource allocation include: configuring a plan to utilize computer resources; partitioning computer resources; and applying a set of two or more hypervisors, which use a single service processor, to execute the plan to utilize computer resources. The hypervisors facilitate the partitioning of the computer resources, group partitions of the computer resources, control access to nodes, and change node boundaries.

Abstract: Systems, methods, and computer program products to perform an operation comprising receiving a first packet for transport via a mobile device, identifying a first policy, of a plurality of policies, specifying a plurality of rules for transmitting data packets via a plurality of network interfaces of the mobile device, applying the rules of the first policy to a plurality of attributes of each network interface to select at least a first one of the plurality of interfaces of the mobile device, and transporting the first packet via the at least the first one of the plurality of interfaces of the mobile device.

Abstract: Embodiments of the present invention provide systems and methods for resource allocation. The systems and methods for resource allocation include: configuring a plan to utilize computer resources; partitioning computer resources; and applying a set of two or more hypervisors, which use a single service processor, to execute the plan to utilize computer resources. The hypervisors facilitate the partitioning of the computer resources, group partitions of the computer resources, control access to nodes, and change node boundaries.

Abstract: A processor unit removes, responsive to obtaining a new address, an entry from a memory of a type of memory based on a comparison of a performance of the type of memory to different performances, each of the different performances associated with a number of other types of memory.

Abstract: A processor unit removes, responsive to obtaining a new address, an entry from a memory of a type of memory based on a comparison of a performance of the type of memory to different performances, each of the different performances associated with a number of other types of memory.

Abstract: One or more physical RCDs (PRCDs) are shared between one or more workloads in one or more virtual computing environments. Example PRCD sharing operations may include: (1) providing a virtual RCD (VRCD) for one of the workloads, the VRCD being programmed with an IC design representing a hardware implementation of a software hotspot in the workload, (2) allocating one of the PRCDs to the workload by scheduling the programmed VRCD on the PRCD, (3) burning the PRCD with the IC design of the programmed VRCD so that the PRCD becomes a programmed PRCD that is capable of implementing the workload's hotspot in hardware, and (4) invoking the programmed VRCD instead of executing the hotspot as software in order to cause the programmed PRCD to implement the hotspot in hardware.

Abstract: One or more physical RCDs (PRCDs) are shared between one or more workloads in one or more virtual computing environments. Example PRCD sharing operations may include: (1) providing a virtual RCD (VRCD) for one of the workloads, the VRCD being programmed with an IC design representing a hardware implementation of a software hotspot in the workload, (2) allocating one of the PRCDs to the workload by scheduling the programmed VRCD on the PRCD, (3) burning the PRCD with the IC design of the programmed VRCD so that the PRCD becomes a programmed PRCD that is capable of implementing the workload's hotspot in hardware, and (4) invoking the programmed VRCD instead of executing the hotspot as software in order to cause the programmed PRCD to implement the hotspot in hardware.

Abstract: Optimizations are provided for processing environments. Selected memory objects are tagged with unique identifiers by an operating system of the environment, and those identifiers are used to manage processing within the environment. By detecting by a processing platform of the environment that a memory object has been tagged with a unique identifier, certain tasks may be bypassed and/or memory objects may be reused, even if located at a different location.

Abstract: A processor unit removes, responsive to obtaining a new address, an entry from a memory of a type of memory based on a comparison of a performance of the type of memory to different performances, each of the different performances associated with a number of other types of memory.

Abstract: A processor unit removes, responsive to obtaining a new address, an entry from a memory of a type of memory based on a comparison of a performance of the type of memory to different performances, each of the different performances associated with a number of other types of memory.

Abstract: One or more physical RCDs (PRCDs) are shared between one or more workloads in one or more virtual computing environments. Example PRCD sharing operations may include: (1) providing a virtual RCD (VRCD) for one of the workloads, the VRCD being programmed with an IC design representing a hardware implementation of a software hotspot in the workload, (2) allocating one of the PRCDs to the workload by scheduling the programmed VRCD on the PRCD, (3) burning the PRCD with the IC design of the programmed VRCD so that the PRCD becomes a programmed PRCD that is capable of implementing the workload's hotspot in hardware, and (4) invoking the programmed VRCD instead of executing the hotspot as software in order to cause the programmed PRCD to implement the hotspot in hardware.

Abstract: One or more physical RCDs (PRCDs) are shared between one or more workloads in one or more virtual computing environments. Example PRCD sharing operations may include: (1) providing a virtual RCD (VRCD) for one of the workloads, the VRCD being programmed with an IC design representing a hardware implementation of a software hotspot in the workload, (2) allocating one of the PRCDs to the workload by scheduling the programmed VRCD on the PRCD, (3) burning the PRCD with the IC design of the programmed VRCD so that the PRCD becomes a programmed PRCD that is capable of implementing the workload's hotspot in hardware, and (4) invoking the programmed VRCD instead of executing the hotspot as software in order to cause the programmed PRCD to implement the hotspot in hardware.

Abstract: Optimizations are provided for processing environments. Selected memory objects are tagged with unique identifiers by an operating system of the environment, and those identifiers are used to manage processing within the environment. By detecting by a processing platform of the environment that a memory object has been tagged with a unique identifier, certain tasks may be bypassed and/or memory objects may be reused, even if located at a different location.

Abstract: A computer system and a method for analysis and visualization of signalling and metabolic pathways, comprising inter-related databases including external database, a pathway database for storing curated signalling interaction between the biological entities and biological entity data, said databases including a pathart database, a curator member to generate curated signalling interaction between the biological entities obtained from external sources, said pathway database comprising a hierarchical arrangement of signalling interactions among the biological entities and biological entity data, said pathart database to store mapped addresses for hierarchically arranged signalling interactions among the biological entities and biological entity data, a processing system including a server module to fetch and/or generate desired pathways dynamically from the stored signalling interactions and biological entities, said processing system to obtain information on the selected biological entities or their interaction