NODES. (a) Customer will pay Puppet a fee for a license subscription and for support and maintenance based on the number of Nodes managed by the Software. A “Node” is a single network-connected device such as a server, desktop, storage appliance, network device (e.g. routers or a load balancer) or laptop (virtual machines that have a unique IP address are a separate Node from the physical machine on which they reside).
NODES. (a) A “Node” is a single network-connected device such as a server, desktop, storage appliance, network device (e.g. routers or a load balancer) or laptop (virtual machines that have a unique IP address are a separate Node from the physical machine on which they reside).
NODES. This component provides the upper layer, rcl, with the capability to create Nodes. In our case, a Node initializes a Micro XRCE-DDS session and creates a participant in the Micro XRCE-DDS Agent. In micro-ROS there is a limited amount of nodes to be created. This limitation can be configured in the user configuration before building the application.
NODES. Customer will enter into an order for a license subscription and for support and maintenance based on the number of Nodes managed by the Software. A “Node” is a single network-connected device such as a server, desktop, storage appliance, network device (e.g. routers or a load balancer) or laptop (virtual machines that have a unique IP address are a separate Node from the physical machine on which they reside). For Puppet Enterprise, Customer may manage up to 10 Nodes perpetually and at no charge (the “Free License”). If Puppet provides to Customer any evaluation, trial or other promotional offering of Continuous Delivery for Puppet Enterprise for a limited period (“Free Trial”), Customer may use the Software until the end of the Free Trial period. Except as set forth in Section 1.2(b), Customer shall pay to Puppet (or an authorized reseller) a fee for a specific license term based on the number of Nodes managed by the Software (a “Paid License”). With a Paid License, Customer is allowed to burst up to double the aggregate Node count for four (4) days in each calendar month, which can be unique or consecutive days. If Customer bursts more than four days in a calendar month, the Customer will be deemed to have exceeded the Node count for the applicable license term. The fee, number of Nodes and subscription term will be stated in Customer’s Order and in a license file that accompanies the Software.
NODES. Exhibit A sets forth the number of Nodes that may be managed by the Software. The Nodes are enabled by an encrypted license file provided by Comtrend that must be loaded into the Software using the graphic user interface. Any Node whose associated device fails can be deleted from the Software and not counted towards the number of Nodes set forth on Exhibit A. Failed Nodes can be replaced at any time by one of two ways: (i) changing of the Node identified device identifier defined by Broadband forum’s TR-069 document as serial; or (ii) by deleting the failed Node’s record and adding a new record for the new replacement Node. Additional Nodes may be purchased at Comtrend’s then current rates.
NODES. For Service(s) identified on the initial page(s) of the Certificate as ‘Enterprise Wide’(“Enterprise Wide Service(s)”), Customer warrants and represents that the quantity of Service(s) purchased by Customer reflects the total number of Nodes owned or used by Customer or the legal entity or entities benefiting from the Service(s) (each, an “End User”, collectively, “End User(s)”) at the time of purchase, regardless of whether each such Node directly interacts with or is protected by the Service(s) (“Node Count”). Each “Node” is a virtual or physical unique network address, such as an Internet protocol address. Enterprise Wide Service(s) entitle the End User to receive Service(s) for an unlimited quantity of Device(s) owned or used by End User, subject always to End User’s Node Count Compliance as set forth in Section 1.1(c) below and each such Device conforming to the version requirements stated in the Symantec Supported Product List (“SPL”) available on the SII. The SPL describes the supported versions of the Device(s) that may receive Service(s). In the event the SPL indicates a Device can only be supported at a lower level of Service than what was purchased (i.e., Hosted Log Retention, Essential, or Advanced), Customer shall receive the highest supported level of Service indicated on the SPL, not to exceed the level purchased.
NODES. For Service(s) identified on the initial page(s) of the Certificate as ‘Enterprise Wide’, Customer warrants and represents that the quantity of Service(s) purchased by Customer reflects the total number of Nodes owned or used by Customer or the legal entity or entities benefiting from the Service(s) (each, an “End User”, collectively, “End User(s)”) at the time of purchase, regardless of whether each such Node directly interacts with or is protected by the Service(s) (“Node Count”). Each “Node” is a virtual or physical unique network address, such as an Internet protocol Address.
NODES. The Nodes are enabled by an encrypted license file provided by Comtrend that must be loaded into the Software using the graphic user interface. Any Node whose associated device fails can be deleted from the Software and not counted towards the agreed number of Nodes. Failed Nodes can be replaced at any time by one of two ways: (i) changing of the Node identified MAC address; or (ii) by deleting the failed Node’s record and adding a new record for the new replacement Node. Additional Nodes may be purchased at Comtrend’s then current rates.
NODES. The image is 3108 x 2508 x 3749 pixels in size. The hexahedral mesh corresponding to that image would have 5.5 billion elements. The aim was to solve this problem using 50K cores, since BSC launched an internal challenge to solve exascale problems using MareNostrum IV. Given the scalability of Alya, an approximate amount of 5 billion elements would be most efficiently run on 50K cores. The mesh itself includes the fiber information and additional labels required for electrophysiology simulations, which is expected to occupy 697GB of space. This amount of memory is required at the initial problem setup within Alya in order to do the mesh partitioning and other mesh preparation steps. Mesh generation and fiber calculation could pose a potential problem. A high memory node within MareNostrum IV has a total of 380GB capacity; 7.9GB per core. MareNostrum has a total of 216 high memory nodes with 48 cores each (10,368 cores in total). Currently, it is impossible to deal with a 697GB input problem. However, given a manageable sized input to a high memory node, the mesh division can be performed in each partition. Alya is capable of solving a problem of 5.5 billion elements, just not fully exploiting high resolution (≈697GB) input data. Detailed simulation requirements are broken down below: • Image subsampling: The currently estimated mesh size is too large to fit into one node of MareNostrum IV; therfore downsampling the image twice along each dimension (increasing the voxel size to 90μm) provides a more feasible mesh size of around 700 million elements and 90GB in size. This, however, reduces the resolution of the data, which goes against the aim of an exascale application. • Hexahedral mesh generation from an image: An ITK [15]/VTK [16] based program has been developed to convert the image into a hexahedral mesh, where every voxel is transformed into a hexahedron and the voxel value (label) is assigned to it. Additional model information needs to be included in the future. • Fiber orientation: A rule-based algorithm [17] with a corrected left ventricular outflow tract and right ventricular outflow tract orientation is being used, but currently it is not parallelised. • Cell model: Ventricular myocardial tissue has different electrophysiology properties to the purkinje fibers, therefore labels indicating this have to be included, along with the apex-to- base normal heterogeneity. Further work is required to launch the Exascale workflow with ultra high-resolutio...
NODES. The nodes represent sub-processes and are shown as icons in the User Interface. The user can choose between different collection, processing, and distribution nodes to constitute the job. CDR
