RESOURCE MANAGEMENT LAYER Sample Clauses

RESOURCE MANAGEMENT LAYER. The Resource Management layer is responsible for managing computational and network resources of the facility and will be a single reference coordination layer for the physical infrastructure as part of the four experimentation sites. The main components of this layer are: i) the Digital Twin enabler for interaction with the Experimentation lifecycle layer, ii) the Trial Network lifecycle manager, and iii) 6G-enablers for AI. The functional requirements concerning the components of the Resource Management layer are provided in Table 7 below. Table 7. Resource Management Layer Functional Requirements REQ-RM-FUNC- 1 Interaction with the Experimentation Layer Priority Mandatory Description The Resource Management layer shall expose APIs for discoverability and secure access through the Common API framework (CAPIF), to its different functionalities REQ-RM-FUNC- 2 Provision of scalable networking tools Priority Mandatory Description Integration with digital twin platforms namely QualNet and EXata shall be considered for network modelling and simulation REQ-RM-FUNC- 3 Trial Network descriptor definition Priority Mandatory Description The Resource Management layer shall support the definition of a Trial Network Descriptor, including commands for the execution of actions such as the creation, modification, suspension, closure, and twinning of instances of the Trial Networks REQ-RM-FUNC- 4 Management of the trial network Priority Mandatory Description The Trial Network lifecycle manager shall handle the translation of the contents of a Trial Network Descriptor to the actions and configuration values necessary for the instantiation, modification of the Trial Networks REQ-RM-FUNC- 5 Inter platform distribution of resources Priority Mandatory Description The Trial Network lifecycle manager shall handle the management of the lifecycle of the Trial Network, from creation until decommission and the upkeep of their status, as well as the distribution of resources between the different Trial Networks REQ-RM-FUNC- 6 Flexibility towards the IaC Priority Mandatory Description The Resource Management layer shall support Infrastructure-as-code, including the creation of any required modifications, or the development of additional components that interface with IaaS provider to deliver additional functionalities REQ-RM-FUNC- 7 Utilisation of various Infrastructure managers Priority Mandatory Description The Resource Management layer shall be able to support other infrastructure ...
Sample 1
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RESOURCE MANAGEMENT LAYER. On top of the Physical Infrastructure layer, each Testbed Domain makes use of Infrastructure Managers (such as OpenNebula, OpenStack, PROXMOX, etc.) that allow the management of the heterogeneous capabilities in the testbeds from a single point of entry. • The Experimentation Lifecycle Layer acts as an interface between Experimenters (the users of a Trial Network) and the underlying Resource Management layer. Its main task is to manage the lifecycle of the different Trial Networks, which encapsulate the resources from the testbed that are made available to the experimenter. Access to the functionality is provided to Trial Network users mainly in the form of standardized RESTful APIs. These APIs may be complemented with one or more Web Portals that ease the usage of parts of the API, but which are not mandatory and do not replace the APIs. This architecture gives support to an undetermined number of Trial Networks, which can co-exist inside the testbed, sharing the available underlying resources but isolated from each other so that no experimenters can have access to data or computational resources that have not been reserved for their use case. An alternative view of the 6G-SANDBOX reference architecture is illustrated in Figure 5 below. This figure provides a more simplified perspective on the 6G-SANDBOX reference architecture, which is more in line with the architectural diagrams found in various standardization bodies. Figure 5. Alternative View of 6G-SANDBOX Architecture The following sub-sections provide additional details for each of the layers and the Trial Networks.
Sample 1
RESOURCE MANAGEMENT LAYER. The Resource Management Layer contains the Infrastructure Manager of the testbed, which is used for controlling the computational capabilities located in the Physical Infrastructure Layer of the Testbed. The goal of this component is to provide an abstraction layer between the different clusters that can be part of the Testbed, effectively creating a unified entry point that can be exposed to the layer above. The preferred option within the 6G-SANDBOX umbrella is OpenNebula2, however, Testbeds are free to choose a different Infrastructure Manager as long as compatible Infrastructure-as-Code providers exist for their selection. In the case of 6G-SANDBOX, Terraform3, an open-source Infrastructure-as- Code management tool, acts as the interface between the Resource Management Layer and the Experimentation Lifecycle Layer, which is located above.
Sample 1

Related to RESOURCE MANAGEMENT LAYER

  • SITE MANAGEMENT We reserve the right, but not the obligation, to: (1) monitor the Site for violations of these Terms of Use; (2) take appropriate legal action against anyone who, in our sole discretion, violates the law or these Terms of Use, including without limitation, reporting such user to law enforcement authorities; (3) in our sole discretion and without limitation, refuse, restrict access to, limit the availability of, or disable (to the extent technologically feasible) any of your Contributions or any portion thereof; (4) in our sole discretion and without limitation, notice, or liability, to remove from the Site or otherwise disable all files and content that are excessive in size or are in any way burdensome to our systems; and (5) otherwise manage the Site in a manner designed to protect our rights and property and to facilitate the proper functioning of the Site.

  • Traffic Management The Customer will not utilize the Services in a manner which, in the view of the Centre Operator, significantly distorts traffic balance on the Centre Operator’s circuits which are shared with other users. If, in the reasonable view of the Centre Operator, the Customer’s traffic patterns cause or may cause such distortion, the Customer should have a dedicated circuit capability. If the Customer declines to do so then the Centre Operator may suspend the Services while the matter is being resolved. If there is no resolution within 5 business days then either party may terminate the Agreement.

  • Service Management Effective support of in-scope services is a result of maintaining consistent service levels. The following sections provide relevant details on service availability, monitoring of in-scope services and related components.

  • Programme Management The Government will establish a programme management office and the Council will be able to access funding support to participate in the reform process. The Government will provide further guidance on the approach to programme support, central and regional support functions and activities and criteria for determining eligibility for funding support. This guidance will also include the specifics of any information required to progress the reform that may be related to asset quality, asset value, costs, and funding arrangements.

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  • PERFORMANCE MANAGEMENT SYSTEM 5.1 The Employee agrees to participate in the performance management system that the Employer adopts or introduces for the Employer, management and municipal staff of the Employer.

  • Patch Management All workstations, laptops and other systems that process and/or 20 store PHI COUNTY discloses to CONTRACTOR or CONTRACTOR creates, receives, maintains, or 21 transmits on behalf of COUNTY must have critical security patches applied, with system reboot if 22 necessary. There must be a documented patch management process which determines installation 23 timeframe based on risk assessment and vendor recommendations. At a maximum, all applicable 24 patches must be installed within thirty (30) calendar or business days of vendor release. Applications 25 and systems that cannot be patched due to operational reasons must have compensatory controls 26 implemented to minimize risk, where possible.

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