Basic SLAs Sample Clauses

Basic SLAs. In the findings on existing empirical work, firstly this research splits its outcomes based on basic SLAs for different types of domain from various providers such as Network, Compute, Storage and Multimedia [8]. Most of the performance indicators in basic SLA sections are quantitative parameters and they are simple to evaluate, control and monitor. Thus, it is easy to respect most of the basic performance indicators from both customer and providers side. In addition, there is no eco-efficient green parameters included in basic/traditional SLA parameters. SLA for Network, Compute, Storage and Multimedia domain: The basic SLAs for network specifies service level commitments which are applied to measure and evaluate network performance and give proper support for their clients. Usually, from different network service provider, the following performance indicators found in their SLAs are [4]- Network Availability, Delay, Latency, Packet Delivery Ratio, Jitter, Congestion, Flow Completion time, Response time, Bandwidth, Utilization, MTBF (Mean Time Between Failure), MTRS (Mean Time to Restore Services), Solution time, Resolution time, LAN/WAN period of operation, LAN/WAN Service Time, Internet access across Firewall, RAS (Remote access Services). Some indicators like Bandwidth, Utilization, and Congestion are related to link capacity whereas Availability, Delay, Jitter, Response Time etc. associated with time related information for different network service providers. Most the cloud, grid service companies provides computing service to their consumers. The basic SLA parameter and their measurement unit for computing domains are [4], -: Broad Network Accessibility, Multi-tenancy, Rapid Elasticity, Scalability, Resource Pooling Time, Solution Time, Response Time, Availability (MTBF & MTTR), Capacity, Virtualization, Delay, Resolution Time and Logging & Monitoring. Here, Broad Network Accessibility, Multi-tenancy and Logging & Monitoring are informative indicators presented in their SLAs. The storage domains are typically handled by cloud storage provider. Interestingly, today’s cloud storage SLAs just ensure uptime guarantee but not data availability and data protection. In some case, traditional SLAs just mention about data storage security and backup but there is no proper authority or standard to check their commitments. Some common basic SLA performance indicator [4] for storage services are as follows-: Availability, Response Time, Maximum Down Time, Uptim...
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Related to Basic SLAs

  • Standard Service Features Ethernet Access allows Customer to terminate single and/or multiple Ethernet Virtual Circuits (EVCs) from Customer equipment onto a single Ethernet Access UNI.

  • Unbundled Port Features 4.2.10.1 Charges for Unbundled Port are as set forth in Exhibit A, and as specified in such exhibit, may or may not include individual features.

  • Unbundled Voice Loop – SL2 (UVL-SL2 Loops may be 2-wire or 4-wire circuits, shall have remote access test points, and will be designed with a DLR provided to NewPhone. SL2 circuits can be provisioned with loop start, ground start or reverse battery signaling. OC is provided as a standard feature on XX0 Xxxxx. The OC feature will allow NewPhone to coordinate the installation of the Loop with the disconnect of an existing customer’s service and/or number portability service. In these cases, BellSouth will perform the order conversion with standard order coordination at its discretion during normal work hours.

  • Purchase Order Flip via Ariba Network (AN) The online process allows suppliers to submit invoices via the AN for catalog and non- catalog goods and services. Contractors have the ability to create an invoice directly from their Inbox in their AN account by simply “flipping” the purchase order into an invoice. This option does not require any special software or technical capabilities. For the purposes of this section, the Contractor warrants and represents that it is authorized and empowered to and hereby grants the State and the third-party provider of MFMP the right and license to use, reproduce, transmit, distribute, and publicly display within the system the information outlined above. In addition, the Contractor warrants and represents that it is authorized and empowered to and hereby grants the State and the third-party provider the right and license to reproduce and display within the system the Contractor’s trademarks, system marks, logos, trade dress, or other branding designation that identifies the products made available by the Contractor under the Contract.

  • Collocation of Switching Equipment CLEC may collocate any equipment that is necessary for Interconnection or access to Unbundled Network Elements.

  • Interconnection Customer Compensation for Actions During Emergency Condition The CAISO shall compensate the Interconnection Customer in accordance with the CAISO Tariff for its provision of real and reactive power and other Emergency Condition services that the Interconnection Customer provides to support the CAISO Controlled Grid during an Emergency Condition in accordance with Article 11.6.

  • Conversion of Live Telephone Exchange Service to Analog 2W Loops The following coordination procedures shall apply to “live” cutovers of VERIZON Customers who are converting their Telephone Exchange Services to SPRINT Telephone Exchange Services provisioned over Analog 2W unbundled Local Loops (“Analog 2W Loops”) to be provided by VERIZON to SPRINT.

  • Registry-­‐Level Fees (a) Registry Operator shall pay ICANN a registry-­‐level fee equal to (i) the registry fixed fee of US$6,250 per calendar quarter and (ii) the registry-­‐level transaction fee (collectively, the “Registry-­‐Level Fees”). The registry-­‐level transaction fee will be equal to the number of annual increments of an initial or renewal domain name registration (at one or more levels, and including renewals associated with transfers from one ICANN-­‐accredited registrar to another, each a “Transaction”), during the applicable calendar quarter multiplied by US$0.25; provided, however that the registry-­‐level transaction fee shall not apply until and unless more than 50,000 Transactions have occurred in the TLD during any calendar quarter or any consecutive four calendar quarter period in the aggregate (the “Transaction Threshold”) and shall apply to each Transaction that occurred during each quarter in which the Transaction Threshold has been met, but shall not apply to each quarter in which the Transaction Threshold has not been met. Registry Operator’s obligation to pay the quarterly registry-­‐level fixed fee will begin on the date on which the TLD is delegated in the DNS to Registry Operator. The first quarterly payment of the registry-­‐level fixed fee will be prorated based on the number of calendar days between the delegation date and the end of the calendar quarter in which the delegation date falls.

  • Registry Performance Specifications Registry Performance Specifications for operation of the TLD will be as set forth in Specification 10 attached hereto (“Specification 10”). Registry Operator shall comply with such Performance Specifications and, for a period of at least one (1) year, shall keep technical and operational records sufficient to evidence compliance with such specifications for each calendar year during the Term.

  • Network Upgrades and Distribution Upgrades The Participating TO shall design, procure, construct, install, and own the Network Upgrades and Distribution Upgrades described in Appendix A. The Interconnection Customer shall be responsible for all costs related to Distribution Upgrades. Unless the Participating TO elects to fund the capital for the Distribution Upgrades and Network Upgrades, they shall be solely funded by the Interconnection Customer.

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