Load Balance definition

Load Balance. The actions undertaken by the Operator in the context of its responsibility to ensure in every case a balance between Natural Gas deliveries and off-takes to and from the NNGTS, and the safe, smooth and productive operation of the NNGTS.

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Load Balance. We provide you with a computer tool to determine if your total discounts that month to patients exceed the total fixed funds paid to you for that month. In this way the program should pay you more than your 100% cash fee for the same procedures. You always have the option to refer away patients who would produce less revenue than normal for you to a specialist in that procedure. You do not have to accept patients if you do not want them, and you do not have to accept patients above a number you specify by email to us after we receive your agreement. You can treat patients instead of referring them if you are clinically skilled, in which case the financial impact of the discount will be negligible.

Load Balance. (or Load Balancing) means Software services are actively distributed and utilized across multiple connected Devices at any instant.

Examples of Load Balance in a sentence

• HVAC SUBCONTRACTORS: Air Balance Report SPRINKLER SUBCONTRACTORS: Verification Report ELECTRICAL SUBCONTRACTORS: ESA Approved/Passed Final Inspection Permit and Electrical Load Balance/ Emergency Light Test FIRE ALARM SUBCONTRACTORS: Verification Report Any other pertinent documents needed to close with the appropriate building enforcement agency All of the necessary documents that pertain to the Subcontractor’s Scope of Work.

• By June 1 of every year, the Operator prepares and submits to RAE an Annual Load Balance Plan for the next Year, which together with any amendments thereof is approved by ▇▇▇ and is publicised care of the Operator.

• In the context of Daily Handling of Negative ΗΕΕΦ, the Operator shall calculate the Daily Shortage in Load Balance as a percentage of the Transfer User’s Committed Transfer Capacity.

• The Operator shall be reimbursed through the special Balance Account that he keeps pursuant to Article 7.12 for any expenses he may bear as a result of proceeding with Load Balance.

• For unassigned WANs, users can select Load Balance mode and select session or IP for load balancing.

• The Tolerance Limit of Daily Shortage in Load Balance in the case of supplying a New Receiving Facility shall apply only as regards the part of the Transfer User’s Committed Transfer Capacity that corresponds with the Committed Transfer Capacity to be Received that the Transfer User has committed at a Point of Exit in order to service the New receiving Facility.

• If on any Day the Transfer User does not deliver at a Point of Entry and does not receive from a Pont of Exit Natural Gas from ESMFA according to his Statement that is also accepted by the Operator, the Tolerance Limits of Daily Shortage in Load Balance shall not apply.

• The Operator ensures at all times that deliveries and offtakes of Natural Gas are balanced (Load Balance) in the NNGTS, taking into account losses and the Quantities of Natural Gas stored in the NNGS, so that the NNGS operates reliably, safely and productively.

• Load Balance Agreement: Contract concluded between the Operator and the User or Third party for the supply and delivery to the NNGS or for sale and offtake from the NNGS of Natural Gas Quantities within the framework of the measures undertaken by the Operator for the purposes of Load Balancing.

• The Operator, in the context of his jurisdiction, may enter into contracts with Users or / and Third Parties for the supply and delivery to ESFA, or the sale and receipt by ESFA, of Quantities of Natural Gas in the context of the Operator’s carrying out Load Balance Actions (Load Balance Contracts).

More Definitions of Load Balance

Load Balance. The BlendCAC framework takes advantage of a delegation mechanism to distribute the load of the centralized PDC server to separate local domain coordinators, such that the bottleneck effect of PDC is mitigated and the risk of malfunction resulting from centralized system is reduced. Even in the worst case when the PDC crashes for a short period of time, a large number of domain coordinators still work normally on behalf of the PDC to provide services; • Decentralized authorization: By leveraging the blockchain technique, the proposed BlendCAC scheme allows users to control their devices and resources without depending on a third centralized authority to establish the trust relationship with unknown nodes; instead, it can define a domain-specific access authorization policy which is meaningful to distributive, scalable, heterogeneous and dynamic IoT-based applications; • Edge computing-driven intelligence: Thanks to the federated delegation mechanism and blockchain technology, the BlendCAC framework provides a device-driven access control strategy that is suitable for the distributed nature of the IoT environment. Through transferring power and intelligence from the centralized cloud server to the edge of the network, the risk of performance bottleneck and single point of failure are mitigated, and smart things are capable of protecting their own resources and privacy by enforcing a user-defined security mechanism; • Fine granularity: Enforcing access right validation to local service providers empowers smart devices to decide whether or not to grant access to certain services according to local environmental conditions. Fine-grained access control with a lease privilege access principle prevents privilege escalation, even if an attacker steals the capability token;