System overload definition

System overload means a number of emergency runs simultaneously in progress (i.e., the total number of emergency requests holding plus emergency runs dispatched but not yet completed) which exceed the number of available ambulances to respond, resulting in a delay in dispatch and/or response of an ambulance.
Sample 1
System overload means excessive system activity leading to the degradation of performance or failure. We have witnessed in[140] that the website Bitbucket that was hosted on the EC2 become unavailable due to a DoS attack. Although Cloud computing offers theoretically unlimited amount of computing resources but it still depends upon how you have configured your website and which availability zone the website resides in. On the contrary Wikileaks [144] used EC2 platform to host their website to protect against DoS attacks, as they were willing to pay for a high end package which means that even if their website is attacked it will still not become unavailable. In use case1 interruption in service can be picked up quickly as the enterprise is interacting directly with the infrastructure providers. Use case2 would be difficult as an interruption in service can be either at the infrastructure provider or at the broker end. The problem becomes more complicated, as it is difficult for an infrastructure provider to determine whether there is genuine peak in demand or a Dos attack as they both may create similar patterns.
Sample 1Sample 2

Examples of System overload in a sentence

  • System overload control mechanismSMSC should manage the software license control.

  • System overload and weakening of discipline have contributed to deviations from, and neglect of procedures and systems.

  • We strongly encourage that due care is exercised whenever introducing LCC Maximum Quantities to ensure that they are applied ONLY for System overload and technical reasons.

  • System overload is a common situation, and its commonness is growing along with the popularity of Internet services that increasingly demand more resources.

  • System overload is another common risk of ESBs. Since an ESB accumulates business logic, this could eventually lead to a bottleneck effect, which may significantly impair overall performance and increase complexity [9, 34].Moreover, ESBs often lack efficient integration flows and automated service updates, which are necessary to compete in increasingly distributed intra- and cross-organizational settings [15].

  • The User shall be obliged to comply with the prohibition of the following activities: 1) inconsistent with the intended use of the System; 2) causing the System overload; 3) affecting the security of the System; 4) analyzing the source code of the System.

  • Examples of factors that influence belt speed determinations include, but may not be limited to: • Presence of contamination above 10% • Material moisture content • Material compaction or fluffiness • System overload • Screen(s) efficiency in separating the material • Consistency in flow • Screen(s) overload Balers There are two double ram balers installed in the MRF that can operate at the rate of 25 tons per hour each.

  • The main hazards associated with this policy are:  Contact with exposed live exposed parts;  Faults which could cause fires or electrocution;  Fire or explosion where electricity could be the source of the ignition;  Defective and inoperable systems;  System overload;  Inadequate or deficient earthing and bonding;  Failure to comply with legislative requirements.

  • Upon receipt by the Corporation of evidence reasonably satisfactory to it of the loss, theft, destruction or mutilation of any certificate representing the Common Shares, Warrant Shares or the Warrants, and, in the case of loss, theft or destruction, of indemnity reasonably satisfactory to it, or upon surrender and cancellation of such certificate if mutilated, the Corporation will make and deliver a new certificate of like tenor and dated as of such cancellation at no charge to the holder.

  • Claire Andre and Manuel Velasquez, System overload: Pondering the ethics of America’s health care system.

Related to System overload

  • drainage work means any construction or reconstruction of or any alteration or addition to, or any work done in connection with a drainage installation but shall not include any work undertaken solely for purposes of repair or maintenance;

  • Building system means plans, specifications and documentation for a system of manufactured factory-built structures or buildings or for a type or a system of building components, including but not limited to: structural, electrical, mechanical, fire protection, or plumbing systems, and including such variations thereof as are specifically permitted by regulation, and which variations are submitted as part of the building system or amendment thereof.

  • Plumbing system means water supply distribution and disposal piping on the premises, including appliances and equipment attached thereto, between their connection points to a public or private system.

  • Interconnection Facilities means the Transmission Owner Interconnection Facilities and the Customer Interconnection Facilities.

  • Drainage system means one or more artificial ditches, tile drains or similar devices which collect surface runoff or groundwater and convey it to a point of discharge.

  • Electrical work Concealed and fire resistant wiring of “ISI” Copper Wire, Distribution board with “MCB”. “ISI” xxxx modular electrical accessories, Landline phone conduit, Cable TV wiring conduit, Separate line for inverter connection, Air-conditioner power point. Painting : Long Lasting and weather resistant acrylic paint to all external walls, All internal walls with white cement based putty finish with OBD. Plumbing & Sanitation : Sanitary xxxx for toilets, plumbing fixtures, CPVC/UPVC pipe and fitting(ISI make), SWR drainage system. Kitchen: Granite platform, ceramic tiles dado upto 2’ height, Stainless Steel sink in Kitchen, Aquaguard point, Connection for washing machine in wash area.

  • Drainage area means a geographic area within which stormwater, sediments, or dissolved materials drain to a particular receiving waterbody or to a particular point along a receiving waterbody.

  • Design-bid-build means a project delivery method in which:

  • Building Systems The mechanical, electrical, plumbing, sanitary, sprinkler, heating, ventilation and air conditioning (“HVAC”), security, life-safety, elevator and other service systems or facilities of the Building up to the point of connection of localized distribution to the Premises.

  • Base Building shall include the structural portions of the Building, the public restrooms and the Building mechanical, electrical and plumbing systems and equipment located in the internal core of the Building on the floor or floors on which the Premises are located. Tenant shall promptly provide Landlord with copies of any notices it receives regarding an alleged violation of Law. Tenant shall comply with the rules and regulations of the Building attached as Exhibit E and such other reasonable rules and regulations adopted by Landlord from time to time, including rules and regulations for the performance of Alterations (defined in Section 9).

  • Fuel system means the components which store or transport fuel on board the vehicle and comprise the fuel tank system, all fuel and vapour lines, any non-tank mounted fuel pumps and the activated carbon canister.

  • Sewer System means pipelines or conduits, pumping stations, force mains, vehicles, vessels, conveyances, injection wells, and all other constructions, devices, and appliances appurtenant thereto used for conducting sewage or industrial waste or other wastes to a point of ultimate disposal or disposal to any water of the state. To the extent that they are not subject to section 402 of the federal Water Pollution Control Act, ditches, pipes, and drains that serve only to collect, channel, direct, and convey nonpoint runoff from precipitation are not considered as sewer systems for the purposes of this part of this division.

  • generating plant means the generating facility described in Schedule 1 as amended from time to time;

  • Fire alarm system means a system designed to detect and annunciate the presence of fire, or by-products of fire. Fire alarm system includes smoke detectors.

  • Common Facilities means the facilities under D.G.sets/D.G.rooms, water storage tanks its pumping and supply system, sewerage & drainage systems, electric sub-station/ transformers/electric panels/distribution network, maintenance service rooms, lawns including lighting & services etc., roads, pathways & driveways including street lighting & services etc., guard posts, fire hydrants & fire fighting system etc. and all such facilities and areas for common use and excluded from the computation of Super Area of the Said Premises;

  • Wastewater System means a system of wastewater collection, treatment,

  • Plumbing means plumbing as defined in Section 1(1) of the Act.

  • Telecommunications Equipment means equipment, other than Customer Premises Equipment, used by a Carrier to provide Telecommunications Services, and include software integral to such equipment, including upgrades.

  • Communications Equipment means the communications equipment of the Licensee and its affiliates, including, without limitation, cabinets, racks, electronic equipment and other similar equipment.

  • Electric System Upgrades means any Network Upgrades, Distribution Upgrades, or Interconnection Facilities that are determined to be necessary by the CAISO or Participating Transmission Owner, as applicable, to physically and electrically interconnect the Project to the Participating Transmission Owner’s electric system for receipt of Energy at the Point of Interconnection (as defined in the CAISO Tariff) if connecting to the CAISO Grid, or the Interconnection Point, if connecting to a part of the Participating TO’s electric system that is not part of the CAISO Grid.

  • Electrical Interconnection Facilities means the equipment and facilities required to safely and reliably interconnect a Facility to the transmission system of the Transmitting Utility, including the collection system between each Bloom System, transformers and all switching, metering, communications, control and safety equipment, including the facilities described in any applicable Interconnection Agreement.

  • Stormwater system means constructed and natural features which function together as a system to collect, convey, channel, hold, inhibit, retain, detain, infiltrate, divert, treat, or filter stormwater. “Stormwater system” includes both public and privately owned features.

  • Operating System refers to the software that manages Hardware for Programs and other software.

  • multi-system operator or “MSO” means a cable operator who has been granted registration under rule 11 of the Cable Television Networks Rules, 1994 and who receives a programming service from a broadcaster and re-transmits the same or transmits his own programming service for simultaneous reception either by multiple subscribers directly or through one or more local cable operators;

  • Building Contractor means the building contractor or developer appointed or to be appointed by the Grant Recipient in respect of a Firm Scheme; Business Day means any day other than a Saturday, Sunday or a statutory Bank Holiday in England;

  • Interconnection is As Defined in the Act.