System Parameters Sample Clauses

System Parameters. During the Operational Period, Operator shall purchase and maintain, at Operator's expense, all equipment necessary to operate the System in accordance with the terms of this Agreement and the Licenses.
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System Parameters. The Servicer is responsible for designing, implementing and maintaining the PHEAA System in order to remain in compliance with the requirements of this Agreement.
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System Parameters. Width 1800 mm -------------------------------------------------------------------------------- Thickness 1100 mm -------------------------------------------------------------------------------- Height 2000 mm -------------------------------------------------------------------------------- Weight 400 kg -------------------------------------------------------------------------------- Xxxxxxxxx Xxxx 0 x 10 rows of ID-I cards -------------------------------------------------------------------------------- Placement Precision 0.1 mm -------------------------------------------------------------------------------- Power Supply 3 phase 380VAC+-5% -------------------------------------------------------------------------------- Maximum Electric Current 25 Amp -------------------------------------------------------------------------------- Power 1.2 KVA -------------------------------------------------------------------------------- Frequency 50/60 Hz -------------------------------------------------------------------------------- Condensed Air Pressure 6bar -------------------------------------------------------------------------------- Condensed Air Flow 100NL/min -------------------------------------------------------------------------------- Condensed Air Conditions 5 micron filter, dry, oil free -------------------------------------------------------------------------------- IC WIRE IMPLANTING MACHINE
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System Parameters. The system parameters that apply to the MFR Link Integrity Protocol are listed below. Table 3 lists the default values and acceptable ranges for these system parameters.
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System Parameters. Height [ ] --------------------------------------------- --------------------------------- Width [ ] --------------------------------------------- --------------------------------- Thickness [ ] --------------------------------------------- --------------------------------- Weight [ ] --------------------------------------------- --------------------------------- Power Supply [ ] --------------------------------------------- --------------------------------- Maximum Electric Current [ ] --------------------------------------------- --------------------------------- Power [ ] --------------------------------------------- --------------------------------- Frequency [ ] --------------------------------------------- --------------------------------- Condensed Air Pressure [ ] --------------------------------------------- --------------------------------- Condensed Air Flow [ ] --------------------------------------------- --------------------------------- Condensed Air Conditions [ ] --------------------------------------------- ---------------------------------
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System Parameters. The maximum frame relay information field size defined in section 2.2.2 of this implementation agreement (default value of 1600 octets) shall also apply to the maximum size of the Full Status message. The following figures are provided to illustrate operation under error conditions. Process Up To The Last PVC Status IE Received Receive Bad Nr Ignore message Count As Single N392 Errored Event Stop Continued Enquiries Full Status Enquiry LIV Status Enquiry User Restart T391 Full Status Continued Enquiry Restart T391 Full Status Enquiry T391 Expiry LIV Status Restart T392 Full Status Continued (m-n) Restart T392 Full Status Continued (o-p) Restart T392 Full Status Continued (m-n) Restart T392 Network Restart T391 T391 Expiry Restart T391 T391 Expiry (m-n) : PVC Status IEs for DLCIs m thru n Figure A-3. User Receives Errored Full Status Continued Response User Network T391 Expiry Restart T391 LIV Status LIV Status Enquiry Restart T392 T391 Expiry Restart T391 Restart T391 Full Status Enquiry Process Up To The Last PVC Status IE Received Full Status Continued Enquiry Full Status Continued (m-n) Response Not Sent T391 Expiry Count As Single N392 Errored Event T391 Expiry Restart T391 Full Status Continued (m-n) Full Status Enquiry Restart T392 (m-n) : PVC Status IEs for DLCIs m thru n Figure A-4. User T391 Expiry On Full Status Continued Response User Network T391 Expiry Restart T391 LIV Status Enquiry LIV Status Restart T392 T391 Expiry Restart T391 T391 Expiry Restart T391 Restart T391 Full Status Enquiry T391 Expiry Count As Single N392 Errored Event Transmit Full Status Enquiry Full Status Enquiry Full Status Continued Enquiry Full Status Continued (m-n) Bad Nr Received Store Send Seq # Count As Single N392 Errored Event Retransmit Full Status Continued Response Full Status Continued (m-n) Full Status (o-p) Restart T392 Restart T392 Restart T392 T391 Expiry Restart T391 LIV Status Enquiry LIV Status Restart T392 (m-n) : PVC Status IEs for DLCIs m thru n Figure A-5. Network Receives Errored Full Status Continued Enquiry Restart T391 T391 Expiry LIV Status Enquiry Restart T391 Full Status Enquiry T391 Expiry Restart T391 Full Status Enquiry Restart T391 Full Status Enquiry T391 Expiry LIV Status Restart T392 Full Status Continued (m-n) Restart T392 Request Not Received T392 Expiry Counts As A Single N392 Errored Event T392 Expiry Restart T392 Full Status Continued (m-n) Restart T392 Network User (m-n) : PVC Status IEs for DLCIs m thru n Figure A-6. Network T39...
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System Parameters. The system we study in this paper has two critical parameters. Asynchronous systems or synchronous systems: In a syn- chronous system, there is an upper bound on the message delivery delay from one node to another which is known by all nodes. Nodes take actions in rounds. Each round takes a constant period of time which is sufficient for nodes to send messages, do local computa- tions and accept incoming messages. In asynchronous distributed systems, the message delay from one node to another has no finite upper bound. Messages may be delayed for arbitrary time periods. However, messages will eventually be delivered. Nodes take actions when they are activated by events, such as messages arriving. In this paper, we study asynchronous systems. Broadcast transmission or point-to-point transmission: if the transmission mechanism is point-to-point, nodes can send a Byzantine Agree- ment in Incom- plete Networks Exact Agreement Approximate Agreement Synchronous Network Asynchronous Network Synchronous Network Asynchronous Network Deterministic Algorithm Deterministic Algorithm Randomized Algorithm Deterministic Algorithm Deterministic Algorithm Point-to-Point Local Broadcast Point-to-Point Point-to-Point Local Broadcast Necessary& Sufficient Conditions Necessary& Sufficient Conditions Necessary& Sufficient Conditions Necessary& Sufficient Conditions Necessary Condition Xxxxx Xxxxx [7] Xxxx et al.[11] Impossible Xxx- port et al.[13] Our Work Xxxxx et al.[8] Xxxxxxx et al.[1] Xxxx et al.[18] Figure 2: Comparison with previous work. message to at most one neighbor at a time. If the transmission mechanism is broadcast, node u sends identical messages to all of its neighbors at the same time. In this paper we study the point-to- point transmission mechanism.
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System Parameters. Height [ ] ------------------------------------------ ------------------------------------- Width [ ] ------------------------------------------ ------------------------------------- Thickness [ ] ------------------------------------------ ------------------------------------- Weight [ ] ------------------------------------------ ------------------------------------- Size of Laminating Board [ ] ------------------------------------------ ------------------------------------- Laminating Area [ ] ------------------------------------------ ------------------------------------- Power Supply [ ] ------------------------------------------ ------------------------------------- Maximum Electric Current [ ] ------------------------------------------ ------------------------------------- Power [ ] ------------------------------------------ ------------------------------------- Frequency [ ] ------------------------------------------ ------------------------------------- Pressure [ ] ------------------------------------------ ------------------------------------- Pressure Precision [ ] ------------------------------------------ ------------------------------------- Maximum Temperature [ [ ] ] ------------------------------------------ ------------------------------------- Temperature Control Precision [ [ ] ] ------------------------------------------ ------------------------------------- Heater Board Thickness [ ] ------------------------------------------ ------------------------------------- Heater Board Separation Distance1 [ ] ------------------------------------------ ------------------------------------- Stabilizing Board Surface Temperature [ [ ] ] Distribution ------------------------------------------ ------------------------------------- Condensed Air Pressure [ ] ------------------------------------------ ------------------------------------- Condensed Air Flow [ ] ------------------------------------------ ------------------------------------- Condensed Air Conditions [ ] ------------------------------------------ -------------------------------------
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Related to System Parameters

  • Configuration The configuration for the Purchase Right Aircraft will be the Detail Specification for Model 767-3S2F aircraft at the revision level in effect at the time of the Supplemental Agreement. Such Detail Specification will be revised to include (i) changes required to obtain required regulatory certificates and (ii) other changes as mutually agreed upon by Boeing and Customer.

  • Technical Specifications The Technical Specifications furnished on the CD are intended to establish the standards for quality, performance and technical requirements for all labor, workmanship, material, methods and equipment necessary to complete the Work. When specifications and drawings are provided or referenced by the County, these are to be considered part of the Scope of Work, and to be specifically documented in the Detailed Scope of Work. For convenience, the County supplied specifications, if any, and the Technical Specifications furnished on the CD.

  • Service Description The Parties will provide Common Channel Signaling (CCS) to one another via Signaling System 7 (SS7) network Interconnection, in accordance with prevailing industry standards. Use of a third party provider of SS7 trunks is permitted.

  • Quality Specifications SANMINA-SCI shall comply with the quality specifications set forth in its Quality Manual, incorporated by reference herein, a copy of which is available from SANMINA-SCI upon request.

  • Forecasting Manager and Sprint PCS will work cooperatively to generate mutually acceptable forecasts of important business metrics including traffic volumes, handset sales, subscribers and Collected Revenues for the Sprint PCS Products and Services. The forecasts are for planning purposes only and do not constitute Manager's obligation to meet the quantities forecast.

  • Interfaces Bellcore’s GR-446-CORE defines the interface between the administration system and LIDB including specific message formats. (Bellcore’s TR-NWP-000029, Section 10)

  • Protocol No action to coerce or censor or penalize any negotiation participant shall be made or implied by any other member as a result of participation in the negotiation process.

  • Product Specifications The Company agrees that all Products sold to Xxxx hereunder shall conform to the respective specifications set forth on Schedule A or to such other specifications as are from time to time agreed upon by the Parties.

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