CLS Sample Clauses
The CLS (Continuous Linked Settlement) clause establishes the use of a payment system designed to mitigate settlement risk in foreign exchange transactions. It typically requires that both parties settle their currency trades through a CLS Bank or similar institution, ensuring that payments are exchanged simultaneously and irrevocably. By mandating this process, the clause helps prevent one party from defaulting after receiving payment, thereby reducing counterparty risk and enhancing the security and efficiency of cross-border financial settlements.
CLS. The calculation of the CLs for each of the three control charts is similar to the calculation of the annual Availability performance indices described in Section 4.3.1 except that the period for which data are to be included in the calculations is expanded from a single calendar year to the ten years, unless a shorter period is justified by the PTO, for the period immediately preceding the ISO Operations Date, or immediately preceding the date a TO becomes a PTO. To account for this change a count of Transmission Line Circuit years is included in the equations as shown below to enable derivation of CLs which represent average performance during a multi-year period. CL for Annual Transmission Line Circuit Forced Outage(IMS) Frequency where = ∑
k = 1 N k
i = 1 Y f Y Y
CLS. 3.4.1 CLS is the designated agent of CNES to operate the Argos system ground segment and to promote the use of it. Those Argos basic services are provided at cost to the users under the oversight of the Argos Operation Committee (CNES, NOAA, EUMETSAT).
3.4.2 CLS role with regard to the Argos and the JTA is: to report to the JTA on developments and operations, related to the use and performances of the system; to report to the JTA on overall costs and recovery of expenditures through service charges; this includes, in particular, the preparation of and the annual assessment of the JTA Five Year Plan (FYP); to collect requirements from the user community and implement required solutions when possible; to interface with the participating space agencies to assist in providing system upgrades if requested; to interface with manufacturers to certify their transmitter products and to provide engineering assistance to them to insure their hardware operates correctly and efficiently with the Argos system, thereby increasing and optimizing Argos system usage; to develop and maintain the ground system and the Global data processing centres; to operate the Argos ground segment; to operate the Global processing centres under quality of service agreements and deliver data collected to the user community (including international programmes such as WIGOS, IODE, GFCS, MOVEBANK, OBIS, etc.) according to international standard data exchange requirements, and protocols to perform multiple levels of quality of control on the data; to store all data processed for a duration of 12 months and to make it easily extractable in response to user requests; to monitor and control the overall performances of the systems so as to guarantee the level of quality and continuity of service; to promote the use of the Argos system and market new user communities, with the goal of minimizing the cost of using Argos; to support users through responsive customer service for any request, claim or declaration of equipment; to support the JTA Executive Committee in JTA management and operations; to support ROCs and ROs as needed especially by facilitating access to and interaction between them and the user communities; CLS to present breakdown of JTA income by platform type. to ensure web availability of data required by ROC’s
CLS. The term “
CLS. The calculation of the CLs for each of the three control charts is similar to the calculation of the annual Availability performance indices described in Section 4.3.1 except that the period for which data are to be included in the calculations is expanded from a single calendar year to the ten years, unless a shorter period is justified by the PTO, for the period immediately preceding the ISO Operations Date, or immediately preceding the date a TO becomes a PTO. To account for this change a count of Transmission Line Circuit years is included in the equations as shown below to enable derivation of CLs which represent average performance during a multi-year period. CL for Annual Transmission Line Circuit Forced Outage(IMS) Frequency Y Nk Y CLfvc = S S fik / ( S Nk) where CLfvc = center control line value for the Forced Outage(IMS) frequencies for each of the Transmission Line Circuits in the Voltage Class for Y years prior to the ISO Operations Date, or the date a TO becomes a PTO. Y = number of years prior to the ISO Operations Date (or the date a TO becomes a PTO) for which the PTO has reliable, continuously recorded Outage(IMS) data. Y=10 is preferred. CL for Annual Accumulated Forced Outage(IMS) Duration for those Transmission Line Circuits with Forced Outages(IMS) Y No,k Y CLdvc = S S dik / ( S No,k) where CLdvc = center control line value for accumulated Forced Outage(IMS) duration for each of the Transmission Line Circuits in the Voltage Class for Y years prior to the ISO Operations Date (or the date a TO becomes a PTO) in which the Forced Outage(IMS) frequency (fik) was greater than zero. CLPvc = S (Nk - No,k) k=1 Y S Nk k=1 where CLPvc = center control line value for the proportion of Transmission Line Circuits in the Voltage Class with no Forced Outages(IMS) for Y years prior to the ISO Operations Date, or the date a TO becomes a PTO.
CLS. 3.4.1 CLS is the designated agent of CNES to operate the Argos system ground segment and to promote the use of it. Those Argos basic services are provided at cost to the users under the oversight of the Argos Operation Committee (CNES, NOAA, EUMETSAT).
3.4.2 CLS role with regard to the Argos and the JTA is:
i. to report to the JTA on developments and operations, related to the use and performances of the system;
ii. to report to the JTA on overall costs and recovery of expenditures through service charges; this includes, in particular, the preparation of and the annual assessment of the JTA Five Year Plan (FYP);
iii. to collect requirements from the user community and implement required solutions when possible;
iv. to interface with the participating space agencies to assist in providing system upgrades if requested;
v. to interface with manufacturers to certify their transmitter products and to provide engineering assistance to them to insure their hardware operates correctly and efficiently with the Argos system, thereby increasing and optimizing Argos system usage;
vi. to develop and maintain the ground system and the Global data processing centres;
vii. to operate the Argos ground segment;
viii. to operate the Global processing centres under quality of service agreements and deliver data collected to the user community according to international standard data exchange requirements and protocols;
ix. to perform multiple levels of quality of control on the data;
x. to store all data processed for a duration of 12 months and to make it easily extractable in response to user requests;
xi. to monitor and control the overall performances of the systems so as to guarantee the level of quality and continuity of service;
xii. to promote the use of the Argos system and market new user communities, with the goal of minimizing the cost of using Argos;
xiii. to support users through responsive customer service for any request, claim or declaration of equipment;
xiv. to support the JTA Executive Committee in JTA management and operations;
xv. to support ROCs and ROs as needed especially by facilitating access to and interaction between them and the user communities;
xvi. CLS to present breakdown of JTA income by platform type.
CLS. 3.4.1 CLS is the designated agent of CNES to operate the ARGOS system ground segment and to promote the use of it. Those Argos basic services are provided at cost to the users under the oversight of the Argos Operation Committee (CNES, NOAA, EUMETSAT).
3.4.2 CLS role with regard to the Argos and the JTA is: • to report to the JTA on developments and operations, related to the use and performances of the system; • to report to the JTA on overall costs and recovery of expenditures through service charges; this includes, in particular, the preparation of and the annual assessment of the JTA Five Year Plan (FYP); • to collect requirements from the user community and implement required solutions when possible; • to interface with the participating space agencies to assist in providing system upgrades if requested; • to interface with manufacturers to certify their transmitter products and to provide engineering assistance to them to insure their hardware operates correctly and efficiently with the Argos system, thereby increasing and optimizing ARGOS system usage; • to develop and maintain the ground system and the Global data processing centres; • to operate the ARGOS ground segment; • to operate the Global processing centres under quality of service agreements and deliver data collected to the user community according to international standard data exchange requirements and protocols; • to perform multiple levels of quality of control on the data; • to store all data processed for a duration of 12 months and to make it easily extractable in response to user requests; • to monitor and control the overall performances of the systems so as to guarantee the level of quality and continuity of service; • to promote the use of the ARGOS system and market new user communities, with the goal of minimizing the cost of using Argos; • to support users through responsive customer service for any request, claim or declaration of equipment; • to support the JTA Executive Committee in JTA management and operations; • to support ROCs and ROs as needed especially by facilitating access to and interaction between them and the user communities.
CLS. Use The CLear Status command clears status data structures, i.e. standard event status registers, so that the corresponding summary ESB bit is clear. See also chapter IEEE Standard Status Data Structure. Example : → *CLS The standard event status enable register allows one or more events in the standard event status register to be reflected in the ESB summary-message bit. See also chapter IEEE Standard Status Data Structure. Example : → *ESE 32 (enables command error event) Use The standard Event Status Enable query allows the programmer to determine the current contents of the standard event status enable register. See also chapter IEEE Standard Status Data Structure. Example : → → : *ESE? Example : → *SRE 32 (enables standard event status bit [ESB])
CLS