Monitoring Phase. Upon completion of the Service Commitment Participants enter the Monitoring Phase. During this phase the Program Office monitors the Participant’s employment status and keeps current contact information on Participants. This begins upon completion of the Service Commitment and concludes 8 years after the Service Commitment end date. Participants will be required to:
Monitoring Phase. 7.5.1 The monitoring phase will include observation(s), conference(s), and, when appropriate, a Professional Improvement Plan (PIP), all with the express purpose of maintaining competency, commending outstanding accomplishments, identifying deficiencies, and improving performance. The immediate supervisor shall familiarize the Unit Member with the techniques to be used in observing and evaluating the Unit Member.
Monitoring Phase. 6.3.2.1 During the course of the monitoring phase, the evaluator shall monitor such activities of the unit member as he/she deems necessary to evaluate the unit member's progress toward meeting the District Standards for the Teaching Profession and other evaluation criteria as identified in
Monitoring Phase. The Monitoring Phase shall commence at the conclusion of the Construction Phase. Monitoring Phase objectives include site stabilization and groundwater monitoring.
Monitoring Phase. AIR QUALITY
Monitoring Phase. 3. Fugitive dust would be generaled Adherence to SCAOMD Rule 403 3. Construction contract will specify sile 3. Construction contractor. 3. a. Clly of Los Angeles by construction activities such as Including maintenance and equipment requirements. Field project engineer x. Cily of Los Angeles trenching and earth movement, Inspections will confirm adequate dust control c. Construction excavalion and equipment inovernenl. 3 1 Spray, use soll birders, of cover measures. storage plies,
Monitoring Phase. 6.3.2.1 During the course of the monitoring phase, the evaluator shall monitor such activities of the unit member as he/she deems necessary to evaluate the unit member's progress toward meeting the District Standards for the Teaching Profession and other evaluation criteria as identified in 6.2.2. This monitoring phase shall include such observations as the evaluator feels necessary and such conferences as either the evaluator or unit member feels necessary. Beginning with the 2003-04 school year, two additional classroom observation forms will be added to the evaluation process to assist teachers and administrators in identification of instructional strategies for English language learners. The forms include The Sheltered Instruction Observation Protocol (SIOP) and the English Language Development Observation Protocol (ELD-OP). (See Appendix F.)
Monitoring Phase. Once the tolerance parameter λ is set, monitoring can be done in the following way: suppose is the empirical distribution function, defined as the proportion of sample response times less than x among population ∆. Then, as a first sight, the contract is violated when − sup (FS(x) G^S,∆(x)) (7) x∈R+ occurs. The problem with equation (7) is that G^S,∆(x) can randomly fluctuate around FS(x), especially when |∆| is the first N responses of service S have latencies δ1, . . . δN . Taking ∆ = δ1 . . . δN , we compute G^S,∆(x) and then check if condition (8) is violated. When the (N + 1)st delay, δN+1 is recorded, we shift ∆ by one observation, making it δ2, . . . δN+1 . We compute G^S,∆(x) for this new ∆ and check violation of (8) again. This process is repeated for { } { } { } further observed response times, each time shifting ∆ by one observation.2 So ∆ is a sliding window of fixed size N . The window size N is the same as the size |∆∗| in the calibration small. A solution to this problem is to have a tolerance zone for such deviations. Our on-line monitoring procedure is then as follows. De- cide that site S violated its contract at the first time t (if any) when − ≥ sup (FS(x) G^S,∆t (x)) λ (8) x∈R+ occurs, where λ is a small positive parameter which defines the tolerance zone. Reducing λ improves the chances of detecting contract violation earlier (it reduces the detection delay), but it also increases the risk of a false alarm (it increases the false alarm rate), see [6]. Thus, tolerance parameter λ has to be tuned in a meaningful way. This is done in an off-line “calibration phase”, performed prior to the monitoring.
Monitoring Phase. Upon District’s acceptance of Consultant’s work in the previous Phase and assuming District has not delayed or terminated the Agreement, Consultant shall perform Monitoring Phase services for District during the course of construction and through Project close-out as follows:
