Task 5. Ensure that means are in place to gather and store data pertaining to supports needs and other project-related data. Task 6: Train and certify assessors as qualified to conduct an assessment. Task 7: Complete support needs assessments. Task 8: Compile a roster of service recipients. Task 9: Gather expenditure data per person by service. Task 10: Analyze support needs and historical expenditure data.
Task 5. Ensure that means are in place to gather and store data pertaining to supports needs and other project-related data. The purpose of this task is to ensure that appropriate electronic accommodations have been made to ensure that the data collected may be compiled, secured, and utilized to complete the project’s objectives. In brief, this requires secure computer server space to host the following types of information for each service recipient: (a) identifying information, including demographics, (b) acuity data related to the individual’s support needs assessment, and (c) historical service use and expenditure data. Further, the platform should include, or be compatible with, a safe means for DHW and HSRI to exchange data, such as through a secure file transfer protocol (FTP) site. With such information securely stored and accessible, HSRI can develop and execute the analyses necessary to: (a) keep DHW informed of the progress being made on assessments,
Task 5. Pre-Final (90%)
Examples of Task 5 in a sentence
The transportation analysis in Task 5 will evaluate up to two (2) alternatives to summarize transportation impacts and needs related to multimodal operations, circulation, and safety.
These rate setting strategies will then be used in the rate design model and supporting analytics in Task 5.
Task 5 – Victim Rescue Evolution: Lift the 145# dummy under the arms and drag it backwards a distance of 100’ and place it in the designated location.
Task 5: Increasing Awareness & Gaining Feedback on Alternative Approaches In this portion of the project, we will examine and receive feedback on how each of the scenarios that are developed addresses the idea of improving convenience for the user.
Phase 1 (Completed) Phase 2 Task 4 – System Recommendations and Design Considerations Task 5 – Expanded Analysis of Outputs Task 6 – Finances Task 7 – Other Environmental Benefits Task 8 – Stakeholder Engagement Final – Final Report EXHIBIT B1 COMPENSATION HOURS PHASE 2 Firm/Staff/Position Task 4 Task 5 Task 6 Task 7 Task 8 Final Report Total M+B/X.
More Definitions of Task 5
Task 5. Uncertainty: The task will start soon. Publications • Xxxxxx, X. 2010. Aquatic science and the water framework directive: a still open challenge towards ecogovernance of aquatic ecosystems. Aquatic Conservation: Marine and Freshwater Ecosystems, 20: 245–249. • Xxxxx, T, X. Xxxxxxxx, X.X. Xxxx, F. R. Xxxx, X. Franco, X.X. Xxxxxxx, 2010. The influence of mesh size in environmental quality assessment of estuarine macrobenthic communities. Ecological Indicators, 10 (6): 1162–1173. • Xxxx, X.X., X. Xxxxxxxx, X. Xxxxxxxx, X. Xxxxx, X. Xxxxxxxxx, X. Xxxxx, X.X. Xxxxxxx (2010). The Response of Estuarine Macrobenthic Communities to Natural- and Human-Induced Changes: Dynamics and Ecological Quality. Estuaries and Coasts 33: 1327–1339. DOI 10.1007/s12237-010- 9326-x • Notable findings and results Altogether, 13 single metrics and 8 of the most common indices used within the Water Framework Directive (WFD) for benthic assessment were selected to assess the five sampling locations based on the stressors indicated above (classification into three classes only). As single metrics abundance, species richness (as number of taxa), Shannon’s diversity (H’), AMBI (AZTI’s Marine Biotic Index), the 5 Ecological Groups (EG) in AMBI (from sensitive to opportunistic species), Margalef index (d), SN, and Xxxxxxxx indices ES100 and ES50 were calculated. As multi-metric or multivariate methods the Index of Size Spectra (ISS), BAT (Benthic Assessment Tool), NQI (Norwegian Quality Index), M-AMBI (multivariate AMBI), BQI (Biological Quality Index), BEQI (Benthic Ecosystem Quality Index), BITS (Benthic Index based on Taxonomic Sufficiency), and IQI (Infaunal Quality Index) were calculated. From Xxxxxxx correlation, it was determined that the pressure index is independent from the environmental variables, when using the whole dataset. The unique exception is the significant correlation with the distance, due to the selection of the samples in a spatial pressure gradient. When studying single metrics, the strongest correlations were found between the pressure index and diversity, ES50, SN, ES100, EG I (sensitive species), Margalef and AMBI. In all cases, there was a negative correlation between environmental quality and pressure. In the case of methods for the ecological status assessment, the highest correlations were found between pressure and BAT, M-AMBI, NQI, BQI and IQI (correlation ranging from -0.52 to -0.73), with BEQI showing the lowest significant correlation (r: - 0.45). In tur...
Task 5. Draft Expanded Table of Contents Develop and provide a draft expanded Minimum Standards and Rules and Regulations table of contents.
Task 5. The County shall contract for a geotechnical and water table report for the Property that would influence the foundation and earthwork requirements of the Tahoe City Courthouse and the Tahoe Justice Center buildings.
Task 5. Support weekly DIU operational development discussions.
Task 5. Develop SCADA Standards - The purpose of the SCADA Standards is to provide a consistent standard for implementation of SCADA systems throughout the OWNER’S territory. The intended audience for the document includes internal OWNER’S staff, third party programmers, and design engineers that have responsibility to design, program, configure or modify the SCADA system. The document is intended to be a ‘living document’ wholly owned by the OWNER that will be reviewed and updated on a regular basis. The SCADA Standards Document will be based on the implementation of instrumentation and VTSCADA software and Xxxxx Xxxxxxx PLCs. The Programming Standards will include standardized functionality for all major equipment types including pumps, valves, instruments and VFDs. Each standardized function will contain equipment level standards for data collection/integration, alarming, equipment status and trending. Deliverables: Final Design Documents including Control System Architecture, Data collection and reporting solution, backup strategy, and Ethernet Network communications design. SCADA Standards Document. Bid documents meeting the OWNER’S procurement requirements to obtain SCADA software, maintenance, support and updates, as well as necessary servers and licenses as determined as a result of this phase of service.
Task 5. ENGINEER shall conduct on-the-job and formal training (using the test environment from Task 4) to train OWNER’S staff on maintenance of SCADA software, and will develop Standard Operating Procedures (SOPs) to enable OWNER’S staff to immediately take ownership and provide critical maintenance for the SCADA system.
Task 5. Determine Need for and Calculate “Credits” to be Applied Against Capital Costs A consideration of “credits” is integral to the development of a legally valid development fee methodology. There are two (2) types of “credits” each with specific and distinct characteristics, but both of which will be addressed in the development of fees. The first is a credit due to possible double payment situations. This could occur when future contributions are made by the property owner toward the capital costs of the public facility covered by the development fee. The second is a credit toward the payment of a development fee for the required dedication of public sites and improvements provided by the developer and for which the development fee is imposed. The City will disclose to the Consultant any known credits that exist.