Data Acquisition Sample Clauses

Data Acquisition a. MODBUS Standard

Data Acquisition. The conduct of testing should conform to all professional standards concerning the data quality and quantity.

Data Acquisition. 11.1 Upon installation of the software product, depending on the software product, diagnostic as well as technical, usage-relevant and related information, including unique system and hardware identifi- ers, as well as information on the system software used, software licence and modules as well as all devices and communications controlled by the software (collectively referred to as "systemic data") are recorded locally on the Licensee's computer or the technical prerequisite for the recording of the aforementioned information by the Licensee is prepared if necessary; under the respectively indicated Webseite or in the respective software product, a detailed overview of the recorded data can be viewed. Depending on the application and configuration case, this data may also be stored locally in the network or on servers located in the network in order to enable further products or services of the licensor. The licensor is entitled to use this systemic data for diagnostic purposes or for licensor services and to collect the data, provided that it is collected and stored for the purposes described above in a form that does not allow any conclusions to be drawn about individuals. Depending on the software product, data collection can be prevented by uninstalling the analysis soft- ▇▇▇▇.

Data Acquisition. Data Acquisition collects time-series measurements from different layers including infrastructure, platform and media services. Data is collected to support service design, management and control decisions resulting in state changes in configuration items. The link between decisions and data is through queries and rules applied to contextual information stored with measurement values. The monitoring model uses an agent-based approach with hierarchical aggregation used as required for different time scales of decision-making, as shown in Figure 20.

Data Acquisition a. BACnet Standard b. MOD9200BNT BACnet Transceiver Parameters

Data Acquisition. 9.2.1 ENGINEER will Obtain Services of Others with respect to both the Survey and Geotechnical scope of work as described in paragraph 3.1.5 as follows: 9.2.1.1 ENGINEER to subcontract for completion of boundary and topographic survey of the OWNER site located at ▇▇▇ ▇▇▇▇▇ ▇▇▇▇ ▇▇▇▇▇▇ ▇▇▇▇▇▇▇▇, ▇▇▇▇▇▇▇▇. Survey will be initiated during the Preliminary Design. 9.2.1.2 ENGINEER to subcontract for completion of geotechnical investigation including geophysical investigation using an MASW (Multi-channel Analysis of Surface Waves) seismic survey and eight (8) soil borings to a depth fifty (50) feet below existing grade or auger refusal. A geotechnical report will be prepared documenting existing soil types and groundwater levels. Laboratory tests will be completed to classify soils. The report will contain recommendations for construction considerations including dewatering, foundation type and depth, backfill materials, and compaction requirements. Geotechnical investigation will be initiated during the Preliminary Design. Karst features including voids and sink holes have been identified in the vicinity of the site. Investigation will lessen the risk of unknown karst features beneath the footprint of new structures, but not alleviate all risk. If karst is encountered that results in a change of scope related to foundation or structural requirements, additional scope, schedule, and fee may be necessary.

Data Acquisition. REQUIREMENT 32: To ensure a constant evaporation rate (after the target detection rate has been achieved) the instrument must allow an automatic voltage control.

Data Acquisition. The requirement of the study was first defined and the outputs expected were noted. The various data layers of the catchment area used for the study are as follows:  Slope Map  Soil Map  Land use Classification Map  Current Management Practices  Catchment Area Map.

Data Acquisition. The goal of this task is to acquire data and information necessary to document the existing condition of the study area, including current and approved and/or in interconnection queues but not yet constructed infrastructure within the study area. This will include data and information to document features, including but not limited to: • Energy generation facilities by type, configuration, and output capability; • Easements and rights-of-way. • Substation, transmission and distribution systems; • Energy storage facilities, and; • Other data and information deemed necessary by the CSG to document current and anticipated conditions of the study area. • Consult with the CSG to determine the data and information needed to document the existing and anticipated future condition of the study area. • Consult with the CSG to determine the necessary level of detail for infrastructure information related to the study area. • Acquire data and information for the study area as noted above, and other data that may be needed to accurately represent the existing and anticipated future conditions of the study area.