PYTHON PROGRAMMING AND AUDITORY RESEARCH SERVICES FOR VA PORTLAND MEDICAL CENTER Solicitation ID/Procurement Identifier: 36C26021P0469 Ultimate Completion Date: Thu Mar 31 17:00:00 GMT 2022
design and implement a new Digital Shoreline Analysis System (DSAS) from scratch utilizing a free and open-source GiS (geographic information system) software that can interface with the python programming language.
As part of that work a digital measurement and control system is required that can perform data acquisition, real-time control, plot results, centrally store data over a network, is usable from a mobile touch screen interface, be controlled using the python programming language, and is programmable in a hardware description language.We require a multi-Instrument source and data acquisition module for general purpose lab use.
In the computer coding piece, tools using Python programming have been developed to minimize future work when importing new or updated data. A semi-automated method aids with quality assurance and documents the methods used when combining the datasets. For example, a consistent approach to QA-QC with all inland and coastal districts has been implemented and refined for this project in the past.
In the computer coding piece, tools using Python programming have been developed to minimize future work when importing new or updated data. A semi-automated method aids with quality assurance and documents the methods used when combining the datasets. For example, a consistent approach to QA-QC with all inland and coastal districts has been implemented and refined for this project in the past.
programming softwareCan be integrated into drones for aerial thermal imaging applicationsSummary:This requirement is for eight miniature cameras, seven must have a 8mm lens, and one must have a 12.5mm lens.Place of performance:303 Powder Mill Rd.Beltsville, MD 20705The Contractor Shall:This Sources Sought is only for the purpose of identifying potential sources as part of USDA ARS market research.
.• A maximum Doppler range of at least +/- 1.5 MHz• A maximum delay greater than or equal to 600 milliseconds• A minimum delay less than or equal to 2.5 microseconds• A delay resolution less than 100 picoseconds• Must support the ability to externally control the channel emulator using SCIPI commands or another API compatible with the Python programming language• Must be upgradable to support 5G hardware and software platforms• Provide the ability
