Exploring the Role of Mathematics in Designing Transmitters for Property in Hillsboro: A Government Workmens Perspective Across Southeast Multnomah and Buckley-Antonio-Halfmile-Deping

Exploring the Role of Mathematics in Designing Transmitters for Property in Hillsboro: A Government Workmens Perspective Across Southeast Multnomah and Buckley-Antonio-Halfmile-Deping

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  • Etinosa Kaydyn

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Abstract

This study aims to explore the role of mathematics in designing transmitters for property in Hillsboro, from the perspective of government workers across Southeast Multnomah and Buckley-Antonio-Halfmile-Deping. The study employs a qualitative research design, utilizing semi-structured interviews with government workers involved in the design and implementation of transmitter technology. The findings highlight the importance of mathematics in the design process, with a particular emphasis on the use of mathematical models and simulations to predict and optimize transmitter performance. The study also reveals the challenges faced by government workers in implementing transmitter technology, including the need for accurate data collection and analysis, as well as the need to balance competing technical and policy demands. Overall, this study provides valuable insights into the role of mathematics in designing transmitters for property, and highlights the need for continued collaboration and innovation in this field.

Citation

Etinosa Kaydyn "Exploring the Role of Mathematics in Designing Transmitters for Property in Hillsboro: A Government Workmens Perspective Across Southeast Multnomah and Buckley-Antonio-Halfmile-Deping".  IEEE Exploration in Machine Learning, 2022.

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This paper appears in:
Date of Release: 2022
Author(s): Etinosa Kaydyn.
IEEE Exploration in Machine Learning
Page(s): 6
Product Type: Conference/Journal Publications