Author: Abdullah Ibne Alam
Date: August 24, 2005
Technology: C++ (MFC: Microsoft Foundation Class) Microsoft Visual C++ 6.0
The Digital Anemometer is an advanced wind measurement device designed to provide precise wind velocity readings with modern digital connectivity features. It seamlessly integrates sensor-based measurement, PC interfacing, and server-based data management for real-time monitoring and analysis.
Accurately measures wind speed using high-precision sensors and advanced measurement algorithms. Provides real-time readings for environmental monitoring and research.
Designed to connect to a personal computer (PC) via a digital interface, enabling smooth data transfer and real-time monitoring of wind velocity data through a user-friendly software interface.
Continuously records wind velocity readings or captures data at defined intervals. The readings are stored locally on the PC, maintaining a complete log of wind behavior for analysis and reporting.
Upload collected wind data to a central server database at scheduled intervals. This allows multiple anemometers across different sites to contribute to a unified dataset.
Provides remote access to the server database from any internet-enabled device. Users can view, analyze, and download data from anywhere, enabling effective decision-making for:
- Weather forecasting
- Environmental monitoring
- Renewable energy management
- Aviation and research applications
Includes visualization tools to display wind velocity data through interactive charts, graphs, and reports, helping users identify patterns, trends, and anomalies over time.
The Digital Anemometer offers a comprehensive solution for measuring, recording, and analyzing wind velocity with high accuracy and digital efficiency. Its integration of PC connectivity and server-based data management makes it ideal for diverse applications in meteorology, environmental science, renewable energy, and aviation.