V. B. BALLEW

Papers

Total Citations

H-Index

About

V. B. Ballew’s research career centers on the intersection of manufacturing systems, data collection, and computer-integrated environments. Their most-cited work, “An application of the sampling theorem to data collection in a computer integrated manufacturing environment” (1989), applies signal processing principles—specifically the Nyquist sampling theorem—to optimize data acquisition in automated factories. This contribution addresses a critical challenge in CIM: ensuring that sensor data is collected at sufficient rates to accurately monitor robotic operations, just-in-time inventory flows, and CAD/CAM processes without overwhelming system resources. While the paper has garnered 2 citations, its conceptual bridging of electrical engineering theory with manufacturing control systems represents an early, forward-looking effort to formalize data collection strategies in smart factories. Ballew’s work anticipates later developments in industrial IoT and real-time monitoring, highlighting the importance of rigorous sampling theory for reliable automation. Their research remains a niche but insightful reference for scholars exploring the theoretical foundations of data-driven manufacturing, particularly in contexts where precision and efficiency in data collection are paramount.