KWIM: Dataset and Supporting Materials for Wireless Infrastructure Design Based on the Khalfin Wireless Infrastructure Model
Description
This dataset accompanies the research paper: "A Systemic Approach to Wireless Infrastructure Design: The Khalfin Wireless Infrastructure Model (KWIM)" The Khalfin Wireless Infrastructure Model (KWIM) proposes a systemic engineering approach to designing, optimizing, and maintaining wireless network infrastructures, particularly in high-density environments. This dataset includes conceptual models, simulation-based representations, and structured data illustrating key relationships between: - Cell size and network capacity efficiency - Device density and performance degradation - Signal strength and effective throughput The dataset is intended to support reproducibility, conceptual validation, and further research in wireless infrastructure engineering and network optimization. The KWIM model integrates: - Environmental analysis - Topology optimization - Redundancy planning - Diagnostic frameworks Related publication: https://hal.science/view/index/docid/5607336 This work contributes to the field of capacity-oriented wireless system design and provides a foundation for future research in scalable network architectures.
Files
Steps to reproduce
1. Review the conceptual KWIM model description provided in the dataset. 2. Analyze the relationships illustrated in the figures: - Cell size vs capacity efficiency - Device density vs network performance - Signal strength vs effective performance 3. Examine the sample dataset representing network performance trends. 4. Use the provided materials to reproduce or extend conceptual modeling of wireless infrastructure systems.