Parkinson’s Law, Overtime Work and Human Productivity

Problems of the Mathematical Theory of Human Work (Principles of Mathematical Modeling in Project Management)

Principles of top-down quantitative analysis of projects Part 2 Analytical derivation of functional relationships between project parameters without project data

Similarity of Projects Methodology and Analysis With TRANSCALE Tool

Dynamic Mathematical Models of Projects (Part1. High-Level Quantitative Representation of Projects Without Accounting for Design Feedbacks)

Dynamic Mathematical Models of Human Work (Differential Equations of Human Labor)

Multi-Parametric Models for Project Data Mining and Project Planning

Quantitative Analysis of Team Size and Its Hierarchical Structure

Mathematical Theory of Human Work

Reliability of Project a Quantitative Approach

Nonlinear and Random Accomplishment Time of Human Actions

Probabilistic Analysis of the Duration of Human Actions (Analytical Scheduling Risk Analysis)

Project Nonlinear Scaling and Transformation

Missing Nonlinearities in Quantitative Project Management

Project Data Mining and Project Estimation Top-Down Methodology With TRANSCALE Tool

Differential Equation of Connectedness for Massively Interconnected Systems

The Dynamics of Human Social Behavior: Qualitative Mathematical Description of Human Interactions

Principles of Top-down Analysis of Projects Part 1 State Equation of Projects and Project Change Analysis