Modelling Viable Supply Networks with Cooperative Adaptive Financing
Proposes a decentralised financing mechanism to improve supply chain viability using cooperative adaptation.
Research
Networks, finance and autonomous systems.
Seven peer-reviewed papers, three theses and five think-tank reports. Also on Google Scholar and ResearchGate.
Academic papers
Towards Autonomous Supply Chains: Definition, Characteristics, Conceptual Framework, and Autonomy Levels
Establishes a foundational framework and autonomy levels for the transition toward fully autonomous supply chains.
Financial Ripple Effect in Complex Adaptive Supply Networks: An Agent-Based Model
Investigates how financial distress propagates through complex supply networks using an agent-based approach.
Implementation of Autonomous Supply Chains for Digital Twinning: A Multi-Agent Approach
Details a multi-agent system architecture for creating digital twins of autonomous supply chains.
The Value of Information for Dynamic Decentralised Criticality Computation
Explores decentralised methods for assessing node criticality in dynamic networks based on information value.
Mining Graph-Fourier Transform Time Series for Anomaly Detection of Internet Traffic at Core and Metro Networks
Applies Graph-Fourier transforms to detect anomalies in large-scale telecommunication traffic data.
Distributed Dynamic Measures of Criticality for Telecommunication Networks
Introduces distributed algorithms for computing criticality metrics in evolving telecommunication infrastructures.
Theses
Scalable Autonomous Network Control using Minimally Informed Agents
Doctoral research developing scalable control mechanisms for complex networks utilizing agents with limited local information.
Triple-Jumping over Fragmentation, Epidemics, and Spontaneous Adaption
Master's thesis examining fragmentation and spontaneous adaptation in network epidemic models.
Exploring bounds of the 3 state misanthrope interacting particle system to ensure stationarity and translation-invariance, with other results
Bachelors's thesis studying the nonstationary behaviour of 3 state misanthropic interacting particle systems.
Think-tank pieces
Bridging Universities, Capital, and Real-World Projects: A Translational Framework for Impact Measurement
A translational framework aimed at measuring real-world impact across academic and financial projects.
Grand Theft AI: Restructuring the Economy to Align with AI
Explores how economic structures must evolve to harness and align with the integration of artificial intelligence.
Scaling Businesses Out of Cambridge
Strategic overview identifying pathways and policies to scale businesses globally from the Cambridge hub.
Systematising Startup Creation in Cambridge
Presents a five-layer production model aimed at retaining innovation and streamlining startup formation.
Scaling out the Cambridge Investment Zone
Outlines the integration of AI-native infrastructure to connect the Cambridge Investment Zone globally.