Volume 8, Number 1 (2026) Special Issue: CSMA 2026 Papers (1)
This is the first Special Issue containing accepted papers for CSMA 2026: https://ic2sma2.christuniversity.in/2026/index.htmlArticles
Reducing Systemic Bias in Behavioral Targeting Using Explainable AI: The HARMONIA Complex Systems Approach
Ruchira Deokar, Preethi Nanjundan, Jossy P. George, and Carlos Gershenson
Regional Drought Modulation by ENSO and IOD as Indicated by the Standardized Precipitation Index
Arpit Tiwari, Preethi Nanjundan, Tanu Sharma, Ravi Ranjan Kumar, and Satyaban Bishoyi Ratna
Behavioral Biases as Drivers of Complexity in Stock Markets: An Agent-Based Modeling Approach
David Joseph Dr, Alwin Joseph, Blesson James, and Kajal Dass
A Multi-Layer Complex Adaptive System Framework for AI-Driven Robo-Advisory Services
Jesty Mariam Philip, Mohit Boralkar, and Alwin Joseph
Solving Wordle Using Information Theory
Talal Aladaileh, Donald Stephens, Mallak Alqaisi, and Congyu Wu
ARUM–D Nexus: Adaptive Reflexive Urban Metabolism for Complex Construction and Demolition Waste Governance in Bengaluru
Talat Naaz and Rosewine Joy
Complex Systems Mapping of Fiscal Growth Dynamics at Strategic Maritime Chokepoints Using Time-Series Slopes
Rahul Balamurugan, Preethi Nanjundan, and Avichal Sharma
Digital Transformation and Market Microstructure: Analyzing the Impact of Algorithmic Trading on National Stock Exchange of India Price Discovery Mechanisms Through Complex Systems Theory.
Mukesh Bhaskar Ahirrao, Harshal Anil Salunkhe, and Vishal Sunil Rana
A Dynamic Systems Framework for Customer Lifecycle Management: From Latent State Discovery to Robust Control Policy
Ali Nasirzonouzi
Modeling Flood-Induced Cascading Disruptions in the Indian Electronics Supply Chain Using Influence Network Analysis
Surendra Orupalli and Hiroki Sayama
Emergent Dynamics in Multiplex Social Networks: Agent-Based Modeling of Information Diffusion for Misinformation Control
Harshvardhan Prabhakar Ghongade, Anjali Ashokrao Bhadre, Shivani Agarwal, Harjitkumar Uttamrao Pawar, and Harshal Subhash Rane
Uncovering Discrete States from Multimodal Psychophysiological Data Using Gaussian Latent Dirichlet Allocation (GLDA)
Congyu Wu, Aaron Fisher, and David Schnyer
