FIU Discovery

Concrete Achievements and Coherent Plans: Storytelling of Roadmaps in Crypto Crowdfunding.  IEEE TRANSACTIONS ON ENGINEERING MANAGEMENT.  73:1619-1640.

Token fraud identification and implications for post-crowdfunding performance.  INFORMATION & MANAGEMENT.  63.

AUTOMATING IN HIGH-EXPERTISE, LOW-LABEL ENVIRONMENTS: EVIDENCE-BASED MEDICINE BY EXPERT-AUGMENTED FEW-SHOT LEARNING.  MIS QUARTERLY.  49:1049-1094.

Adaptation and learning of spatio-temporal thresholds in spiking neural networks.  NEUROCOMPUTING.  644.

Ethical requirements in job advertisements: A deep learning approach.  EUROPEAN MANAGEMENT REVIEW.  21:134-149.

Measuring employer attractiveness in diverse talent markets.  DECISION SUPPORT SYSTEMS.  177.

Tracking disclosure change trajectories for financial fraud detection.  PRODUCTION AND OPERATIONS MANAGEMENT.  32:584-602.

Business Workflow Optimization Through Process Model Redesign.  IEEE TRANSACTIONS ON ENGINEERING MANAGEMENT.  69:3068-3084.

Multi-level Team Assignment in Social Business Processes: An Algorithm and Simulation Study.  INFORMATION SYSTEMS FRONTIERS.  24:1949-1969.

Predicting shareholder litigation on insider trading from financial text: An interpretable deep learning approach.  INFORMATION & MANAGEMENT.  57.

Is Blockchain a Silver Bullet for Supply Chain Management? Technical Challenges and Research Opportunities.  DECISION SCIENCES.  51:8-37.

Leveraging information sharing to configure supply chains.  INFORMATION SYSTEMS FRONTIERS.  13:139-151.

Transforming activity-centric business process models into information-centric models for SOA solutions.  JOURNAL OF DATABASE MANAGEMENT.  21:14-34.

A formal modeling approach for supply chain event management.  DECISION SUPPORT SYSTEMS.  43:761-778.

Service delivery resource management using a socially enhanced resource model.  148-177.

Sustained competitive advantage using business entities (SCUBE): A practical approach for business agility.  11-18.

Sustained competitive advantage using business entities (SCUBE): A practical approach for business agility.  11-18.

An MFCC and Attention Mechanism-Based CNN Model for Fault Detection in Acoustic or Vibration Time-Series Data.  121-130.

MorNet: Asymmetric UNet-like Network with Morphological Opening and Closing for Image Segmentation.  232-246.

FINMEM: A Performance-Enhanced LLM Trading Agent with Layered Memory and Character Design.  595-597.

FINCON: A Synthesized LLM Multi-Agent System with Conceptual Verbal Reinforcement for Enhanced Financial Decision Making

Predicting Employee Occupation Mobility: A Theory-Drive Deep Learning Approach

Stand for Something or Fall for Everything: Predict Misinformation Spread with Stance-Aware Graph Neural Networks

Automatically and Adaptively Identifying Severe Alerts for Online Service Systems.  2011 PROCEEDINGS IEEE INFOCOM. 2420-2429.

Fairness of Classification Using Users' Social Relationships in Online Peer-To-Peer Lending.  733-742.

CoFlux: Robustly Correlating KPIs by Fluctuations for Service Troubleshooting

Label-Less: A Semi-Automatic Labelling Tool for KPI Anomalies.  2011 PROCEEDINGS IEEE INFOCOM. 1882-1890.

Robust Anomaly Detection for Multivariate Time Series through Stochastic Recurrent Neural Network.  2828-2837.

Data-Driven Job Capability Profiling.  DISTRIBUTED COMPUTING (DISC 2014). 187-192.

Robust and Rapid Clustering of KPIs for Large-Scale Anomaly Detection

4C: Continuous cognitive career companions.  DISTRIBUTED COMPUTING (DISC 2014). 623-629.

An unsupervised collaborative approach to identifying home and work locations.  310-317.

Impact of socio-technical network on process performance.  243-252.

Big Data architecture for IT incident management.  424-429.

Incident ticket analytics for IT application management services.  568-574.

Application management services analytics.  366-371.

Accelerating collaboration in task assignment using a socially enhanced resource model.  DISTRIBUTED COMPUTING (DISC 2014). 251-258.

A two-tier data-centric framework for flexible business process management.  1931-1942.

Disentangling the value of information and analytics through componentized business architecture.  4250-4259.

IT incident management by analyzing incident relations.  DISTRIBUTED COMPUTING (DISC 2014). 631-638.

Uniform modeling of resources and business processes using business entities.  693-700.

Business artifact-centric modeling for real-time performance monitoring.  DISTRIBUTED COMPUTING (DISC 2014). 265-280.

Operational innovation: From principles to methodology.  29-36.

Towards a method for realizing sustained competitive advantage through business entity analysis.  216-230.

Integrated modeling of performance monitoring with business artifacts.  64-71.

Creating a minimal adapter for multiple business process composition

On predicting impacts of customizations to standard business processes.  DISTRIBUTED COMPUTING (DISC 2014). 557-562.

Business entities: An SOA approach to progressive core banking renovation.  466-473.

A RESTful architecture for service-oriented business process execution.  197-204.

On the duality of information-centric and activity-centric models of business processes.  DISTRIBUTED COMPUTING (DISC 2014). 32-47.

A rule-based framework using role patterns for business process compliance.  DISTRIBUTED COMPUTING (DISC 2014). 58-72.

Artifact-based modeling approach for business processes management.  65-74.

Modeling business contexture and behavior using business artifacts.  DISTRIBUTED COMPUTING (DISC 2014). 324-339.

Towards formal analysis of artifact-centric business process models.  DISTRIBUTED COMPUTING (DISC 2014). 288-304.

Managing supply chain events to build senseand- respond capability.  117-134.

Simulation results for supply chain configurations based on information sharing.  2015 WINTER SIMULATION CONFERENCE (WSC). 627-635.

An analysis and taxonomy of unstructured workflows.  DISTRIBUTED COMPUTING (DISC 2014). 268-284.

Appreciation to Referees, 2023.  302-303.

Stand for Something or Fall for Everything: Predict Misinformation Spread with Stance-Aware Graph Neural Networks

Stand for Something or Fall for Everything: Predict Misinformation Spread with Stance-Aware Graph Neural Networks