The Robotics Institute
Search the site
RI | Research | Labs | ICLL | Past projects

Text only version of this site

Past projects, Intelligent Coordination and Logistics Laboratory

Activelets: Web-Based Planning and Scheduling Services - We are developing planning, scheduling and user interface components that enable real-time collaborative planning and scheduling by mobile decision agents.
Dirk's "J" Toolkit - Custom JAVA toolkit, user-interface for DITOPS/OZONE
Distributed Coordination of Resources - This project is investigating the issues associated with multi-agent resource coordination.
Enterprise Integration for Global Manufacture for the 21st Century - An industrial project aimed at creating the new processes and technologies for managing and operating global manufacturing businesses in the dynamic market environment of the 21st century.
HSTS Space Observatory Scheduler - HSTS has been developed and applied principally in the context of space-based observatory scheduling problems.
Integrated Planning and Scheduling - We are investigating the development of techniques for tighter integration of planning and scheduling processes.
Integrated Process Planning/Production Scheduling - A blackboard-based agent architecture for supporting mixed-initiative decision-making and integration functionalities.
Intelligent Combinatorial Optimization - We are developing adaptive mechanisms to speed up Simulated Annealing search.
Micro-Opportunistic Scheduling - Work involving Micro-Boss: a dynamic finite capacity scheduling tool for supporting efficient just-in-time operation in complex manufacturing environments subject to rapidly changing conditions.
Object Systems for Knowledge Representation - We have developed object systems that help us use frame-like features in our software.
OZONE/DITOPS - Configurable/mixed-initiative scheduling systems
Planning and Coordination in Virtual Extended Enterprises - A blackboard-based agent architecture for supporting flexible multi-level lateral and vertical planning and coordination functionalities across extended and virtual enterprises.
Scheduling and Visualization - This project is investigating the development of next-generation environments for collaborative analysis and management of large-scale schedules.
Supply Chain Modeling and Analysis - The development of tools and techniques that enable modeling and analysis of emerging supply chain management strategies and practices.


The Robotics Institute is part of the School of Computer Science, Carnegie Mellon University.
For updates and comments, please see these instructions.
This page maintained by robotwebmaster@ri.cmu.edu