Time	Location	Program
Day 1: Monday
8:30-9:00am		Breakfast (for registered participants)
Tutorials
9:00-10:30	2405	Charm++ Tutorial Abhinav Bhatele, Chao Mei and Aaron Becker This tutorial will give a basic introduction to Charm++. It will cover basic virtualization concepts, proxies and basic uses of arrays.
10:30-10:45		BREAK
10:45-12:15	2405	AMPI Tutorial Celso Mendes This tutorial will give a basic introduction to AMPI, our adaptive version of MPI on top of Charm++. Some familiarity with MPI is assumed. It will cover the major differences between MPI and AMPI, and discuss threadsafety issues like global variables.
12:15-1:30pm		LUNCH
1:30-3:00pm	2405	Communication Optimization Framework Tutorial Filippo Gioachin This tutorial introduces the communication optimization framework built into Charm++. The framework optimizes collective communictation operations. It also includes a learning framework which learns the communication patterns of an application and uses known strategies to optimize those patterns.
3:00-3:15		BREAK
3:15-5:00pm	2405	ParFUM Tutorial Isaac Dooley A basic introduction to the Parallel Framework for Unstructured Meshes(ParFUM). It will cover the concepts and major functions of the framework, and show how to convert a serial unstructured mesh program into a parallel ParFUM program running in the framework
Day 2: Tuesday
8:00-8:30am		Breakfast (for registered participants)
Welcome/Talks
8:30-9:15	2405	Welcome and Overview :  Laxmikant V. Kalé
9:15-10:00	2405	Recent Developments in NAMD Parallel Molecular Dynamics: Jim Phillips and Chee Wai Lee
10:00-10:30	2405	Optimizing Quantum Chemistry Performance Using Charm++: Eric Bohm
10:30-10:45		BREAK
10:45-11:15	2405	Visualizing Galaxies Forming: Greg Stinson and Filippo Gioachin
11:15-11:45	2405	Fault Tolerance Support for Charm++ and AMPI: Sayantan Chakravorty
11:45-12:15	2405	Scalable and Topology-Dependent Load Balancers in Charm++: Amit Sharma
12:15-1:30pm		Lunch for registered guests at Siebel Center
Afternoon Session
1:30-2:00 pm	2405	HPC-Colony Project : Terry Jones
2:00-2:30	2405	Cluster and Grid Scheduling with Faucets: Esteban Pauli
2:30-3:00	2405	Optimizing Charm++ Messaging for the Grid: Greg Koenig
3:00-3:30	2405	Interconnection Network Topologies: Nilesh Choudhury
3:30-3:45		BREAK
3:45-4:30	2405	ParFUM from an Application Perspective: Sandhya Mangala and Michael Scot Breitenfeld
4:30-5:00	2405	ParFUM Support for Parallel Mesh Adaptivity: Terry Wilmarth and Nilesh Choudhury
6:30-9:30pm		Banquet for registered guests at Siebel Center
Day 3: Wednesday
8:30-9:00am		Breakfast (for registered participants)
Talks/Concurrent Tutorials/Discussions
9:00-9:30	2405	Higher Level Parallel Programming Language: Chao Huang
9:30-10:00	2405	Byzantine Fault Detection in Charm++ - A Work In Progress Report: Dmitry Mogilevsky
10:00-10:30	2405	Scaling Cosmology Simulations to Large Machines: Filippo Gioachin
10:30-10:45		BREAK
10:45-12:15	2405	Projections and Performance Analysis Tutorial Chee Wai Lee Projections is a performance tool used to analyze Charm++ applications. The tutorial will guide the attendee through the basics of instrumentation, trace-generation and various visualization features. It will also focus on using the tool effectively by either avoiding the generation of large amounts of data or in spite of it.
12:15-1:30pm		LUNCH
1:30-3:00	2405	Advanced Charm++  Tutorial Gengbin Zheng This tutorial will cover advanced Charm++ concepts, such as Structured Dagger, threads, prioritized messages, groups, load balancers, expedited and immediate messages, etc.
3:00-3:15		BREAK
3:15-5:00	2124	Pose Applications Tutorial Nilesh Choudhury, David Kunzman and Terry Wilmarth This tutorial will present a basic introduction to Pose and describe how to use it to create PDES simulations. It will also cover VHDL and PDES simulations with BigSim.
3:15-5:00	2405	Faucets Tutorial Esteban Pauli and Greg Koenig This tutorial will present a basic overview of the Faucets system. We will cover how to use the cluster scheduler and the meta scheduler. We will also cover how to write your own scheduling strategy using the Faucets framework.