•  Become an expert in the field of Distributed Computing.
•  Get the Phd degree.

• Read a number of papers, including those from HP lab.
• Try to figure out how to measure the processors' temperature.
• Try to figure out how to use temperature sensors.
• Read through a number of heat transfer tutorial.

• Analysis the data from Buffalo Data Center
• try to get familar with matlab
• Understand the AssessGrid Project

• Fix a bug in web service security framework
• Literature search for the power management  topic
• Literature search for the data center topic
• Get some knowledge about VMWare

• Literature search for the Virtual Machine topic
• Literature search for the resource scheduling topic

to do:

• extend calendar project
• be familar with maven
• be familar with globus security
• encapsulate globus API (after super computing conference)

• modify calendar part of gridshell paper
• review 2 papers

• finished the planned development for calendar project
• finished user manual for calendar project
• worked on object definition for calendar project

• used Google Calendar to submit jobs
• integrated subversion and maven into Eclipse
• fixed some path problem in gridshell

• update calendar project
• implement the qbets service and command line in gridshell
• read through the paper “The Anatomy of the Grid”
• prepare midterm for research method

• install globus
• prepare presentation for grid computing I

• look into security stuff
• finish calendar project

• looked into the Python ZSI thing for WS-Security client in python
• implement python-base security web sevice client

• Work on WSIT demo.
• Work on Calendar.