I am a former student of Electrical Engineering at the Department of Electrical and Computer Engineering here at Northeastern University (the first logo at the top). My area of concentration is Computer Engineering and I was a part of the Northeastern University Computer Architecture Reseach (NUCAR) group within Computer Engineering community.
My Ph.D. dissertation advisor was Professor David Kaeli of Norteastern University.
My research interests are in the area of Computer Engineering with special emphasis on computer architecture and organization.
My Ph.D. dissertation can be found here in either PostScript or PDF formats.
You are welcome to peruse the various talks and other presentations that I've made. Many of these are related to my research but not all of them.
I have a number of papers available related to my research. Some of these are at the University of Rhode Island with the remainder at Northeastern University .
Here are some class lectures notes that I've made for some computer courses.
Some of my previous work and other information is available here.
I am best reached by email.
You are welcome to send me email at any of the addresses below.
dmorano@ece.neu.edu
(Northeastern University)
You are welcome to pick up my PGP public key here.
You are welcome to play with some miscellaneous stuff for fun that I have for playing around with.
Please help yourself to stuff that may be here .
A list of available ECE machines has been provided (by others).
Some status (possibly old) on the ECE machines is available here . Check the last column labeled "updated" to see how old the data is. Some of the data, like the machine speed (column "SPEED") and the number of CPUs (column "NCPU"), don't change very often (if at all). The column labeled "PMT" shows the total amount of physical memory for the machine in units of megabytes. The column "PMA" shows the amount of physical memory available, also in megabytes. The main data consists of the 1-minute, 5-minute, and 15-minute load averages for each machine. The list is sorted by the 1-minute load average in descending order.