April 2006
Daniel Weller @ MIT
Graduate Student
EECS (Course 6)
Massachusetts Institute of Technology

Resume
Internship Resume (pdf) (doc) (txt)
Biography
I am pursuing Master's and Doctoral degrees in Electrical Engineering
at the Massachusetts Institute of Technology. This follows the culmination of my
undergraduate work at Carnegie Mellon University, where I received a B.S. in Electrical
and Computer Engineering (with honors). Preceding my post-secondary education, I
graduated as a valedictorian from Upper Saint Clair High School in Upper Saint Clair, PA.
I also attended the (summer) 2002 Pennsylvania Governor's School for the Sciences, held at
Carnegie Mellon.
In addition to academics, I am involved in various leadership activities.
At MIT, I am the Vice President for Academics and Diversity in the EECS Graduate Student Association, where I work with committee chairs and
student volunteers to organize programs that enhance the academic sphere of graduate life and bring attention to the issues faced by students
of diverse backgrounds. I have been working this past year with the IEEE student chapter at MIT to lead 6.Insight, a department-wide seminar series to introduce students
to cutting-edge topics in electrical engineering and computer science and bring attention to exciting areas of research.
I also am a Coffee Hour Chair at the Sidney-Pacific graduate residence hall at MIT for 2007-2008. This past year, I was a
representative of EECS graduate students to the Graduate Student Council. At Carnegie Mellon, I held several offices in the Student
Dormitory Council, a student organization dedicated to representing and improving the lives
of residents of the campus housing system. I also worked with other students and
administrators as a member of the Electrical and Computer Engineering department's Student
Advisory Committee (ECE-SAC), where I also helped organize the department's first event
involving undergraduate and graduate students, faculty, and staff, the First Annual ECE Day.
I also enjoy foosball, tennis, and watching Pittsburgh Steelers football. HERE WE GO!
Courses
Spring 2008
- Transmission of Information (6.441) - Prof. Lizhong Zheng
- Graduate Thesis (6.ThG) - Prof. Vivek Goyal
Fall 2007
- Algorithms in Estimation and Inference (6.438) - Profs. Gregory Wornell and Polina Golland
- Dynamic Systems and Control (6.241) - Prof. Munther Dahleh - (listener)
- Graduate Thesis (6.ThG) - Prof. Vivek Goyal
Spring 2007
- Inference and Information (6.437) - Prof. Polina Golland
- Analysis I (18.100B) - Prof. Richard Melrose
- Research in Electrical Engineering and Computer Science (6.991) - Prof. Vivek Goyal
Fall 2006
- Fundamentals of Probability (6.436/15.085) - Prof. David Gamarnik
- Discrete-Time Signal Processing (6.341) - Prof. Vivek Goyal
- Research in Electrical Engineering and Computer Science (6.991) - Prof. Vivek Goyal
At Carnegie Mellon (Fall 2003-Spring 2006, Pre-College, and AP)
- Modern Biology (03-121)
- Modern Chemistry II (09-106) (AP)
- Introduction to Modern Chemistry I (09-105) (AP)
- Introduction to Experimental Chemistry (09-101) (AP)
- Introduction to Computer Systems (15-213)
- Fundamental Data Structures and Algorithms (15-211)
- Intermediate/Advanced Programming (15-111) (AP)
- Introductory/Intermediate Programming (15-100)
- Digital Communication and Signal Processing System Design (18-551)
- Bioimaging (18-496)
- Digital Signal Processing (18-491)
- Signals and Systems (18-396)
- Embedded Real-Time Systems (18-349)
- Analysis and Design of Digital Circuits (18-322)
- Fundamentals of Semiconductor Devices (18-310)
- Fundamentals of Computer Engineering (18-240)
- Sophomore Projects (18-231/18-232) (2 semesters)
- Fundamentals of Electrical Engineering (18-220)
- Mathematical Foundations of Electrical Engineering (18-202)
- Emerging Trends in Electrical and Computer Engineering (18-200)
- Introduction to Electrical and Computer Engineering (18-100)
- Calculus in Three Dimensions (21-259)
- Concepts of Mathematics (21-127)
- Integration, Differential Equations, and Approximation (21-122) (AP)
- Differential and Integral Calculus (21-120) (AP)
- Fundamentals of Mechanical Engineering (24-101)
- Matter and Interactions II (33-132)
- Matter and Interactions I (33-131)
- Engineering Statistics and Quality Control (36-220)
- Probability Theory and Random Processes (36-217)
- Honors Research Project (39-500) (2 semesters)
- Economic Theory (73-251)
- Macroeconomics (73-200)
- Principles of Economics (73-100)
- Economics Elective (73-001/73-002) (AP)
- Technical Communication for Engineers (76-379)
- English General Elective (76-117) (AP)
- Interpretation and Argument (76-101)
- Introduction to World History (79-104)
- Computing Skills Workshop (99-102)
Research
Signal Transformation and Information Representation (STIR) Group
Sampling Jitter in Analog-to-Digital Converters (ADCs)
The sampling process of acquiring discrete-time (digital) signals from continuous-time
(analog) signals used in analog-to-digital converters (ADCs) is highly susceptible to
timing noise, or inaccuracy in the phase of the clock controlling the sampling process.
Current methods involve designing analog clock circuitry with very nearly exact clock phase,
at the expense of component cost, power consumption, and component size. As devices that
interact with the analog world get smaller and have more stringent power requirements, ADCs
have become a significant limiting factor. I am looking at signal processing alternatives for
reducing the effect of timing noise, particularly non-linear algorithms for signal
post-processing and am comparing these novel algorithms to those linear algorithms already developed.
This work will enable significant advances in sensors, medical equipment, and scientific
instrumentation. The sampling jitter problem also has higher-dimensional analogues in
image-acquisition and microscopy.
Publications
The below articles may be protected by copyrights and/or international treaties. To obtain these articles, please either click on the supplied link or email me to request a copy for personal use.
- Mangharam, R., Weller, D. S., et. al. "GrooveNet: A Hybrid Simulator for Vehicle-to-Vehicle Networks (Invited Paper)." Proceedings of the 2nd International Workshop on Vehicle-to-Vehicle Communications. San Jose, CA, USA, July 2006. (pdf)
- Mangharam, R., Weller, D. S., et. al. "GrooveSim: A Topography-Accurate Simulator for Geographic Routing in Vehicular Networks." Proceedings of the 2nd ACM International Workshop on Vehicular Ad hoc Networks. Cologne, Germany, September 2005. (pdf)
Pictures
Other Links
MIT-Related
Carnegie Mellon-Related
Miscellaneous
Maintained by Daniel Weller -- last updated 12/19/2007. Back to top.