TABLE OF CONTENTS
I
PUBLICATIONS OF MII FACULTY ................................................................................... 2
II
GRANT PROPOSALS BY MII FACULTY ........................................................................ 10
III
RESEARCH COLLABORATIONS OF MII FACULTY .................................................... 12
IV CONFERENCES WHERE FACULTY INTEND TO SUBMIT PAPERS ......................... 13
V
COMPUTING FACILITIES STRATEGIC PLAN MEMOS .............................................. 15
VI EQUIPMENT REQUIREMENTS OF FACULTY FOR HOMMER PROJECT ................ 20
VII STUDENT PROJECTS FROM PREVIOUS MII ................................................................ 22
VIII MINORITY STUDENTS WITH/PURSUING MASTERS AND DOCTORAL DEGREES
........................................................................................................................................... 25
I
PUBLICATIONS OF MII FACULTY
International conferences and journal publications are shown in boldface.
Clement Allen
1. Bowers, B., Allen, C., Davis, M., A Voice-Based Java Programming Environment,
Proceedings of the 9th International Conference on Human-Computer Interaction,
NewOrleans, LA, August 2001.
2. Stoecklin, S., Allen, C., Implementing Fowler’s Analysis Validator Pattern in Java, Java
Developer’s Journal, September 2000, Volume 5, Issue 9.
3. Weatherspoon, T., Bartholomew, K., Allen, C., A Study of User Responses in a Spoken
Language System with Implicit Confirmation, Proceedings of the 38th Annual ACM
Southeast Conference, Clemson, SC, April 2000.
4. Weatherspoon, T., Bartholomew, K., Allen, C. Experiments using a Spoken Language
System with Implicit Confirmation, Proceedings of ADMI 2000, Hampton, VA, June 2000.
5. Bartholomew, K., Weatherspoon, T., Allen, C. A Study of User Responses in a Spoken
Language System with Implicit Confirmation, Proceedings of SIGCSE 2000, Austin, TX,
2000, poster presentation.
6. Allen, C., Stoecklin., S., Bobbie, P., Chen, Q., Wu, P., An Architecture for Designing
Distributed Spoken Dialogue Interfaces, Proceedings of the 11th IEEE International
Conference of Tools with Artificial Intelligence, Chicago, IL, 1999.
7. Allen, C., Stoecklin., S., Bobbie, P., Chen, Q., Wu, P., A Software Engineering
Environment for Creating Distributed Spoken Language Systems, Software Engineering and
Applications, October, 1999.
8. Allen, C., Stoecklin., S., Chen, Q., Wu, P., A Software Engineering Environment to Teach
Students about Spoken Language Systems. Journal of Computing in Small Colleges, 1999.
9. Chatmon, C., Allen, C., Stoecklin, S., Using UML to Design an Intelligent Manufacturing
Workcell Controller, Proceedings of the 17th Annual AoM/IaoM International
Conference, 1999.
10. Wylie, M., Stoeckin, S., Allen, C., Extending UML for Real-Time System Specification,
Proceedings of the 17th Annual AoM/IaoM International Conference, 1999.
11. A. Korvin, R. Alo, R. Guha, C. Allen, D. Williams, Comparing Values Arising from
Imprecise Information, Proceedings of the Conference on Simulation Methods and
Applications, Orlando, FL, November 1-3, 1998.
2
12. Carson, K., Allen, C., Game-Based Methods fo Teaching Data Structures, Proceedings of the
35th Annual ACM Southeast Conference, 1997.
13. Allen, C., Bryant, B., Learning a User’s Linguistic Style : Using an Adaptive Parser to
Automatically Customize a Unification-Based Natural Language Grammar. Proceedings of
5th International Conference on User Modeling, 1996.
14. Allen, C., Bryant, B., A Unification-Based Adaptive Parser. Proceedings of the 10th Annual
ACM Symposium on Applied Computing, 1995.
15. Allen, C., Bryant, B., Using an Adaptive Parser to Customize a Constraint-Based Natural
Language Grammar. Journal of the Alabama Academy of Science, 1995.
16. Allen, C., Bryant, B., Adaptive Parsing Using A Logic Grammar. Proceedings of the 31st
Annual ACM Southeast Conference, 1993.
Usha Chandra
1. J. Kolhe, U. Chandra, A. Srinivasan, S. Namilae and N. Chandra, “Parallel Simulation of
Nanospace Interface” Submitted to Inernational Conference on High Performance
Computing”, Bangalore, India, December 18-21, 2004, To be submitted May 3, 2004.
2. U. Chandra, D. W. Evans, E. Jones, “ Vertical Integration of Social, Professional and Ethical
Issues in the ACM Computing Curricula 2001 across a Computer Information
Science/Systems Curriculum” Accepted for Publication in the Proceedings of the joint
meeting of the International Conference on Education and Information Systems,
Technologies and Applications (EISTA 2004) and the International Conference on
Cybernetics and Information Technologies, Systems and Applications (CITSA 2004), to
be held in Orlando, USA, in July 21-25, 2004.
3. J. Kolhe, U. Chandra, A. Srinivasan, S. Namilae and N. Chandra, “Parallelization Of
Molelcular Dynamics For Modeling Interface Properties Of Carbon Nanotube Based
Composites” Accepted for Publication and Presentation in South East Conference on
Theoretical Applied Mechanics XXII”, August 15-17, 2004, Tuskeegee, Alabama.
4. Q. Wang, U. Chandra, “An Integrated and Client-Server Based Graphical User Interface
(GUI) for a Software Timing Tool”, Proceedings of the Southeast ACM conference, Raleigh,
NC, April 2002.
5. P. Stitt, U. Chandra, , “A Performance Prediction Methodology for Superscalar and
Superpipelined Processors”, Proceedings of ACM Southeast Conference, Augusta, Georgia,
March 2001.
6. U. Chandra, J. Shi, N. Chandra, “Design and Implementation of IBIDS – An Internet Based
Integrated Design System”, Proceedings of the IASTED Internet and Multimedia
Systems and Applications Conference, Nassau, Bahamas, October 18-21, 1999.
3
7. U. Chandra, J. Shi, N. Chandra, “Distributed Computing System Using Client/Server
Technology on the Internet”, Proceedings of ACM Southeast Conference, Mobile, Alabama,
April 15-18, 1999.
8. Shi, J., Chandra, U., Chandra, N., “Integrated Design Environment for the Manufacture of
SPF Components”, Proceedings of Symposium on Superplasticity & Superplastic Forms.
September 1998, PNNL-SA-30406, pp. 20-23.
9. K. Cooks, U. Chandra, “Design and Implementation of A Graphical User Interface for A
Timing Tool”, 1997 Southeast ACM Conference, Murfreesboro, Tennessee, April 1997.
10. U. Chandra, M.G. Harmon, "Predictability of Program Execution Times on Superscalar
Pipelined Architectures", Proceedings of the Workshop on Parallel and Distributed RealTime Systems, International Parallel Processing Symposium, pp. 104-112, April 1995,
Santa Barbara, CA.
11. M.G. Harmon, U. Chandra, J. Zhang, “A Graphical User Interface for A Software Timing
Tool", Proceedings of the Fourth Software Engineering Research Forum, pp. 311-318,
November 1995, Boca Raton, FL.
12. B. Roy, U. Chandra , N. Chandra, “Computer Simulation of Realistic Microstructures”,
Accepted for publication in Materials Science Letters, November 1996.
13. U. Chandra, S. Stoecklin, M.G. Harmon, “Introducing Research in An Undergraduate
Program”, Accepted for Publication with revisions to Journal of College Science Teaching,
October 1998.
Deidre Evans
1. Stoecklin, Sara, Williams, Deidre, “Modeling a Professional Liability Claims Handling
System Using UML”, Journal of Conceptual Modeling, Volume Number 13, April 2000.
2. Korvin, A., Alo, R., Guha, R., Allen, C, Williams, D., “Comparing Values Arising From
Imprecise Information”, 1998 Conference on Simulation Methods and Application, Orlando,
FL, November 1-3, 1998, pp. 188-196.
3. Balaram, M., Guha, R., Velamupati, U., Williams, D., “Intelligent Control in Data
Distribution Management of HLA”, 1998 Conference on Simulation Methods and
Application, Orlando, Florida, November 1-3, 1998, pp.227-230.
4. Stoecklin, S., Williams, D., Stoecklin, P., “Tailoring the Process Model for Maintenance and
Re-engineering”, IEEE Second Euro Conference on Software Maintenance and
Reengineering, Florence, Italy, March 1998, pp.209-212.
4
5. Stoecklin, S., Williams, D., Swain, R. “Understanding Object-Oriented Systems
Specifications Using Familiar Systems”, Software Engineering: Education & Practice,
IEEE Computer Society Press, January 1998, pp.10-15.
6. Stoecklin, S., Williams, D., Jones, M. “Object-Oriented Graphical Specification Techniques
for the Library System”, Journal of Computing in Small Colleges, Volume 12, Number 4,
April 1997, pp.230-239.
7. Brown, C., Shute, M.W., Williams, D., Muhammad, F. “Development and Calibration of an
Optical Fiber Polarimeter”, SPIE: Polarization Analysis and Measurement II, Vol. 2265,
pp. 62-69.
8. Brown, C., Shute, M.W., Williams, D., Muhammad, F. “Mueller Matrix Polarimetry on
Twisted Optical Fibers”, Proceedings of the Third International Workshop on Physics
and Modern Applications of Lacers / ICTP, Cape Coast, Ghana, August 8-20, 1994, 205216.
Edward L. Jones
1. Jones, E.L., “Educators Join the Fray – Tester Training for Undergraduates,” keynote,
Proceedings of the 18th International Conference and Exposition on Testing Computer
Software, Washington, D.C., June 18-22, 2001, 89-100.
2. Jones, E.L. and Sun, Y., “Specification-Driven Automated Testing of GUI-Based Java
Programs,” ACM Southeast Conference, April 5-6, 2004, Huntsville, Alabama, 140-145.
3. Jones, E.L. “Evolving an Elective Software Testing Course: Lessons Learned,” Workshop on
Teaching Software Testing, February 6-8, 2004, Melbourne, Florida.
4. Jones, E.L. and Allen, Clement S., Repositories for CS Courses -- An Evolutionary Tale,
Proceedings of the 8th Annual Conference on Innovation and Technology in Computer
Science Education (ITiCSE), June 30 -July 2, 2003 , Thessaloniki, Greece, 119-123.
5. Jones, E.L., Testing in the Capstone Course – Reusable Patterns for a Value-Added
Experience (A Tutorial), Journal of Computing in Small Colleges, Vol. 17, 4, March 2002,
142-144.
6. Jones, E.L and Rembert, A.J., “A Simulation Based Trainer for Software Reliability
Modeling,” Proceedings of the 12th International Symposium on Software Reliability
Engineering (ISSRE 2001), Hong Kong, November 27-30, 2001, 160-165.
7. Jones, E.L., “An Experiential Approach to Incorporating Software Testing into the Computer
Science Curriculum," 2001 Frontiers in Education Conference (FIE 2001), Reno, Nevada,
October 10-13, 2001, F3D7-F3D11.
5
8. Rembert, A.J. and Jones, E.L., “A Tool for Simulation-Based Reliability Modeling,”
Proceedings of ADMI 2001, Hampton, Virginia, May 31 – June 4, 2001, 74 - 82.
9. Jones, E.L., “Metrics Based Plagiarism Monitoring," Journal of Computing in Small
Colleges 16, 4, May 2001, pp. 253-261.
10. Jones, E.L. and C. L. Chatmon, “A Perspective on Teaching Software Testing," Journal of
Computing in Small Colleges, Vol. 16, 4, March 2001, 92-100.
11. Jones, E.L., “Plagiarism Monitoring and Detection – Towards an Open Discussion,” Journal
of Computing in Small Colleges Vol. 16, No. 3, March 2001, 229-236.
12. Jones, E.L., “Integrating Testing into the Curriculum -- Arsenic in Small Doses,"
Proceedings 32nd Technical Symposium on Computer Science Education, 21-25 February
2001, Charlotte, NC, 337-341.
13. Jones, E.L., “Software Testing in the Computer Science Curriculum -- A Holistic Approach,"
Proceedings 4th Australasian Computing Education Conference, Melbourne, Australia, 46 December 2000, 153-157.
14. Jones, E.L., “Grading Student Programs - A Software Testing Approach," Journal of
Computing in Small Colleges 16, 2, January 2001, 185-192.
15. Jones, E.L., “SPRAE: A Framework for Teaching Software Testing in the Undergraduate
Curriculum," Proceedings of ADMI 2000, Hampton, Virginia, 1-4 June 2000.
16. Jones, E.L., “In Search of an Information Systems Projects Course,” Proceedings of the 4th
International Conference on Information Systems, Analysis and Synthesis, Orlando,
Florida, July 12-16, 1998, 156-163.
17. Jones, E.L., et al, “A Java Implementation of A Safety Verification Simulator,” Proceedings
of ADMI ‘98, Houston Texas, June 25-28, 1998, 67-72.
18. Jones, E.L., “Automated Calculation of Function Points,” Proceedings of the 4th Software
Engineering Forum, Boca Raton, Florida, November 1995, 239-246.
Christy Chatmon
1. Stoecklin, Sara, Chatmon, Christy, Allen, Clement, “A UML Based Design for an Intelligent
Manufacturing Workcell Controller”, ADMI Conference Proceedings, 1999.
2. Stoecklin, Sara, Chatmon, Christy, Allen, Clement, “Using UML to Design an Intelligent
Manufacturing Workcell Controller”, Proceedings of the Association of Management and
the International Association of Management (AoM/IaoM) Conference, 1999.
3. Chatmon, Christy, Stoecklin, Sara, “Specifying a Software System using UML and RAS: A
UML/RAS CASE Tool”, NASA MU-SPIN Ninth Annual Users' Conference, 1999.
6
Bobby Granville
1. Granville, B. C. and Kohout, L. J., (1995). "An Intelligent Front-End for Relational Decision
Support Architectures Based on BK-Products of Fuzzy Relations." In: Proc. of the 2nd Joint
Conf. on Information Sciences (Sept. 28-Oct. 1, 1995, Wrightsville Beach, NC, USA), 1995,
P. Wang, Ed., Duke University, pp. 605-608.
2. Granville, B. C. and Kohout, L. J., (1996), "Design of a front-end for the fuzzy medical
decision support system Clinaid." In: Proc. of InterSymp '95, Internat. Conf. on Systems
Research, Informatics and Cybernetics, G. E. Lasker, ed. Internat. Institute for Advanced
Studies in System Research and Cybernetics, Windsor, Ontario, Canada.
3. Kohout, L. J., Granville, B. C., and Kim, E., (2001), "Granular Relational Computing with
Semiotic Descriptors using BK-Products of Fuzzy Relations." .Chapter 4 of a book edited
by Paul P. Wang, entitled “Computing With Words,” AWiley-Interscience Publication
Series On Intelligent Systems, Series editors: James Albus, Alexander Meystel (NIST),
and Lotifi A. Zadeh, John Wiley publishers, 2001 pp. 89-146.
4. Granville, B. C. and Kohout, L. J., (2001). "Engineering a Front-End Prototype Using
Computing With Words In Generic BK-Product Fuzzy Relational Architectures." In: Proc.
of the Joint 9th International Fuzzy Systems Association World Congress and 20th
North American Fuzzy Information Processing Society International Conference,
Canada (July 25-28), 2001, Vancouver, B.C., Canada.
5. Vareen, Danny Jr., and Granville, B. C., (2002). "An Application Of Fuzzy Logic For The
Development Of The Fuzzy Products Calculating Program/Unit,” In: Proceedings of the
ADMI Symposium On Computing At Minority Institutions. (May 31 – June 2) 2002,
Kissimmee, FL.
6. Granville, B. C., (2003) “Teaching Principles of Fuzzy Logic Analysis Using The BKProducts Model.” In The Journal Of Computing Sciences In Colleges Consortium, South
Central Region, (April 2003) Vol 18 No. 4, pp. 111 – 117.
7. Granville, B.C.,(2003) “Generic Architectures for Computing With Words Based on BKProducts of Fuzzy Relations,” Journal of Intelligent Systems, (accepted).
8. Granville, B.C. (2004) “Examples of Fuzzy Logic Analysis Using The BK-Products Model,”
McKnight Journal of Interdisciplinary Research. (Accepted).
Bhanu Prasad
1. Bhanu Prasad: An Agent-Based Negotiation System for B2C E-Commerce, To appear in the
proceedings of The 2004 International Conference on Information and Knowledge
Engineering (IKE'04), June 21-24, 2004, Las Vegas, Nevada, USA.
7
2. Bhanu Prasad: Intelligent E-Commerce, Journal of E-Commerce Research. Volume 4, No
2, 2003.
3. Bhanu Prasad: A Domain Independent E-Commerce System for Product Recommendation in
B2C E-Commerce. Proceedings of 3rd International Interdisciplinary Conference on
Electronic Commerce, 2003.
4. Bhanu Prasad: Weight Vector-Based Approach for Product Recommendation in ECommerce. Lecture Notes in Artificial Intelligence, Springer LNCS 2412, 2002. pages
200-205.
5. Bhanu Prasad and Clementi Joao: A Knowledge-based E-Commerce System for Product
Recommendation in Sports Domain. Proceedings of the International Conference on
Information and Knowledge Engineering (IKE’02), Las Vegas, Nevada, USA, 2002.
pages 46-51
6. Bhanu Prasad: Knowledge-Based E-Commerce. Proceedings of the 2nd International
Interdisciplinary Conference on Electronic Commerce, Poland, 2002. pages 98-105
7. Bhanu Prasad: Artificial Intelligence in E-commerce (invited talk). Proceedings of the
International Symposium on Artificial Intelligence, 2001, India.
8. Bhanu Prasad and Deepak Khemani: Cooperative Memory Structures and Commonsense
Knowledge for Planning, Lecture Notes in Artificial Intelligence, Springer LNAI 1323.
9. Bhanu Prasad: Future of Artificial Intelligence (position paper), Proceedings of the
International Symposium on Artificial Intelligence, December 2001, India
10. Bhanu Prasad and Deepak Khemani: A Memory-Based Hierarchical Planner, Case-Based
Reasoning Research and Development, Manuela Veloso and Agnar Aamodt (eds.), Lecture
notes in Artificial Intelligence, Springer-Verlag 1995, 1010.
11. Bhanu Prasad: A Planning System for Blocks-World Domain. Proceedings of the
CAS/IEEE International conference on Computer Systems and Applications
(AICCSA’2001), Lebanon.
12. Bhanu Prasad: Hybrid Hierarchical Knowledge Organization for Planning. Lecture Notes on
Artificial Intelligence, Springer. LNAI # 2258, 2001. pages: 401-408.
13. Bhanu Prasad and Vorapat Chavananikul. A Blocks-World Planning System. Proceedings of
the International Conference on Computing and Information Technologies, New
Jersey, 2001.
8
14. Bhanu Prasad: A Memory-Based Learning System for Planning, Proceedings of Fifth
International Conference on Cognitive and Neural Systems, Boston, MA, USA, 2001. #
21
15. Bhanu Prasad: Planning With Case-Based Structures, Proceedings of the American
Association for Artificial Intelligence (AAAI) Fall Symposium on Adaptation of
Knowledge For Reuse, MIT, Cambridge, USA, 1995. pages: 94-98
16. Bhanu Prasad and Deepak Khemani: A Hierarchical Memory-Based Planner, Proceedings of
the 1995 IEEE International Conference on Systems, Man & Cybernetics, Canada,
1995.
17. Bhanu Prasad: Planning With Hierarchical Structures, Proceedings of the Australian and
New Zealand International Conference on Intelligent Information Systems, Australia, 1995.
18. Bhanu Prasad and Deepak Khemani: Search Reduction in Blocks-World Planning,
Proceedings of the Third International Conference on Automation, Robotics, and
Computer Vision, Singapore, 1994.
9
II
GRANT PROPOSALS BY MII FACULTY
Usha Chandra
Proposal under Site Visit:
 Co-PI, MII: Holistic Model for Minority Education and Research
Submitted Proposal under Review:
 CITIES, Participant in Nanotechnology Group, Submitted to CREST-NSF,
December 2003, Under Review.
 N. Chandra, U. Chandra“Carbon Nanotube Based Chemical-Bio-RadioactiveExplosive Sensors: A Computational Simulation”, Submitted to NSA, 4/23/04,
$300,000
Submitted but not Funded:
 Acquisition of Linux Cluster for Computational Nanotechnology Research and
Education, submitted to MRI-NSF, Submitted 1/22/04, $260,000, Declined
4/21/04
 Vertical Integration of Social, Professional and Ethical Issues in ACM Computing
Curricula 2001 Across the Computer Information Science/Systems Curriculum,
Submitted 12/3/04 to CCLI-NSF, $98,000, Declined 4/21/04
Funded:
 CO-Principal Investigator, IIMI grant awarded by NSF $1.2 million, 1993–1998.
 M.G. Harmon and U. Chandra, NSF-CREST grant awarded by NSF for $971,
688, 1997-2002.
 U. Chandra, Awarded an NSF travel grant of $1,500 to attend the Programming
Languages Design and Implementation Conference and Tutorials held at Las
Vegas, NV, June 1997.
Christy Chatmon
Funded:
 Collaborative Project: Expanding Information Assurance Education, NSF,
September 2003 – August 2005, $184, 968
Deidre Evans
Proposal under Site Visit:
 Co-PI, MII: Holistic Model for Minority Education and Research
Submitted Proposal under Review:
 Intelligent Security, National Security Agency
 Equipment Grant for Establishment of Security Laboratory, CISCO
Funded:
 Software Engineering Research & Education Laboratory, submit to NSF-MII,
August 1999 – July 2004, $1,499, 000
10


Collaborative Project: Expanding Information Assurance Education, NSF,
September 2003 – August 2005, $184, 968
Advance Distributed Simulation Research Consortium, Army Research Office,
August 1995 – July 2000, $1,300,000
Thorna Humphries
Submitted but not Funded:
 Collaborative Proposal: Improving Undergraduate CS Education by Providing
Cybersecurity Support to Community Service Organizations, submitted to NSF
May 2002
 Department of Computer Information Science Proposal for Graduate Assistance
in Areas of National Need (GAANN) Program, Submitted December 2000.
Edward Jones
Funded:
 The Florida A&M University Computer Science, Engineering, Engineering
Technology and Mathematics Scholarship Program, NSF CSEMS, $400,000/4
years
 Collaborative Project: Expanding Information Assurance Education, submitted to
NSF, September 2003 – August 2005, $184, 968
Submitted Proposal under Review
 (ASE)-(Sim): Towards A Comprehensive Model of Polymerization Kinetics,
submitted to NSF-ITR February 2004.
Submitted but not Funded:
 Empirical Study of Student Debugging Practices – Proof of Concept, submitted to
NSF-CCLI June 2003
 Computational Science and Software Engineering, submitted to NSF CREST
January 2003
 DESL: A Debugging Environment for Novice Programmers, submitted to NSF
Software Engineering and Languages November 2002
 ITR – Software TestLab: Transitioning Software Testing Research into Practice,
submitted to NSF ITR Small Grant January 2002
 Software TestLab – Foundation for Holistic Software Testing Research and
Practice, submitted NSF ITR Small Grant January 2001
 CREST: Center for Distributed Computing: Theory, Development and
Application, submitted to NSF CREST November 2001
11
III
RESEARCH COLLABORATIONS OF MII FACULTY
Clement Allen
 Juan Gilbert, Computer Science Department, Auburn University
 Emmanuel Collins, Mechanical Engineering, FAMU-FSU College of
Engineering
Usha Chandra
 Namas Chandra, Mechanical Engineering, FAMU-FSU College of Engineering
 Ashok Srinivasan, Computer Science, FSU
Christy Chatmon
 Alec Yasinsac, Computer Science, FSU
 Mike Burmester, Computer Science, FSU
 Sara Stoecklin, Computer Science, FSU

Deidre Evans
 Alec Yasinsac, Computer Science, FSU
 Mike Burmester, Computer Science, FSU
 Sara Stoecklin, Computer Science, FSU
 Ratan Guha, Computer Science, University of Central Florida A&M University
Thorna Humphries
 Alexander Wolf, Computer Science, University of Colorado
 Shivakant Mishra, Computer Science, University of Colorado
Edward Jones
 Cem Kaner, Computer Science, Florida Tech
 Stephan Edwards, Computer Science, VPI
 Tiki Suarez, SBI, FAMU
 Patrick Schroeder, Computer Science, University of Wisconsin-Milwaukee
 Alex Yasinsac, Computer Science, FSU
 (loose) Roger Hartley, Computer Science, New Mexico State University
 (loose) Boleslaw Szymanski, Computer Science, RPI
 (loose) Ronald Leach, Computer Science, Howard University
 (loose) Panos Linos, Computer Science, Butler University
12
IV
CONFERENCES WHERE FACULTY INTEND TO SUBMIT PAPERS
INTERNATIONAL CONFERENCE LIST
Clement Allen
1. An Architecture for Designing Distributed Spoken Dialogue Interfaces, Proceedings of
the 11th IEEE International Conference of Tools with Artificial Intelligence
2. A Software Engineering Environment for Creating Distributed Spoken Language
Systems, Proceedings of the 3rd Annual IASTED International Conference: Software
Engineering and Applications
Bhanu Prasad
1. The 2004 International Conference on Information and Knowledge Engineering (IKE'04:
June 21-24, 2004, Las Vegas, Nevada, USA; to present a paper on An Agent-Based
Negotiation System for B2C E-Commerce
Thorna Humphries
1. POS Persistent Object Systems Workshop
2. International Conference on Software Engineering (ICSE)
3. Object Oriented Programming Systems and Application Conference (OOPLSA)
Usha Chandra
1. HIPC2004 - International conference on High Performance Computing 2004, Bangalore,
India, Dec 19-22, India
2. International Parallel and Distributed Processing Symposium 2005
3. Supercomputing 2005
Deidre Evans and Christie Chatmon
1. IEEE Computer Society Technical Committee on Security and Privacy in cooperation
with The International Association for Cryptologic Research (IACR) 2004
2. 1st Workshop on Dependability Issues in Wireless Ad Hoc Networks and Sensor
Networks 2004
3. ESORICS 2004 9th European Symposium on Research in Computer Security
4. 11th ACM Conference on Computing and Communications Security
5. 2nd IEEE International Information Assurance Workshop
6. Grace Hopper Celebration of Women in Computing 2004
Conferences to Disseminate the MII Model
1. International Conference on Innovation and Technology in Computer Science Education
2. SIGCSE Technical symposium of Computer Science Education
3. Consortium for Computing Sciences in colleges - Regional conferences
4. International Conference on Education and Information Systems: Technologies and
Applications
13
14
V
COMPUTING FACILITIES STRATEGIC PLAN MEMOS
03 Nov 03
MEMORANDUM
From: Douglas McDonald, Computer Systems Control Coordinator
To:
Dr. Edward Jones, CIS Department Chairman
Subj: CIS Strategic Plan
1.
Upon reviewing the Draft CIS Strategic Plan for Computing I would like to make the
following initial recommendations:
Phase 1
a.
b.
c.
d.
Upgrade all desktop PCs in the Open Lab to a standard unit and configuration.
These PCs do not need to be “high-end” units; they only need to be capable of
running network applications and maintaining connectivity to the UNIX servers.
Utilizing the best PCs removed from the Open Lab, concentrate improved
equipment into the Teaching Lab to improve this labs performance.
Configure one (1) classroom as a virtual lab
1.
Acquire one (1) wireless router
2.
Acquire 20 laptop computers with wireless NICs
3.
Acquire one (1) secure storage cabinet for the laptops.
Acquire a minimum of two (2) Windows 2000 servers
Phase 2
e.
f.
g.
h.
i.
2.
Transition network operating environment from MS Windows NT 4.0 to
Windows 2000
Acquire a dedicated T-1 connection to allow for remote access and network
expansion
Replace current Dial-up configuration with a dedicated Windows 2000 Terminal
Server.
Rebuild the current network infrastructure. The current infrastructure was built in
stages, and does not meet the current needs. The system backbone needs to be
rationalized.
Configure and expand existing video security system to cover building exits.
Enable system to record digitally directly to a dedicated server.
Phase 1 improvements can be implemented almost immediately. The existing
infrastructure will support these changes. Additional equipment will be needed as noted
above. The systems that have been displaced by upgrading the Open Lab can be
combined with the existing systems in the Teaching Lab, enabling the removal of the
older systems from this lab.
15
3.
Phase 2 improvements will be considerably more involved. I hesitate to make any kind
of installation estimate. Much research is needed on the current equipment and
infrastructure before we begin to develop a concrete implementation plan. It is likely that
as the plan development and research proceeds, it will be broken down into additional
phases, based on existing requirements and budget constraints. It is not unlikely that this
phase will take up to three (3) years to complete.
4.
Phase 2 is the most important phase, but also the one that will take the longest. Phase 1
improvements are important and can be implemented fairly quickly. I recommend that
we begin the first phase improvements as soon as the current budget permits.
16
14 Apr 04
MEMORANDUM
From: Douglas McDonald, Computer Systems Control Coordinator
To:
Dr. Edward Jones, CIS Department Chairman
Subj: CIS Strategic Plan Progress Report
Encl: 1. CIS Strategic Plan Memo dated 03 Nov 03
2. Current Network Configuration
1.
When I arrived on 03 November I prepared a memorandum (Encl: 1) reviewing the
Draft CIS Strategic Plan for Computing and made a number of initial
recommendations. Now that the network upgrade has begun, I would like to revisit
the memo and address the status of those recommendations.
Phase 1
j.
k.
l.
m.
Upgrade all desktop PCs in the Open Lab to a standard unit and configuration. 28 new PCs have been installed in the Open Lab. The remaining older units are
the best available. We have budgeted for up to 30 new PCs annually from the
MII grant.
Utilizing the best PCs removed from the Open Lab, concentrate improved
equipment into the Teaching Lab to improve this labs performance. – This has
been done. Some network drops require repair to place all available computers.
Configure one (1) classroom as a virtual lab – This is in the Title III plan for next
year.
Acquire a minimum of two (2) Windows 2000 servers. – This has been done.
The servers are both on-line.
Phase 2
n.
o.
p.
q.
Transition network operating environment from MS Windows NT 4.0 to
Windows 2000. – This has been done. The LAN is now based on a Windows
2003 domain being served by the new servers acquired during Phase 1(Dell
Poweredge 2650).
Acquire a dedicated T-1 connection to allow for remote access and network
expansion. – This is no longer a valid requirement. It would be redundant as we
currently have access to the University’s T-1 line.
Replace current Dial-up configuration with a dedicated Windows 2000 Terminal
Server. – This has been done, again utilizing one of the new servers acquired in
Phase 1. We can now provide students direct access to all network resources with
no restrictions on the number of simultaneous users.
Rebuild the current network infrastructure. – This process has begun, but is not
yet complete (see note 3).
17
r.
Configure and expand existing video security system to cover building exits.
Enable system to record digitally directly to a dedicated server. – This has been
proposed and quotes have been received, but the funding has proven elusive as
yet.
2.
Phase 1 improvements are essentially complete. Those that are not actually
accomplished are budgeted for the next fiscal year.
3.
Phase 2 improvements are progressing faster than anticipated, with items e, f, and g
being essentially complete or determined to be unnecessary. I will now address the
remaining two items.
A. The process of rebuilding the infrastructure is well underway. Utilizing already
available equipment (3 Sun SunFire servers purchased through MII) and the two
newly acquired Dell servers (again through MII) we have significantly upgraded
our processing and data storage capabilities.
1.
The network has transitioned from a Solaris server emulating a Windows
NT domain to a Windows 2003 server (solomon2) serving a Windows
domain and also functioning as a Solaris Network Information System
(NIS) master server. This has simplified user administration, stabilized
the domain services, and allowed an increase of 50% in the number of
Solaris workstations available.
2.
Email and web services have been transferred to a new Solaris server
(Serel), allowing us to retire the obsolete server we were employing for
those tasks (also named Serel). Sufficient space has been allocated to the
mail and user directories to allow for considerable future growth.
3.
User directories have also been moved to the new Serel server, freeing up
considerable space on the remaining original Solaris server (Hannibal).
4.
A Solaris remote connection server (Douglass) has been added. This will
allow us to disable remote access to all Solaris workstations, centralizing
control and enhancing network security. We are currently in the process
of disabling that remote access.
B. The major task remaining involving network servers is to replace Hannibal with
the new Sunfire V880 server. To accomplish this we must still research the
existing Hannibal to determine its configuration, what applications is it
supporting, and what of those applications are actually required. Once this is
complete and the new server on-line, user directories will be relocated to it, as it
has 440 GB of storage available. This will permit us to avoid imposing size
quotas on faculty directories and any other directories that possess large space
requirements for research.
C. The network infrastructure still requires rationalization. The current cabling plan
is chaotic and inefficient. We have acquired some the tools needed to begin its
physical upgrade, and most of the remaining switching equipment is budgeted for
through MII for the next fiscal year. As work progresses on documenting the
18
existing plan (Encl: 2), more inefficiency is identified and additional equipment
and supply requirements are determined. Future budgets will require monies be
available for such things as fiber optic cabling, wiring kits, and test kits, cable
conduit and outlet boxes.
D. Physical security remains a significant issue. Several proposals for improvement
have been put forth and price quote for implementation have been received, but
the funding for improvements has not been available. We will continue to
identify and document necessary security improvements as we try to secure
funding for them.
E. One item not addressed in the proposals was furniture. We are purchasing some
new furniture for the new Security Lab, but the student desks in the Open Lab
require replacement. They are tables that are not designed for computing
equipment. With the workstations on them there is insufficient space available
for the students to utilize notes, books or work effectively. They are simply too
crowded.
4.
5.
We are making much faster progress than I originally anticipated. While there are
considerable tasks yet remaining, the improvements that are now in place have
noticeably improved the network. New workstations have improved the student’s
ability to work in the labs. Terminal Services has replaced dial-up, not only saving
the University $3,500 per year but also dramatically enhancing the ability of both
students and faculty to access the network resources remotely. The new servers have
improved the reliability and availability of the domain, significantly reducing downtime, increased the available data storage capacity, simplified user management, and
increased the reliability of our email services.
With progress continuing at this pace, the only barriers to complete success in
modernizing this network are budgetary. We must continue to fund the planned
improvements, and the MII grant is critical to that. Should that grant be renewed it
will make our long range plans achievable. We must secure funding to improve our
physical security. What we have now is insufficient for our needs and will not
support our continued growth. Lastly, we need to secure funding to pay the Systems
staff (not including myself) commensurate with their actual duties. We need to see
through the requested position reviews and upgrades and do everything in our power
to keep this team intact.
19
VI
EQUIPMENT REQUIREMENTS OF FACULTY FOR HOMMER PROJECT
Equipment List
Chandra
About 4 to 8 linux machines that can be built into a cluster to run MPI
Chatmon & Evans
Equipment Description:
PART NUMBERS
Cisco 2611XM Dual 10/100
Ethernet Router w/ Cisco
IOS IP (DC Power Supply)
SMART net 8x5xNBD for
Cisco 26XX
24 port, 10/100 auto sensing,
auto negotiating Catalyst
Switch
SMART net 8x5xNBD for
Cisco CISCO01721
Cisco Restricted PIX
Firewall 515 W/2 10/100
Ethernet Ports, 3DES & AES
Enabled
Cisco PIX 515E Security
Appliance
Cisco PIX 501 Bundle
Firewall
Cisco PIX 501 Bundle
Firewall
CISCO IDS 4215 SENSOR
80MBPS
Cisco IDS 4200 Series
sensors
Cisco CVPN3030-NR VPN
C CVPN3030-NR nonredundant hw set, sw, client,
& US powercord
oncentrator, Non-redundant
hardware including Software
and client
CISCO2611XM
1
TOTAL
PRICE
$1,497.00
CON-SNT-26XX
1
$274.40
WS-C2950-24
2
$1,194.00
CON-SNT-C2950-24
2
$77.00
PIX-515E-R-BUN
1
$2,097.00
CON-SNTPIX515ER
PIX-501-50-BUN-K9
1
$293.30
1
$507.00
CON-SNT-PIX50150
IDS-4215-K9
1
$100.10
1
$4,377.00
CON-SNT-IDS4215
1
$408.80
CVPN3030-NR-BUN
1
$11,997.00
8x5xNBD Svc, Cisco VPN 3030
CON-SNTVPN3030NR
1
$1,232.00
TOTAL
$24,054.60
20
QUANTITY
Jones
A small lab of 6 computers of mixed types,
- 2 Suns,
- 2 Macintoshes,
- 2 PCs
and a variety of basis software (e.g., Netscape, IExplorer, open source)
Humphries
5 high end desktops and bridge
Prasad
3 windows based machines and 1 UNIX based machines and a scanner and all the
equipment necessary for creating a LAN. A scanner.
21
VII
STUDENT PROJECTS FROM PREVIOUS MII
Student
Derrick Washington
Marcia King
Supervisor
C. Allen
U. Chandra
Christopher Mason
U. Chandra
Lashawn James
Erika Neal
Angela Bowers
U. Chandra
U. Chandra
B. Ehlmann
Angela Bowers
Angela Bowers
Qian Chen
Kristy Brown
B. Ehlmann
B. Ehlmann
B. Ehlmann
E. Jones
Terrell Andrews
Byron Miller
Melinda Wiley
Wu Peng
Anthony Abernathy
Connell Ames
Andrea Ambrose
Charles Birmingham
Anthony Brooms
Nakeiesha Bryant
Chatmon
S. Stoeckiln
E. Jones
S. Stoeckiln
S. Stoeckiln
K Riggs
C.Allen
T. Humphries
C. Allen
E. Jones
T. Humphries
Y. Tseng
Melissa Clark
Tokunbo Dahunsi
Levia Davis
Martina Davis
Muriel Etienne
K. Riggs
B. Granville
E. Jones
E. Jones,
D. Evans
T. Humphries
D. Evans,
E. Jones
B. Granville
Carl Ford
Carmen Gillette
Kristina Gilliard
Raquel Grant
E. Jones
S. Stoecklin
T. Humphries
K. Riggs
Chester Drayton
Rakia Drayton
Projects
JAVA Speech Tools
Benchmark Programs to Measure Performance on
MIPS R4000 Processor
Architecture of the R4000 Processor and
Simulation Model to Predict Best Case Execution
Time
Web Grade Display System
Web Test System
Study of Composite Object Definition Using ORN
Simulator
A Developed Computerized Gradebook
Developing the ORN Simulator
Database Development with Java
A Portable Web-Based Course Management
System
Evaluating Java Coding Structures
Java Safety Simulator
Using UML and RAS for specification
JAVA Speech Tools
A Document Making Editor
Speech Control for a Train Simulation
Intrusion Detection Security
Terrain Modeling and Java Simulation
Software Testing
Persistent Object Application Development
Optimization of Parallel and Distributed
Termination Detection Scheme
INEX
Query Analysis
Automated Program Grading
CIS Web Site Renovation
Persistent Object Application Development
CIS Sandbox
Information Retrieval UML Diagrams for the
Fuzzy Front-End
Prototype System Test Lab Website
Predicting RTS Constraints with RAS
Persistent Object Application Development
Domain Model Introduction from Texts
22
Michael Green
Darius Hodge
Christopher Mance
Sharonn McKay
E. Jones
S. Stoecklin, D.
Williams
E. Jones
K. Riggs
K. Riggs
B. Granville
S. Stoecklin
U. Chandra,
M. Harmon
T. Humphries
D. Evans, E. Jones
K. Riggs
E. Jones
C. Allen
T. Humphries
Andrew Mims
Terry Morris
Christopher Moss
Nicole Nails
Paul Newman
Henry Nixon
C. Allen
M. Harmon
D. Evans, E. Jones
E. Jones
K. Riggs
B. Granville
Eric Palmer
Eric Palmer
S. Stoecklin
T. Humphries
Kara Patterson
Clifton Peters
Bronson Pilgrim
Aubrey Rembert
Dominique Rey
C. Allen
E. Jones
C. Allen
S. Stoecklin
T. Humphries
Bhavita Shah
S. Stoecklin,
D. Williams
B. Granville
S. Stoecklin,
D. Williams
E. Jones, D. Evans
E. Jones
E.Jones
E. Jones
B. Granville
Y. Tseng
B. Granville
Julia Isong
Cassandra Jackson
Cassandra Jackson
Darnell Jackson
Nicole Johnson
LaShawn James
Regina Joyce
Julian Linton
Diedre Luster
Sta c y Li nd s e y
Kimberly Shurn
Tazama St. Julien
Hugh Stone
S ha u na S tep he n s
Yanhong Sun
Sean Terry
Darren Totson
LaToya Turner
Danny Vereen
Spoken Language Software Testing
FAMU Village Express Documentation
Automated Program Grading
INEX
An XML marking Editor(paper)+INEX
Front-end Prototype for Knowledge Base
Using UML in Defining Data Formats
Timing Analysis Tool
Persistent Object Application Development
CIS Sandbox
Knowledge Representation Using XML
Test Lab Website
VoiceXML Simulator
The Calculation of Fuzzy Relational BKProduct Queries
Speech Control for a Train Simulation
Web Software Specifications
CIS Sandbox
Mutation Testing for Debugging
Entropy of Refactored Programs
The Fuzzy English Query Language Front-End
system
Reverse Engineering Specifications
Reverse Engineering to Identify Design Patterns
and Metadata of Class and Collaboration Diagrams
Spoken Language Development Tool
Mutation Testing for Plagarism Deterrence
Speech Control for a Train Simulation
Building an UML Case Tool
Instrumentation Methodology for Pjama Persistent
Object Applications
FAMU Village Express Documentation
Creating Semiotic Descriptors
FAMU Village Express Documentation
CIS Web Site Renovation
Plagiarism Detection
Automated Program Grading
Spoken Language Software Testing
Fuzzy Linguistic Qualifiers
Building of a Parallel Machine
OO Programming in Fuzzy Logic
23
Henry Walker
Damon Walters
Taja Weatherspoon
K. Riggs
C. Allen,
P. Bobbie
C. Allen
Amerson,Michael
Bruce
Ayodele, Tolulope
Black, Latanya
T. Humphries
Davis, Zandra
E. Jones
Fadeyi,Sheri
Gaskin,General
Y. Tseng
E. Jones
Jean-Pierre, Ketly
McClendonMcRae,Michelle
Ottman, Shameka
D. Evans
C. Allen
Patterson, Manuel
Simmons, Felix
B. Granville
T. Humphries
St. Fort, Davidson
T. Humphries
Wright, Kahil
Young, Julia
Ross, Jeffrey
R.Riggs
C. Allen
Y. Tseng
C. Allen
M. Harmon
E. Jones
Entropy Analysis of Refactoring (Paper)
Geometric Equivalence Analysis
Implicit Conformation of Spoken Language
Interfaces
Infrastructure for Investigating the Effects of
Intrusion
Predicting Execution on the Pentium IV and G5
Processors
Analysis of Debugging Practices of Student
Programmers
Building and testing a commodity supercomputer
Analysis of Debugging Practices of Student
Programmers
Analysis of Debugging Practices of Student
Programmers
Persistent Fuzzy Control Objects
Infrastucture for Investigating the Effects of
Intrusions
Infrastucture for Investigating the Effects of
Intrusions
Create a Test Base for retrieval in XML
Building and Testing a commodity supercomputer
24
VIII MINORITY STUDENTS WITH/PURSUING MASTERS AND DOCTORAL
DEGREES
Computer Information Systems (VERIFIED)
Name
Year
of
Grad.
Date
of
Graduation
Admittance
Date
Graduate School
Field of Study
1 Leroy Wilson
1985 U of St. Thomas
1993
1997
Software Design
2 Arthur Cofield
1993 U. of St. Thomas
1995
12/1999
3 Taria Pettiway
1992 Rochester Institute of Tech.
1995
Software Systems
Software Development
and Management
4 Kevin McFadden
1991 Nova Southeastern University 1996
3/19998
MIS
5 Keith Thompson
1997 Fl Institute of Technology
1997
12/2002
MIS
6 Lenzy Ruffin
1995 Bowie State University
1997
5/2000
MIS
7 Christie Chatmon
1999 FAMU-CIS
1999
8 Damon Walters
Florida A&M Univ
1999
9 Melinda Wylie
FAMU-CIS
1999
10 Kent Jackson
1994 U of Detroit Mercy
MS - SES
Dec 2002
MS - SES
MS - SES
2000
4/2003
CIS Management
11 Kriston Carson
University of Florida
2000
Spr2003
Computer Engineering
12 Bernice Kilpatrick
Indiana Institute Tech
2001
July 2004
Business & Mgmt
13 Kevan Bussey
1982 FAMU-CIS
2001
2003
MS - SES
14 Kevin Bartholomew
2000 Eastern Michigan University
2001
6/2003
MBA
15 Rontrill Swain
1999 FAMU-CIS
2001
16 Sheree Colley
1999 Nova Southeastern University 2001
17 Shwana Brown
FAMU-CIS
2001
MS - SES
6/2003
International Business
2003
MS - SES
???
Business Adinistration and
Management
17 Anthony Broomes
2002 Michigan State
2002
18 Bernice Kilpatrick
1999 Indiana University (IUPUI)
2002
5/2004
19 Bradford Edwards
1993 LSU
2002
12/2004
20 Diana Lee
2001 Wayne State University
2002
Education Technology
MBA (Concentration in IT
and Manufact.)
21 Diana Lee
Wayne State Univ
2002
Business
22 Jasmine Jones
2002 Wayne State University
2002
MBA
23 Jeanwill Marcelin
1998 U of Dallas
2002
12/2003
Information Technology
2002
Dec 2003
Business
24 Marcelin Jeanwill
University of Dallas
25 Marcus Winfrey
2000 Wayne State University
2002
5/2005
MBA
26 Marcus Winfrey
Wayne State Univ
2002
Dec 2006
Business
6/2004
MBA
27 Sarrena Williams
2001 Anderson University
2002
28 Cahil Wright
2003 FAMU-CIS
2003
MS - SES
29 Carmen Gillette
2003 Michigan State
2003
???
30 JaVonne Williams
2003 USF
2003
MIS
31 Karmen Tucker
2000 Western Michigan University
2003
Computer Science
32 Kent Jackson
Univ of Detroit Mercy
2003
2003
33 Lynette McNeil
Vanderbilt Law Sch
2003
May 2006 Law
25
CIS Management
34 Zelda Colson
2003 FAMU-CIS
2003
MS - SES
35 Bruce Amerson
2004 FAMU-CIS
2004
MS - SES
36 Caden Drayton
37 Christopher Moss
Emory Univ School
2004 FAMU-CIS
38 Kizzie Johnson
39 Marko Skarica
2004
Univeristy of South FL
2004 FAMU-CIS
40 Merlin Santill
May 2007 Law
2004
MS - SES
2004
Mgm Info Sys
2004
Carneige Melton Univ
2004
MS - SES
Dec 2005
41 Rian Williams
2004 FSU MIS
2004
42 Shameka Ottman
2003 George Washington
2004
Software Eng
Management Information
Systems
Engineering Management
(Systems Engg and
Integration)
43 Rashaad Hyndman
2000 Keller
????
MBA
Computer Information Science (VERIFIED)
Name
Year
of
Grad.
Date
of
Graduation
Admittance
Date
Graduate School
Field of Study
1 Amin Holmes
1998 GA Tech.
1999
12/2000
Electrical Engineering
2 Victor Franklin
1998 Penn. State University
2000
5/2002
MBA
3 Paul Riser
1998 University of Phoenix
2002
11/2005
MBA/Tech. Management
4 Rashid Jean-Baptiste 1999 U of N.C. at Charlotte
2002
5 Danielle Cauthen
2003 New York University
2003
5/2005
6 Danielle Cauthen
New York University
2003
May 2005 Computer Science
7 Ebony Baily
1997 U of Texas-Houston Health
2003
Health Information
8 Cassandra Jackson
2004 Michigan State University
2004
???
2004
June 2005 Math Education
9 Charnequa Davis
Georgia State University
IT
Computer Science
10 Jason Montgomery
2004 FAMU-CIS
2004
Software Eng Sciences
11 Jason Simmonds
2004 FAMU
2004
Software Engg Sciences
12 Lashawn James
Stanford University
2004
June 2006 Business
13 Marcia Sterling
Univ of N Texas
2004
/Dec 2005 Administrative Mgmt
14 Michael Ayodele
2004 FAMU
2004
Software Engg Sciences
15 Paul Newman
Univ of Central Florida
2004
June 2005 Math Education
16 Benjamin Johnson
Michigan State Univ
????
2009
Computer Science
Doctoral Students (VERIFIED)
Name
1 Jason Black
2 Christie Chatmon
3 Tazama St. Julien
4 Lincoln Chandler
Year
of
Grad.
Date
of
Graduation
Graduate School
Admittance
Date
Field of Study
FSU
2000
Computer Science
FSU
2001
Computer Science
Georgia Institute of Technology 2001
Computer Science
MIT
2002
Computer Science
26
5 Martina Davis
6 Eric Palmer
7 Aubrey Rembert
Rennslear Polytechnic Institute 2002
University of Colorodo
2003
University of Colorodo
2003
Education
Computer Science
Computer Science
Computer Science
List of Minority Students with/pursuing M.S. and Ph.D Degrees (NOT VERIFIED)
Name
1 Eric F. Zellers
2 Martin Barnes
3 Dianne Isom
4 Tracie George
5 Dianne Ashford
6 Traci Brown
7 Wanda Elliot
8 John Howard
9 Sandra Murray
10 Deborah Snead
11 Roary Lee
12 Timothy Mozee
13 Oneika Philpotts
14 Sanja Powell
15 Marullus Williams
16 Christian Dulan
17 Zachery Hill
18 Cecil Miller
19 Narsaunika Sprouse
20 Tavares Ford
21 Lilia Francis
22 Davina Johnson
23 Nicole Wright
24 Douglass Davis
25 Janice Rogers
26 Taral Hall
Year
of
Grad.
Graduate School
1989 Naval Postgraduate School
1991 Florida Atlantic University
1991 Univ of Minnesota
1992 FSU
1993 Webster University
1993 Wayne State University
1993 Univ of St. Thomas
1993 Univ of Pittsburgh
1993 Nova Southeastern University
1993 Univ. of Central Florida
1994 Univ of Maryland
1994 Univ of Pittsburgh
1994 FSU
1994 UCI or UCT????
1994 Carnegie Mellon University
1995 UCLA
1995 Univ of Central Florida
1995 Univ of Central Florida
1995 Univ. of Minnesota
1996 Univ of Colorodo
1996 FSU
1996 FSU
1996 Georgia Tech
1997 Georgia Tech
1997 St. Mary's University
1998 Univ of Minnesota
27
Date
of
Graduation
Admittance
Date
Field of Study
MS
MS in CS
Ph.D. in CS/ MS in CS in
1996
MS
MS in CS
MA in Teaching
MS in SE
Ph.D
MS
MS
MBA
MS in CS
MBA
MBA or MIS
MS
MS in CS
Ph.D
Ph.D.
MBA
MS in CS
MS
MS
Ph.D in CS
MS
MS
MBA or MS in CS