Highlights of Russ Greiner's
CV
(2007)
Update:
14/Jan/06 to present (25/Jan/2007)
- Research:
- 3 journal papers -- Nucleic Acid Research, Clinical Cancer Research,
(Journal of Computers)
- 9 papers in major conferences [5 Tier1*] --
IJCAI07*,
NIPS06*,
PKDD06 (2),
COLING-ACL06,
ICML06*,
IAAI06,
CdnAI06,
ECCV06*
- (too) many posters, minor conferences, ...
- Current totals:
- 25 Journal
- 60 Fully-refereed Conferences
- 46 Lightly-refereed Conferences/Workshops/Symposia
- + 18 other -- book chapters, ...
-
Popular press:
-
AICML won the ASTech Award; see
Announcement
- I was interviewed several times, by
- Service:
- I am (again) director of AICML!
- I served as the Conference Chair of
ICML 2006
- As well as usual reviewing: IJCAI, AAAI, UAI, AIJ, CI, NSERC, ...
Update:
1/Feb/05 to 13/Jan/2006
- Research:
- Awarded IJCAI'05
Distinguished Paper prize
(Also a poster won 2nd Prize in
CPI'05)
- 3 journal papers -- Nucleic Acid Research, Machine Learning, Artificial Intelligence
- 11 papers in major conferences [7 Tier1]--
*AAAI05 (2),
*IJCAI05 (2),
*ICML05,
*UM05,
ECML05,
PKDD05,
CIBCB05,
ICMLA05,
*IUI06
- (too) many posters, minor conferences, ...
- Popular press:
- Service:
- I am starting to serve as the Conference Chair of
ICML 2006
- As well as usual reviewing: IJCAI, AAAI, UAI, AIJ, CI, NSF, NSERC, ...
- Commercial:
Executive Summary (including Major Awards)
MOST SIGNIFICANT RESEARCH CONTRIBUTIONS
(References [Ji], [Cj], ... refer to specific papers -- journal, conference,
... --
as indexed in CV.)
1. Application pull
-
WebIC
a client-side Web recommender system that predicts the user's
information needbased on his browsing patterns, then points him to webpages,
from essentially anywhere on the Web, that contain information useful to
that user.
[C7, C8 (Best Student Paper); O1, O10, O11, O12]
-
medical-informatics
and bio-informatics results
-
using multiple SNPs to predict cancer [J4]
-
using properties of known homologues to predict properties (GO function,
subcellular localization) of novel proteins [J2, J3, J5]
-
using NMR spectra to simulateously detect and quantify hundreds of metabolytes
in complex bio-fluids (eg, urine) [J8]
-
my implementation is currently used by ChenomX
-
locating brain tumours within MRImages, then predicting their growth, to
better determine appropriate radiation treatment
2. Results that use theoretical analysis to extend existing
learning algorithms
-
Budgeted
Learning
Given a fixed budget to spend collecting training data, identify
which features of which training examples should be included in the training
sample, to produce an optimal classifier. This decision is done sequentially,
at each step based on the current results and the costs of obtaining the
value of each feature.
[C1, C4; 02]
-
Learning
Discriminative Probabilistic Models
-
ELR ("structural Extension of Logistic Regression") which produces better
classification performance over wide range of domains
[J1; C3, C9, C17]
-
learning good discriminative belief net structures
[J7; C13 (RunnerUp, Best Paper), C16]
-
other results related to belief nets:
-
compute error-bars around belief net responses [C11]
-
model selection for generative models [C15]
-
PALO
(stochastic hill-climbing algorithm)
-
perform a hill-climbing search when the "utility function", used to
evaluate the system's performance, can only be estimated by sampling
-
published theoretical results + many applications
[eg, improving efficiency of
Prolog program; robot navigation; ...]
[J13, J14; C25, C27, C28, C29, C31 (Best Paper Prize); B4, B5]
-
Theory
Revision
-
incrementally improves a good, but imperfect, domain theory
-
published theoretical analyses [J10, J11; C21, C23]
-
deployed implementation based on "Delta"
-
2 US patents issued
-
Efficient
Image Interpretation
Building an image interpretation system that is efficient, as well
as accurate
[C2, C5, C12; O3, O4, O5,
08]
3. Theoretical results that improve on standard learning
framework
-
Sequential
learners:
-
using new techniques to improves on PAC-learning sample complexity bounds
[C22, C24, B3]
-
Dealing
with Missing Information
-
Determining which algorithms are appropriate for different
"blocking" models (ie, different
reasons why data is missing):
-
independent blocker [C26;B2]
-
malicious blocker
-
"irrelevance" blocker [J12,C20]
-
Building learners that can learn active classifiers,
that can actively request unspecified information [J6; C19]
4. Other minor/dated results
ACRONYM vision system, meta-level representation language (RLL,
MRS),
"Novelty", Analogical inference,
Analysis of EBL, Dynamic observers (control theory), signal processing,
AndOr trees, Predicting unix commands, Pathology in search,
Focus within Reinforcement learning, ...
Bean counting:
21+3 articles in refereed journals (11 in "Artificial Intelligence")
4 edited books, special issues of journals
40 "real" conference articles
including 2 BestPapers and 1 RunnerUp
41 other (lightly refereed) publications
FUNDING
SERVICE
-
Program (co)Chair of ICML'04
[E1]
-
Program (co)Chair of AI&MATH 97 [E2]
-
Program Chair, CLNL'96 [E4]
-
Instrumental in bringing
several major conferences to Edmonton in 2002
-
AAAI (1200 attendees -- first time outside US), ISMB (1600), UAI (350)
I was Local Arrangements Chair AAAI, ISMB, UAI
-
... and also helped on several others
-
These conferences were universally regarded as tremendous successes.
-
AIxploratorium: an on-line
interactive resource for AI
-
(co)Editor-in-Chief, Computational
Intelligence, 2001-present
Revitalized this journal by changing its direction, to obtain papers in
nitches not currently occupied by the other leading AI journals
-
On several editorial boards
(Machine Learning Journal, J of AI Research, J of MachineLearning Research,
...)
-
Chaired several workshops/symposia
-
Served on (Senior) Program Committees for many (inter)national conferences:
AAAI, IJCAI, UAI, ICML, CIRA, AI+Math, CSCSI, UserModeling, ...
+ many workshops, symposia, ...
-
Reviewed for (too) many journals, conferences, funders, etc:
AIJ, Comp.Opt.&Appl, IEEE PAMI, IEEE SMC, J.ACM, J.Logic Program, NIPS,
FOCS, NSERC, NSF, ACM Thesis, ...
Other Activities:
-
Set the direction for several lines of research at Siemens Corporate Research
(1991-97)
-
Invited talks at
-
IJCAI
-
Royce Conference
-
> 50 at universities around the world
-
> 20 public presentations to lay audiences,
including several radio and TV presentations