Dr. Daniel R. Page

Daniel R. Page, Ph.D., M.Sc., B.C.Sc.(Hons.)

Researcher, Science Educator

About
Degrees
Research Interests
Research Publications
Reviews
Conferences Attended
Teaching, and Tutoring
Academic Awards
Other Activities and Selected Software
Contact:
Email (Personal): drpage[a__t]pagewizardgames.com
Email (University of Western Ontario): dpage6[a__t]uwo.ca

About
I am from Winnipeg, Manitoba, Canada. I completed my Ph.D. program at the University of Western Ontario under the supervision of Dr. Roberto Solis-Oba. My primary research interests are in Theoretical Computer Science:
  • Algorithms,
  • Combinatorial Optimization,
  • Scheduling Theory,
  • Graph Theory,
  • Theory of Computation,
  • Computational Discrete Mathematics.

Recently, I have been interested in scheduling theory and its ties with graph theory in the development of approximation algorithms and computational complexity results. Widely I have interests in algorithmic problems of Theoretical Computer Science and Combinatorial Optimization, with a specific focus at the crossroads of approximation algorithms, scheduling problems, and parameterized complexity. At the present time I am investigating parallel machine scheduling problems, and attempting to further unravel why parallel machine scheduling is so hard. Many of the algorithmic problems I investigate have applications in Operations Research.

I will be joining the Department of Computer Science at St. Francis Xavier University in January 2020 as an Assistant Professor with the special title of Alley Heaps Associate (2020-2022).

Degrees

2015 - 2019 Doctor of Philosophy (University of Western Ontario) 

2012 - 2014 Master of Science (University of Manitoba) 

2007 - 2011 Bachelor of Computer Science (Honours) (University of Manitoba)

  • Major: Computer Science
  • Minor: Mathematics
  • Concentrations: Theoretical Computer Science, and Computer Graphics
Research Interests
At the moment I am especially interested in the area of Combinatorial Optimization in relation to approximation algorithms.  In particular, the relationship between efficient exact-solution algorithms for restricted variations of NP-Hard problems, their hardness of approximation results, and approximation algorithms for NP-Hard problems. I focus on both algorithmic and theoretic results.

Some of my current investigations:

  • Makespan minimization on unrelated parallel machines and special cases of this problem: computational complexity results, approximation algorithms, and combinatorial algorithms.
  • Makespan minimization on unrelated parallel machines with bags.
  • The study of approximation algorithms and inapproximability for NP-hard problems closely related to hard scheduling problems.
Publications

Journal articles

Makespan Minimization on Unrelated Parallel Machines with Simple Job-Intersection Structure and Bounded Job Assignments.
D.R. Page, Roberto Solis-Oba, Marten Maack. Submitted to Theoretical Computer Science (April 2019) , Elsevier (invitation for special issue, COCOA 2018)

Makespan Minimization on Unrelated Parallel Machines with a Few Bags.
D.R. Page, Roberto Solis-Oba. Submitted to Theoretical Computer Science (December 2018) , Elsevier (invitation for special issue, AAIM 2018)

Approximation Algorithms for the Graph Balancing Problem with Two Speeds and Two Job Lengths [SharedIt - View Only*].
D.R. Page, Roberto Solis-Oba. Online - August 2018, Journal of Combinatorial Optimization (JOCO), Springer. DOI: https://doi.org/10.1007/s10878-018-0339-x

A 3/2-Approximation Algorithm for the Graph Balancing Problem with Two Weights [Open Access].
D.R. Page, Roberto Solis-Oba, Volume 9 (Issue 2), 38 - June 2016, Algorithms, MDPI.

Approximation Algorithms for Subclasses of the Makespan Problem on Unrelated Parallel Machines with Restricted Processing Times [Mirror][Accepted Version, has a minor correction].
D. R. Page, Volume 2 (Issue 1) - January 2015, SOP Transactions on Applied Mathematics, Scientific Online Publishing.

Parallel Algorithm for Second-Order Restricted Weak Integer Composition Generation for Shared Memory Machines [Accepted Version*].
D. R. Page, Volume 23 (Issue 3) - September 2013,  Parallel Processing Letters (PPL), World Scientific.

Generalized Algorithm for Restricted Weak Composition Generation [Accepted Version*].
D. R. Page, Volume 12 (Issue 4), pages 345-372 - December 2013, Journal of Mathematical Modelling and Algorithms in Operations Research (JMMA), Springer.

Conference papers

Makespan Minimization on Unrelated Parallel Machines with a Few Bags [Accepted Version*].
D.R. Page, Roberto Solis-Oba. In: Algorithmic Aspects in Information and Management. AAIM 2018. Lecture Notes in Computer Science, Volume 11343, pages 24-35. Springer. DOI: https://doi.org/10.1007/978-3-030-04618-7_3 (AAIM 2018).

Makespan Minimization on Unrelated Parallel Machines with Simple Job-Intersection Structure and Bounded Job Assignments [Accepted Version*].
D.R. Page, Roberto Solis-Oba, Marten Maack. In: Combinatorial Optimization and Applications. COCOA 2018. Lecture Notes in Computer Science, Volume 11346, pages 341-356. Springer. DOI: https://doi.org/10.1007/978-3-030-04651-4_23 (COCOA 2018).

Theses

Ph.D. Thesis: Approximation Algorithms for Problems in Makespan Minimization on Unrelated Parallel Machines.
D. R. Page, Supervisor: Dr. Roberto Solis-Oba, Ph.D. Thesis, Electronic Thesis and Dissertation Repository. 6109. April 2019, The University of Western Ontario

M.Sc. Thesis: Tractability and Approximability for Subclasses of the Makespan Problem on Unrelated Parallel Machines.
D. R. Page, Supervisor: Dr. Ben Pak Ching Li, M.Sc. Thesis, August 2014,  University of Manitoba.

Thesis:  Generalized Methods for Restricted Weak Composition Enumeration, (not online)  (August 2011).
D.R. Page, Supervisor:  Dr. John van Rees, University of Manitoba, Summer 2011. (Undergraduate Thesis)

Non-refereed articles and reports

Retrogressive "Classic Game" Image Processing [ResearchGate].
D.R. Page, Neil D.B. Bruce, Self-published Oct. 6, 2014, prepared October 2013.  ResearchGate DOI: 10.13140/2.1.1582.4647

Drawing String Graphs for 8-Grid Outerplanar Grid Drawings [ResearchGate].
D.R. Page,  Self-published Oct. 2, 2014, research completed May 2013. ResearchGate DOI: 10.13140/2.1.1496.9602  

Survey:  Enumeration Algorithms for Unrestricted and Restricted Compositions and Words, (online) (January 2011).
D. R. Page, originally completed at University of Manitoba, Winter 2011.

Reviews

I have reviewed for the following conferences and journals:

  • WALCOM (International Conference and Workshop on Algorithms and Computation) 2020.
  • Theory of Computing Systems (2019).
  • Theoretical Computer Science (2019, two papers).
  • WAOA (Workshop on Approximation and Online Algorithms) 2016, 2017, 2018.
  • Information Processing Letters (2017)
Conferences Attended
  • UWORCS 2019 (University of Western Ontario) [April 10, 2019]
    • Volunteered as a judge for the Computer Algebra session of UWORCS 2019.
  • COCOA 2018 (12th International Conference on Combinatorial Optimization and Applications) [December 15-17, 2018], Atlanta, Georgia, USA.
    • I was a speaker at the conference for our accepted paper "Makespan Minimization on Unrelated Parallel Machines with Simple Job-Intersection Structure and Bounded Job Assignments".
  • AAIM 2018 (12th International Conference on Algorithmic Aspects of Information and Management) [December 3-4, 2018], Richardson, Texas, USA.
    • I was a speaker at the conference for our accepted paper "Makespan Minimization on Unrelated Parallel Machines with a Few Bags". I was a chair for one of the sessions at the conference.
  • UWORCS 2018 (University of Western Ontario) [April 12, 2018]
    • I was a speaker in the Data Mining, Machine Learning, AI & Theory of Computer Science session.
  • UWORCS 2017 - 25th anniversary (University of Western Ontario) [April 10, 2017]
    • Volunteered as a chair and judge for the Computer Algebra session of UWORCS 2017. I also was a speaker at the event in another session.
  • Computationally Assisted Mathematical Discovery and Experimental Mathematics, ACMES (Algorithms and Complexity in Mathematics, Epistemology, and Science) [May 12-15, 2016]
  • UWORCS 2016 (University of Western Ontario) [April 8, 2016]
    • Volunteered as a chair and judge for HCI, Distributed Systems, and Software Engineering session of UWORCS 2016. I also was a speaker at the event.
  • UWORCS 2015 (University of Western Ontario) [April 2015]
  • Prairie Discrete Mathematics Workshop 2010 (University of Manitoba) [April 28-29, 2010]

Teaching
The following is my current teaching experience:

  • University Teaching (2012-Current): I have worked as a Limited-Duties Instructor at the University of Western Ontario (2019) and as a Sessional Instructor at the University of Manitoba (2012-2014), the courses I have taught or will be teaching include:
    • St. Francis Xavier University:
      • Winter 2020: CSCI 128 - Computing Literacy and Coding for Problem Solving
      • Winter 2020: CSCI 277 - Discrete Structures
      • Summer 2020: CSCI 527 - Big Data
    • University of Western Ontario (UWO):
      • COMPSCI 2210B - Data Structures and Algorithms
    • University of Manitoba (UM):
      • COMP 2080 - Analysis of Algorithms
      • COMP 1260 - Introductory Computer Usage 1

    Teaching History:

University Course Term # of Students
UWO COMPSCI 2210B [Data Structures and Algorithms] Winter 2019
104
UM COMP 2080 [Analysis of Algorithms] Summer Session 2014 46
UM COMP 1260 [Introductory Computer Usage 1] Winter 2014 72
UM COMP 1260 [Introductory Computer Usage 1] Fall 2013

125

UM COMP 2080 [Analysis of Algorithms] Summer Session 2013 44
UM COMP 1260 [Introductory Computer Usage 1] Winter 2013

68

UM COMP 1260 [Introductory Computer Usage 1] Fall 2012

74

UM COMP 1260 [Introductory Computer Usage 1] Summer Session 2012

21

Rate My Professors: 4.8 out of 5 overall (as of May 2019).

    • Graduate Teaching Assistant, University of Western Ontario (2015 - 2018):
      • CS1026 - Computer Science Fundamentals I (Summer 2018)
      • CS1027B - Computer Science Fundamentals II (Winter 2018)
      • CS4445A/9544A - Analysis of Algorithms II (Fall 2017)
      • CS1027 - Computer Science Fundamentals II (Summer 2017)
      • CS1027B - Computer Science Fundamentals II (Winter 2017)
      • CS3307A - Object-Oriented Design and Analysis (Fall 2016)
      • CS1027B - Computer Science Fundamentals II (Winter 2016)
      • CS3307A - Object-Oriented Design and Analysis (Fall 2015)
      • CS1027B - Computer Science Fundamentals II (Winter 2015)
  • Royal Aviation Museum of Western Canada (November 2011 - November 2014) - Museum Interpreter
    • Conducts tours and educational programs under the Take Flight Program.
    • Hosts birthday parties, which entails a tour, activities, and facilitating the event.
  • Mad Science (September 2011 - April 2012) - Science Instructor
    • Lunch Hour, and After-school science programs.
    • Maximum of 20 students ranging from grades one to six.
    • Programs range from 6 to 8 week programs.
    • One hour classes that meet weekly.
Tutoring

Due to my schedule, I will not be taking on any clients. I have tutored the following courses in the past:

Secondary School Level:

  • Grade 10 Pre-Calculus
  • Grade 11 Pre-Calculus
  • Grade 11 Physics
  • Grade 12 Pre-Calculus
  • Grade 12 Physics
  • Introduction to Calculus/Advanced Math

Post Secondary School Level:

Red River College

  • MATH1007 - Calculus

University of Manitoba

  • COMP1010 - Introduction to Computer Science 1
  • COMP1020 - Introduction to Computer Science 2
  • COMP2130 - Discrete Mathematics for Computer Science
  • COMP2140 - Data Structures and Algorithms
  • COMP2080 - Analysis of Algorithms
  • COMP3170 - Analysis of Algorithms and Data Structures
  • MATH1500  - Introduction to Calculus
  • MATH1700  - Calculus 2
  • STAT1000   - Basic Statistical Analysis
Academic Awards
  • Western Experiential Fund, grant awarded in 2018 ($500) from Student Experience at University of Western Ontario
    • To aid in travel to conferences AAIM 2018 and COCOA 2018.
  • SOGS, University of Western Ontario - SOGS Graduate Student Teaching Awards Nominee (2017/2018)
    • Nominated while being a TA for CS1027 (Summer 2017)..
  • UWORCS 2018, University of Western Ontario - First Prize: Data Mining, Machine Learning, AI & Theory of Computer Science (April 2018)
    • Money Prize ($500), and certificate for my talk Job-Intersection Structure and Machine Capacities and Bags. Oh my! Approximating Makespan Minimization on Unrelated Parallel Machines.
  • Ontario Graduate Scholarship, held Fall 2017 to the end of Summer 2018 ($15,000, distributed over 3 terms).
  • SOGS, University of Western Ontario - SOGS Graduate Student Teaching Awards Nominee (2016/2017)
    • Nominated by students and faculty. Nominated while being a TA for CS1027B and CS3307A.
  • UWORCS 2017, University of Western Ontario - First Prize: Computer Algebra and Theory of Computer Science (April 2017)
    • Money Prize ($250), and certificate for my talk Approximation Algorithms for Scheduling Unrelated Parallel Machines.
  • SOGS, University of Western Ontario - SOGS Graduate Student Teaching Awards Nominee (2015/2016)
    • Nominated by students and faculty. Nominated while being a TA for CS1027B.
  • UWORCS 2016, University of Western Ontario - First Prize: Theory of Computer Science, Computer Algebra and Symbolic Computation (April 2016)
    • Money Prize ($250), and certificate for my talk Understanding the Gap: Approximation Algorithms and Inapproximability for the Makespan Minimization Problem on Unrelated Parallel Machines.
  • University 1, University of Manitoba - University 1 Excellence in Teaching Award Nominee (2012/2013)
    • Nominated by students in a first year class.  Nominated while teaching COMP 1260 (Introductory Computer Usage 1)
  • University of Manitoba (Department of Computer Science) - Special Department of Computer Science Award of Excellence
    • For achievements as a graduate student ($8,500).
Other activities

I am a user on Quora and ResearchGate. On Quora I have been a most-viewed writer on various topics relevant to Theoretical Computer Science, Top Writer 2018.

I am a member of SAFS, the Society for Academic Freedom and Scholarship (2018-current).

Here you will find a small set of examples of software I have worked outside my academic work, independently: