Faculty

Institution

Unit

Venue

John Mitchell

Professor and Graduate Program Director Mathematics

Rensselaer Polytechnic Institute

Affiliations

School of Science

Mathematical Sciences Department

Center for Modeling, Optimization and Computational Analysis

School of Engineering

Department of Industrial and Systems Engineering

John Mitchell is currently serving as a Mathematical Sciences Professor and Graduate Program Director Mathematics at Rensselaer Polytechnic Institute.

Honors

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Experiences

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Education

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John Mitchell

Rensselaer Polytechnic Institute

Professor and Graduate Program Director Mathematics

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mathematical optimization applied mathematics mathematical programming operations research computational optimization computer science systems engineering linear programming mathematics numerical analysis combinatorial optimization computational mathematics numerical algorithms integer optimization design optimization convex analysis numerical linear algebra theoretical computer science branch-and-bound algorithms convex optimization quadratic programming discrete algorithms infrastructure engineering complementarity problems network analysis logistics infrastructure systems logistics management infrastructure management mixed integer optimization optimization problems disaster risk reduction operation management semidefinite programming discrete optimization algorithmic efficiency supply chain resilience engineering optimization global networks scheduling problems supply chain disruptions supply chain optimization conic optimization transport geography infrastructure development combinatorial problems scheduling (production processes) semi-definite optimization complementarity constraints networked system design natural hazards nonlinear programming constraint programming continuous optimization constrained optimization infrastructure security supply chain viability linear complementarity constraints computational experience interior point methods global resolution supply chain survivable network constraint solving supply networks disaster response interdependent infrastructure systems new york combinatorial optimization problems ilp approach plane algorithm plane method plane methods transaction costs complementary problem decomposition techniques rank minimization

Notable Scholarly Works

Notable Federal Grants

Collaborators

Increasing Driver Flexibility Through Personalized Menus and Incentives in Ridesharing and Crowdsourced Delivery Platforms. Naval Research Logistics (NRL) (2024)

Hannah HornerJennifer PazourJohn E. Mitchell

mobility serviceson-demand transporttraffic managementstochastic optimization modelcombinatorial optimizationvehicular technologycomputer scienceintelligent vehiclesdata scienceincentive mechanismsdriver flexibilityoperations researchintelligent transportation systemsvolunteer food rescuemobilitymechanism design

Integer Programming: Branch-And-Cut Algorithms. Encyclopedia of Optimization (2024)

John E. Mitchell

integer optimizationbranch-and-cut algorithmscombinatorial optimizationcomputer sciencebranch-and-bound algorithmstheoretical computer science

Shortest Path Network Interdiction With Asymmetric Uncertainty. Networks (2024)

She'ifa Z. Punla‐GreenJohn E. MitchellJared L. GearhartWilliam E. HartCynthia A. Phillips

parameter uncertaintymathematical optimizationrobust routingsystems engineeringapplied mathematicsnetwork optimizationrobust optimization techniquescombinatorial optimizationrobust optimizationcomputer sciencecomputational optimizationmathematical programmingoperations researchglobal optimizationshortest pathintelligent transportation systemsroute planningoptimization problems

Interdicting Restructuring Networks With Applications in Illicit Trafficking. European Journal of Operational Research (2022)

Daniel KosmasThomas C. SharkeyJohn E. MitchellKayse Lee MaassLauren Martin

network sciencenetwork analysisglobal networkssociologytransnational networkscross-border crimeorganized crimeinformation forensicsillicit trafficking

Multi-Period Max Flow Network Interdiction With Restructuring for Disrupting Domestic Sex Trafficking Networks. Annals of Operations Research (2022)

Daniel KosmasThomas C. SharkeyJohn E. MitchellKayse Lee MaassLauren Martin

network scienceglobal networksnetwork analysissocial network analysisnetwork convergencenetwork theory

Location of Urban Micro‐Consolidation Centers to Reduce the Social Cost of Last‐Mile Deliveries of Cargo: A Heuristic Approach. Networks (2021)

Mario Arrieta‐PrietoAbdelrahman IsmaelCarlos Rivera‐GonzalezJohn E. Mitchell

transport geographytransportation engineeringsystems engineeringoperation managementvehicle routing problemslogistics managementdecomposition algorithmslogisticsoperations researchurban micro‐consolidation centersnew yorktransportation planningurban planning

Low-Rank Factorization for Rank Minimization With Nonconvex Regularizers. Computational Optimization and Applications (2021)

April SaganJohn E. Mitchell

mathematical optimizationregularization (mathematics)applied mathematicsmatrix factorizationrank minimizationcomputational optimizationmachine learninglinear algebranumerical linear algebralow-rank approximation

Optimizing Driver Menus Under Stochastic Selection Behavior for Ridesharing and Crowdsourced Delivery. Transportation Research Part E Logistics and Transportation Review (2021)

Hannah HornerJennifer PazourJohn E. Mitchell

marketingsystems engineeringon-demand transportroute choicedriver menusstochastic selection behaviorvehicular technologycrowdsourced deliveryintelligent vehiclesoperations researchmobilitymechanism design

Optimizing Edge Sets in Networks to Produce Ground Truth Communities Based on Modularity. Networks (2021)

Daniel KosmasJohn E. MitchellThomas C. SharkeyBoleslaw K. Szymanski

network sciencecommunity structurenetwork analysisglobal networkscommunity discoveryground truth communitiescombinatorial optimizationsocial network analysiscomputer sciencedata sciencecommunity structuresdiscrete algorithmsgraph theoryedge setsnetwork algorithms

An Enhanced Logical Benders Approach for Linear Programs With Complementarity Constraints. Journal of Global Optimization (2020)

Francisco Jara-MoroniJohn E. MitchellJong-Shi PangAndreas Wächter

constraint solvingmathematical optimizationsystems engineeringapplied mathematicsconstraint programmingcomplementarity problemsenhanced logical benderslinear programmingmathematical programmingoperations researchformal methodsdesign optimizationlinear programscomplementarity constraints

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John Mitchell

Professor and Graduate Program Director Mathematics

Rensselaer Polytechnic Institute

Affiliations

School of Science

Mathematical Sciences Department

Center for Modeling, Optimization and Computational Analysis

School of Engineering

Department of Industrial and Systems Engineering

John Mitchell is currently serving as a Mathematical Sciences Professor and Graduate Program Director Mathematics at Rensselaer Polytechnic Institute.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Mitchell

Rensselaer Polytechnic Institute

Professor and Graduate Program Director Mathematics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Increasing Driver Flexibility Through Personalized Menus and Incentives in Ridesharing and Crowdsourced Delivery Platforms. Naval Research Logistics (NRL) (2024)

Hannah HornerJennifer PazourJohn E. Mitchell

Integer Programming: Branch-And-Cut Algorithms. Encyclopedia of Optimization (2024)

John E. Mitchell

integer optimizationbranch-and-cut algorithmscombinatorial optimizationcomputer sciencebranch-and-bound algorithmstheoretical computer science

Shortest Path Network Interdiction With Asymmetric Uncertainty. Networks (2024)

She'ifa Z. Punla‐GreenJohn E. MitchellJared L. GearhartWilliam E. HartCynthia A. Phillips

Interdicting Restructuring Networks With Applications in Illicit Trafficking. European Journal of Operational Research (2022)

Daniel KosmasThomas C. SharkeyJohn E. MitchellKayse Lee MaassLauren Martin

network sciencenetwork analysisglobal networkssociologytransnational networkscross-border crimeorganized crimeinformation forensicsillicit trafficking

Multi-Period Max Flow Network Interdiction With Restructuring for Disrupting Domestic Sex Trafficking Networks. Annals of Operations Research (2022)

Daniel KosmasThomas C. SharkeyJohn E. MitchellKayse Lee MaassLauren Martin

network scienceglobal networksnetwork analysissocial network analysisnetwork convergencenetwork theory

Location of Urban Micro‐Consolidation Centers to Reduce the Social Cost of Last‐Mile Deliveries of Cargo: A Heuristic Approach. Networks (2021)

Mario Arrieta‐PrietoAbdelrahman IsmaelCarlos Rivera‐GonzalezJohn E. Mitchell

Low-Rank Factorization for Rank Minimization With Nonconvex Regularizers. Computational Optimization and Applications (2021)

April SaganJohn E. Mitchell

Optimizing Driver Menus Under Stochastic Selection Behavior for Ridesharing and Crowdsourced Delivery. Transportation Research Part E Logistics and Transportation Review (2021)

Hannah HornerJennifer PazourJohn E. Mitchell

Optimizing Edge Sets in Networks to Produce Ground Truth Communities Based on Modularity. Networks (2021)

Daniel KosmasJohn E. MitchellThomas C. SharkeyBoleslaw K. Szymanski

An Enhanced Logical Benders Approach for Linear Programs With Complementarity Constraints. Journal of Global Optimization (2020)

Francisco Jara-MoroniJohn E. MitchellJong-Shi PangAndreas Wächter

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system safety

resilience

David P. Williamson

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Cornell University

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network algorithm

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operations research

data-driven decision support

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