D. Solow

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Mathematical Models for Studying the Value of Motivational Leadership in Teams

Daniel Solow, Chartchai Leenawong, Sandy Piderit, 2005, Comput. Math. Organ. Theory.

Evolutionary consequences of selected locus-specific variations in epistasis and fitness contribution in Kauffman's NK model.

A. Burnetas, D. Solow, T. Roeder, 1999, Journal of theoretical biology.

Understanding and attenuating the complexity catastrophe in Kauffman'sN K model of genome evolution

A. Burnetas, D. Solow, N. Greenspan, 1999 .

A constrained optimization approach to solving certain systems of convex equations

Daniel Solow, Hantao Li, D. Solow, 2007, Eur. J. Oper. Res..

A finite descent theory for linear programming, piecewise linear convex minimization, and the linear complementarity problem

D. Solow, P. Sengupta, 1985 .

A finite improvement algorithm for the linear complementarity problem

D. Solow, K. Paparrizos, 1989 .

Understanding and attenuating the complexity catastrophe in Kauffman's N K model of genome evolution

Daniel Solow, Apostolos Burnetas, Ming-Chi Tsai, 1999, Complex..

The role of leadership: What management science can give back to the study of complex systems

Joseph G. Szmerekovsky, D. Solow, 2006 .

Number 784 R On Interdependence and Modularity : How to Divide a Team

William P. Millhiser, Corinne A. Coen, D. Solow, 2006 .

Decomposability in fixed point computation with applications and acceleration techniques

D. Solow, 1979 .

Mathematical Models for Studying the Value of Cooperational Leadership in Certain Complex Systems

D. Solow, Chartchai Leenawong, C. Leenawong, 2002 .

An Evolutionary Justiﬁcation of the Emergence of Leadership Using Mathematical Models

Joseph G. Szmerekovsky, D. Solow, Sukumarakurup Krishnakumar, 2021 .

Setting leadership goals and getting those goals accomplished: insights from a mathematical model

Joseph G. Szmerekovsky, D. Solow, 2013, Computational and Mathematical Organization Theory.

Improving the efficiency of the simplex algorithm based on a geometric explanation of phase 1

D. Solow, Hans Halim, 2009 .

On the Expected Performance of Systems with Complex Interactions Among Components

Daniel Solow, Apostolos Burnetas, Ming-Chi Tsai, 2000, Complex Syst..

Managerial Insights into the E ® ects of Interactions on Replacing Members of a Team

George L. Vairaktarakis, Daniel Solow, Sandy Kristin Piderit, 2001 .

How to read and do proofs

Daniel Solow, M. F. Janowitz, D. Solow, 1982 .

Technical Memorandum Number 784R On Interdependence and Modularity: How to Divide a Team

Daniel Solow, William P. Millhiser, Corinne A. Coen, 2005 .

Understanding the Role of Worker Interdependence in Team Selection

Daniel Solow, William P. Millhiser, Corinne A. Coen, 2011, Organ. Sci..

Setting leadership goals and getting those goals accomplished: insights from a mathematical model

Daniel Solow, Joseph G. Szmerekovsky, D. Solow, 2014, Comput. Math. Organ. Theory.

Mathematical Models for Studying the Value of Cooperational Leadership in Team Replacement

Daniel Solow, Chartchai Leenawong, D. Solow, 2003, Comput. Math. Organ. Theory.

On the challenge of developing a formal mathematical theory for establishing emergence in complex systems

Daniel Solow, D. Solow, 2000, Complex..

In Models We Trust--But First, Validate

D. Solow, 2023, American Scientist.

Mathematical models for explaining the emergence of specialization in performing tasks

Daniel Solow, Joseph G. Szmerekovsky, D. Solow, 2004, Complex..

Vehicle Routing and Scheduling with Full Truckloads

Kamlesh Mathur, Daniel Solow, Sundararajan Arunapuram, 2003, Transp. Sci..

An Evolutionary Justification of the Emergence of Leadership Using Mathematical Models

Joseph G. Szmerekovsky, D. Solow, Sukumarakurup Krishnakumar, 2021, Mathematics.

Factors that affect the optimal amount of central control in complex systems

Daniel Solow, Joseph G. Szmerekovsky, D. Solow, 2008 .

Homeomorphisms of triangulations with applications to computing fixed points

Daniel Solow, D. Solow, 1981, Math. Program..