William L. Maxwell

William L. Maxwell's AcademicInfluence.com Rankings

William L. Maxwell

Engineering

#2421

World Rank

#3332

Historical Rank

#799

USA Rank

Electrical Engineering

#2578

World Rank

#2705

Historical Rank

#335

USA Rank

Applied Physics

#2955

World Rank

#3017

Historical Rank

#290

USA Rank

engineering Degrees

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Engineering

William L. Maxwell's Degrees

Masters Electrical Engineering Stanford University
PhD Electrical Engineering Stanford University

Why Is William L. Maxwell Influential?

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According to Wikipedia, William Laughlin Maxwell is an American engineer. William L. Maxwell was born in Philadelphia on 1 July 1934, and attended Central High School. He subsequently attended Cornell University. During his studies, Maxwell met Andrew Schultz Jr. and Richard W. Conway. After Maxwell completed his bachelor's in mechanical engineering in 1957, Schultz convinced him to stay for a Ph.D., with which he graduated in 1961. Maxwell remained at Cornell as a faculty member, where he was later appointed to a named professorship in industrial engineering named after Schultz. In 1998, Maxwell was elected a member of the United States National Academy of Engineering "[f]or the theory and practice of real-time production planning and scheduling systems." That same year, he retired from Cornell and became a senior scientist at Arkieva.

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William L. Maxwell's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Theory of scheduling (1967) (2392)
The Role of Work-in-Process Inventory in Serial Production Lines (1988) (379)
Design of Automatic Guided Vehicle Systems (1982) (293)
Establishing Consistent and Realistic Reorder Intervals in Production-Distribution Systems (1985) (266)
The scheduling of economic lot sizes (1964) (156)
The Joint Replenishment Problem with a Powers-of-Two Restriction (1985) (137)
Some Problems of Digital Systems Simulation (1959) (117)
On the implementation of security measures in information systems (1972) (113)
Network Dispatching by the Shortest-Operation Discipline (1962) (105)
Determining optimal reorder intervals in capacitated production-distribution systems (1988) (91)
Queuing with Alternating Priorities (1965) (74)
Multiple‐factor rules for sequencing with assembly constraints (1968) (68)
A Price-Directed Approach to Real-Time Scheduling of Production Operations (1991) (53)
On Sequencing n Jobs on One Machine to Minimize the Number of Late Jobs (1970) (48)
A Modeling Framework for Planning and Control of Production in Discrete Parts Manufacturing and Assembly Systems (1983) (45)
The Effect of Restricting Cycle Times in the Economic Lot Scheduling Problem (1983) (44)
Note-Comment on Aggregate Safety Stock Levels and Component Part Commonality (1984) (39)
CORC—the Cornell computing language (1963) (31)
Letter to the Editor - On the Generality of the Equation L = λW (1970) (30)
A System for Manufacturing Scheduling with Interactive Computer Graphics (1986) (27)
Single machine sequencing with random processing times and random due-dates† (1969) (27)
An Experimental Investigation of Priority Dispatching in Aircraft Maintenance, Using a Simplified Model (1974) (26)
Dynamic Network Flow Modelling of Fixed Path Material Handling Systems (1981) (22)
Analysis of the Time Indexed List Procedure for Synchronization of Discrete Event Simulations (1978) (17)
THE SCHEDULING OF SINGLE MACHINE SYSTEMS: A REVIEW∗ (1964) (17)
Scheduling Cyclic Production on Several Identical Machines (1986) (16)
Note-On MRP Lot Sizing (1982) (15)
Comparison of alternatives for the representation of data items values in an information system (1973) (11)
Solution of a single stage machine load planning problem (1980) (11)
XCELL: a cellular, graphical factory modelling system (1986) (11)
Selective security capabilities in ASAP: a file management system (1972) (11)
Modeling asynchronous materials handling systems in XCELL+ (1987) (9)
Coordination of Production Schedules with Shipping Schedules. (1979) (8)
A Queue network simulator for the IBM 650 and Burroughs 220 (1959) (8)
CLP-the Cornell list processor (1965) (7)
Modeling Asynchronous Materials Handling in XCELL (1987) (6)
A Technique for File Surveillance (1974) (6)
On a New Class of Combinatoric Optimizers for Multi-Product Single-Machine Scheduling (1969) (5)
CUPL - An Approach to Introductory Computing Instruction (1968) (5)
The interaction between Design and Scheduling in Repetitive Manufacturing Environments (1986) (5)
THE CORNELL RESEARCH SIMULATOR (1958) (2)
Scheduling the Factory of the Future - Results of a Research Planning Session (1986) (1)
Graphical Description, Control Logic Development, Simulation Development, And Animated Display Of Material Handling Systems (1984) (1)
Coordination of Production Schedules with Shipping Schedules. Revision. (1979) (1)
Economic Delivery Quantities For Capacitated Multi-Stage Production Systems (2009) (0)
A Research Agenda for Models: To Plan and Schedule Manufacturing Systems (2015) (0)
Production-Distribution Systems Inventory Planning (SIP): Rationale, Economic and Realities (1985) (0)
Throughput Analysis of Closed Loop Material Handling Systems: Deterministic Case (1985) (0)
Letter to the Editor - The History of Two-Class Rules for Reducing Queueing Times in M/G/1 (1980) (0)
Scheduling with Interactive Computer Graphics (1983) (0)
A note on the performance of limited entry queuing systems (1982) (0)

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What Schools Are Affiliated With William L. Maxwell?

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William L. Maxwell's Academic­Influence.com Rankings

William L. Maxwell's Degrees

Why Is William L. Maxwell Influential?

William L. Maxwell's Published Works

Published Works

Other Resources About William L. Maxwell

What Schools Are Affiliated With William L. Maxwell?

William L. Maxwell's AcademicInfluence.com Rankings