Murray A. Geisler

A first approach to logistics system simulation

2004
The Rand logistics research program 1966.

2004
Relationships between weapons and logistics expenditures

2004
The Organization of Information for Logistics Decisionmaking.

1974
Management Science Frontiers : 1970-1980.

1967
RAND's Role in Logistics Systems

1966
Man-Machine Simulation Experience

1965
Reflections on Some Experience with Implementing Logistics Research.

1965
A Brief Review of SIMSCRIPT as a Simulating Technique

1963
A Test of a Statistical Method for Computing Selected Inventory Model Characteristics by Simulation

1963
The Combination of Alternative Research Techniques in Logistics Systems Analysis.

1962
Determining preferred management techniques in new systems through game-simulation.

1962
A Note to the Editor on: A Study of Inventory Theory

1962
Simulation and the Logistics Systems Laboratory

1962
The Sizes of Simulation Samples Required To Compute Certain Inventory Characteristics with Stated Precision and Confidence

1962
Appraisal of laboratory simulation experiments.

1961
Some statistical properties of selected inventory models.

1961
The Use of Manned Simulation in the Design of an Operational Control System.

1961
Development of man-machine simulation techniques.

1960
Homicides and Suicides of World War II: A Critical Analysis of 656 Homicides and 1179 Suicides

1960
Man-machine simulation progress.

1960
Communications and control requirements in the Air Force logistics system.

1959
A first experiment in logistics system simulation.

1959
Integration of modeling and simulation in organizational studies.

1959
Simulation Techniques.

1959
The Use of Man-Machine Simulation in the Design of Control Systems.

1959
The Design of Military Supply Tables for Spare Parts.

1956
A Fruitful Application of Static Marginal Analysis

1956
RAND research on a data-processing system for the United States Air Force.

1956
Some principles for a data-processing system in logistics.

1956
A Fruitful Application of Static Marginal Analysis.

1955
A Preferred Method for Designing a Flyaway Kit

1955
Analysis of the Demand Patterns for B-47 Airframe Parts at Air Base Level

1954
Predictability of demand for B-47 airframe spare items.

1954
A summary of some base supply activity and workload reports.

1954

Federally Funded Research Divisions

Social and Economic Policy Divisions

International

Murray A. Geisler

A first approach to logistics system simulation

The Rand logistics research program 1966.

Relationships between weapons and logistics expenditures

The Organization of Information for Logistics Decisionmaking.

Management Science Frontiers : 1970-1980.

RAND's Role in Logistics Systems

Man-Machine Simulation Experience

Reflections on Some Experience with Implementing Logistics Research.

A Brief Review of SIMSCRIPT as a Simulating Technique

A Test of a Statistical Method for Computing Selected Inventory Model Characteristics by Simulation

The Combination of Alternative Research Techniques in Logistics Systems Analysis.

Determining preferred management techniques in new systems through game-simulation.

A Note to the Editor on: A Study of Inventory Theory

Simulation and the Logistics Systems Laboratory

The Sizes of Simulation Samples Required To Compute Certain Inventory Characteristics with Stated Precision and Confidence

Appraisal of laboratory simulation experiments.

Some statistical properties of selected inventory models.

The Use of Manned Simulation in the Design of an Operational Control System.

Development of man-machine simulation techniques.

Homicides and Suicides of World War II: A Critical Analysis of 656 Homicides and 1179 Suicides

Man-machine simulation progress.

Communications and control requirements in the Air Force logistics system.

A first experiment in logistics system simulation.

Integration of modeling and simulation in organizational studies.

Simulation Techniques.

The Use of Man-Machine Simulation in the Design of Control Systems.

The Design of Military Supply Tables for Spare Parts.

A Fruitful Application of Static Marginal Analysis

RAND research on a data-processing system for the United States Air Force.

Some principles for a data-processing system in logistics.

A Fruitful Application of Static Marginal Analysis.

A Preferred Method for Designing a Flyaway Kit

Analysis of the Demand Patterns for B-47 Airframe Parts at Air Base Level

Predictability of demand for B-47 airframe spare items.

A summary of some base supply activity and workload reports.