Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by John Peter Fasano.
Ibm Journal of Research and Development | 2007
Donna L. Gresh; Daniel P. Connors; John Peter Fasano; Robert J. Wittrock
The IBM Research Division has developed the Resource Capacity Planning (RCP) Optimizer to support the Workforce Management Initiative (WMI) of IBM. RCP applies supply chain management techniques to the problem of planning the needs of IBM for skilled labor in order to satisfy service engagements, such as consulting, application development, or customer support. This paper describes two RCP models and presents two approaches to solving each of them. We also describe the motivation for using one approach over another. The models are built using the Watson Implosion Technology toolkit, which consists of a supply chain model, solvers for analysis and optimization, and an Application Programming Interface (API) for developing a solution. The models that we built solve two core resource planning problems, gap/glut analysis and resource action planning. The gap/glut analysis is similar to material requirements planning (MRP), in which shortages (gaps) and excesses (gluts) of resources are determined on the basis of expected demand. The goal of the resource action planning problem is to determine what resource actions to take in order to fill the gaps and reduce the gluts. The gap/glut analysis engine is currently deployed within the IBM service organization to report gaps and gluts in personnel.
international conference on service operations and logistics, and informatics | 2008
Feng Li; Tie Liu; Hao Zhang; Rongzeng Cao; Wei Ding; John Peter Fasano
In this paper, a simple mix integer programming for distribution center location is proposed. Based on this simple model, we introduce two important factors, transport mode and carbon emission, and extend it a model to describe the location problem for green supply chain. Sequently, IBM Watson implosion technologh (WIT) tool was introduced to describe them and solve them. By changing the price of crude oil, we illustrate the its impact on distribution center locations and transportation mode option for green supply chain. From the cases studies, we have known that, as the crude oil price increasing, the profits of the whole supply chain will decrease, carbon emission will also decrease to some degree, while the number of opened distribution center will increase.
Archive | 1995
Goodwin R. Chin; Walter C. Dietrich; Thomas R. Ervolina; John Peter Fasano; Elizabeth Jodi Poole; Jung-Mu Tang
Archive | 2005
Daniel P. Connors; John Louis Deeb; John Peter Fasano; Matthew J. Florian; Philip J. Garofolo; Donna L. Gresh; David Eric Quinney; Ronald Alan Zink
Archive | 2005
Daniel P. Connors; John Peter Fasano; Donna L. Gresh
Archive | 1997
Brenda L. Dietrich; Walter C. Dietrich; Elizabeth Jodi Poole; John Peter Fasano; Jung-Mu Tang
Archive | 2007
Markus Ettl; Ching-Hua Chen-Ritzo; John Peter Fasano; Aliza R. Heching; Karthik Sourirajan; Robert J. Wittrock
Archive | 2005
Brenda L. Dietrich; Daniel P. Connors; Thomas R. Ervolina; Robin Lougee-Heimer; Robert J. Wittrock; John Peter Fasano
Archive | 2008
Daniel P. Connors; John Peter Fasano; Donna L. Gresh; Yehuda Naveh
Archive | 1995
Walter C. Dietrich; Thomas R. Ervolina; John Peter Fasano; Jung-Mu Tang