ESICUP

C&P: Invited Stream on Cutting and Packing at IFORS 2017

By: ESICUP on: 2017-02-07 10:31:42

https://www.euro-online.org/conf/ifors2017

Stream organizers: A. Miguel Gomes and Jose F. Oliveira (Porto, Portugal)

This stream invites contributions in the broad area of Cutting and Packing. If you would like to present your work in this stream, please send the following information:
- Title of the talk
- Name and email of the first author

to esicup@gmail.com until February 10, 2017 (extended deadline)​


CfP: Invited Stream on Cutting and Packing at IFORS 2017

https://www.euro-online.org/conf/ifors2017

Stream organizers: A. Miguel Gomes and Jose F. Oliveira (Porto, Portugal)

This stream invites contributions in the broad area of Cutting and Packing. If you would like to present your work in this stream, please send the following information:
- Title of the talk
- Name and email of the first author

to esicup@gmail.com until February 10, 2017
Invited Stream on Cutting and Packing at IFORS 2017
21th Conference of the International Federation of Operational Research Societies
July 17-21, 2017 in Quebec City , Canada

https://www.euro-online.org/conf/ifors2017

Stream organizers: A. Miguel Gomes and Jose F. Oliveira (Porto, Portugal)

This stream invites contributions in the broad area of Cutting and
Packing. If you would like to present your work in this stream, please
send the following information:
- Title of the talk
- Name and email of the first author

to esicup@gmail.com until February 10, 2017 (extended deadline)

Contributions dealing with any aspect of the Cutting and Packing problems formulation, resolution or application are welcomed. This includes theoretical achievements, algorithms development and real-world implementations. Different problems, related with Cutting and Packing, are also welcomed. Typical, but not exclusive, topics of interest are:
* One-Dimensional Problems
* Two-Dimensional Rectangular Problems
* Nesting and Irregular Shapes Packing
* Three-Dimensional Packing
* Bin-Packing
* Container Loading
* Problem Generators and Benchmarks
* Additional Objectives and Constraints in C&P
* Typologies
* Industrial applications