This program aims to demonstrate the use of algorithms to solve the bin packing problem and choose the optimal solution. The bin packing problem is defined by 2 properties, which are the item sizes ...

The Journal of the Operational Research Society, Vol. 69, No. 3 (MARCH 2018), pp. 402-415 (14 pages) This paper presents a heuristic for the guillotine two-dimensional bin packing problem, where a set ...

This project aims at solving 3D-Bin-Packing problem, a combinatorial NP-hard problem. The whole 3D Packing implementation based on the following two papers: Bin(name, length, width, height, capacity) ...

Abstract: The two-dimensional (2D) irregular packing problem is a classical optimization problem with NP-hard characteristics and has high computational complexity. To date, packing problems have ...

Abstract: This paper addresses a new orthogonal packing and time scheduling problem-3D space-time optimization problem (3D-STO). Given a rectangular sheet and a set of rectangular items, each item ...

The online 3D packing problem has received increasing attention in recent years due to its practical value. However, the problem itself possesses some peculiar properties, such as sequential ...

Form Labs recently announced the launch of the Fuse 1, a desktop SLS printer that will print all your parts using nylon powder and a laser. This a fundamentally different method of 3D printing as ...

The classical sphere-packing problem is to determine how densely a large number of identical spheres (such as ball-bearings) can be packed together in a finite space. In 1611 the German astronomer ...