The task of marker optimization in clothing production is to eliminate pieces from a work order using an optimal sequence of markers and plies, where the work order is given as a matrix of colors by sizes, markers are vectors of sizes to be laid-out and cut together, and the number of plies determines how many pieces are eliminated from the work order each time. Although the optimality of a marker sequence can be determined in several ways, we consider minimum preparation cost as a key objective in clothing production.
COBISS.SI-ID: 22909479
A language implementation with proper compositionality enables a compiler developer to divide-and-conquer the complexity of building a large language by constructing a set of smaller languages. Our experimental evaluation demonstrates that CLR increases the comprehensibility, reusability, and independent development ability of the language implementation.
COBISS.SI-ID: 12970518
In the paper, an approach to real-time visualization of virtually unlimited LIDAR datasets, at full detail with a hierarchical and out-of-core approach to data management and a modern point-based rendering technique, is presented. It is based on on-demand loading of data subsets into their optimal memory locations and on a two-pass point-based rendering method that utilizes elliptical weighted average filtering to reduce alias. All graphics computations are implemented in programmable shaders on the GPU.
COBISS.SI-ID: 14548502
This paper presents a new lossless raster font compression method that uses vertex chain code to define character’s outline. Obtained chain codes are compressed by Huffman coding algorithm. The results show that the new method requires least memory space to store the raster fonts among the known methods. Moreover, the font size has almost no impact on the coder efficiency. Due to the low complexity of the decoder, this method is ideal for use in embedded systems.
COBISS.SI-ID: 14353686
The aim of this study was to compare the decomposition results obtained from high-density surface EMG and concurrently recorded intramuscular EMG. Surface EMG signals were recorded with electrode grids from the tibialis anterior, biceps brachii, and abductor digiti minimi muscles of twelve healthy men during isometric contractions. A comparison poved surface EMG compatible with the intramuscular one.
COBISS.SI-ID: 14241814