Color Coding

ABSTRACT Recent literature in Systems Engineering has suggested the use of “value” to drive decision-making activities during preliminary design, in particular when choosing technologies and components for a complex system. However, to correctly evaluate design trade-offs, a visual link has to be established between the results of the value model and a product shape/geometry. This paper proposes the use of color-coded 3D CAD models to support the visualization of value analysis results in a Stage-Gate R � process. The approach has been developed and exemplified within a case study related to the design of an aero-engine component, and has been demonstrated using SIEMENS NX HD3D Visual Reporting. The results of verification activities conducted in a laboratory setting show that the use of color-coded 3D CAD models increases the decision makers’ awareness of value-related information in a Stage-Gate process.

This article presents the results of a research study based on two language teaching techniques, drilling and color-coding, and their effect on the correct pronunciation of the past tense phonemes /t/, /d/, and /ɪd/ in regular verbs in simple past tense when reading aloud; the population of this study was composed of twelve young adults. Qualitative and quantitative data from two instruments: an identification tally sheet and a questionnaire were gathered. The results obtained in the pre and post-test (identification tally sheet) and the performance of the participants from the experimental groups (B and C) showed that there was a positive impact on the accurate production of the past tense phonemes when reading aloud. Lastly, this research study provides evidence to claim the teaching of drilling and color-coding techniques are useful to pronounce the past tense phonemes /t/, /d/, and /ɪd/ in regular verbs correctly.

This report discusses the lab experiments about applying both of Ohm’s and Kirchhoff's laws. The main objectives of the experiment were concern about calculating the resistance and currents in the multiple possible methods which were the color coding system, Ohm’s and Kirchoff’s law in a simple resistive network. Five different tasks have been performed in order to achieve to the objectives and discuss the results. Multiple methods were applied in this lab experiment to detect the values of resistance of many circuits. It’s noticeable that measurements and calculations showed results with very low error percentages.

This article presents the results of a research study based on two language teaching techniques, drilling and color coding , and their effect on the correct pronunciation of the past tense phonemes /t/, /d/, and /ɪd/ in regular verbs in simple past tense when reading aloud; the population of this study was composed of twelve young adults. Qualitative and quantitative data from two instruments: an identification tally sheet and a questionnaire were gathered. The results obtained in the pre and post-test (identification tally sheet) and the performance of the participants from the experimental groups (B and C) showed that there was a positive impact on the accurate production of the past tense phonemes when reading aloud. Lastly, this research study provides evidence to claim the teaching of drilling and color-coding techniques are useful to pronounce the past tense phonemes /t/, /d/, and /ɪd/ in regular verbs correctly.

Heimer, Željko, 2005. Kolorirani prikaz računalne analize hoda, U: Kern, Jospia, Hercigonja-Szekeres, Mira, ur. Medicinska informatika 2005 - Zbornik radova 7. simpozija Hrvatskog društva za medicinsku informatiku, Rijeka, 21. listopada 2005., Med. inform., God. 7, Str. 165-170. // Klinička analiza hoda nezamisliva je bez uporabe suvremenih računala. Izmjereni podaci o položajima pojedinih točaka na tijelu ispitanika tijekom hoda, kao i podaci o silama reakcije podloge računalski se obrađuju korištenjem modela tijela te se kao izlazni rezultati dobivaju nizovi kinematičkih i kinetičkih krivulja koje opisuju iznose rotacije pojedinih segmenata tijela te sile i momente koji se javljaju u zglobovima. Interpretacija tih rezultata je problem je u kliničkoj primjeni jer je dugotrajna i naporna. Stoga je razvijen kolorirani prikaz rezultata koji upotrebom boja kliničaru indicira ona mjesta na krivuljama kod kojih je iznos značajno različit od norme.

This article presents the results of a research study based on two language teaching techniques, drilling and color-coding, and their effect on the correct pronunciation of the past tense phonemes /t/, /d/, and /ɪd/ in regular verbs in simple past tense when reading aloud; the population of this study was composed of twelve young adults. Qualitative and quantitative data from two instruments: an identification tally sheet and a questionnaire were gathered. The results obtained in the pre and Recibido: 18 de julio de 2019. Aprobado: 29 de abril de 2020. http://dx.doi.org/10.15359/rep.15-2.12 1 Magíster en Educación con Énfasis en Docencia Universitaria, Universidad Nacional (UNA). 2 Licenciado en la Enseñanza del Inglés, Universidad de Costa Rica (UCR). 3 Licenciada en la Enseñanza del Inglés, Universidad de Costa Rica (UCR).

Mario Kasović, Željko Heimer, Vladimir Medved: Coloured Signal Coding in Computerized Human Gait Analysis, In: Dragan Milanović, Goran Sporiš (eds.), Proceedings Book of 6th International Scientific Conference on Kinesiology, Kineziološki fakultet, Zagreb, 2011, pp. 155-157. // Contemporary computers are used in clinical gait analysis. The measured data on locations of certain points on the subject’s body during gait, as well as the data on ground reaction force are combined - assuming a body model of a rigid segment type - via inverse dynamic approach, so that, as the output data, sets of kinematic and kinetic curves are yielded that describe the amount of rotation of individual body segments as well as net forces and moments appearing in virtual joint centers during gait. Interpretation of these results is a problem in clinical application since it is time consuming and arduous. The coloured coding of the output curves proposed by Manal and Stanhope is applied in this paper to indicate to the clinician the direction and the degree of deviation from the norm of particular regions in the measurement curves, and of curves as a whole.

Image colorization is a new image processing topic to recolor gray images to look as like the original color images as possible. Different methods have appeared in the literature to solve this problem, the way that leads to thinking about decolorization, eliminating the colors of color images to just small color keys, aid in the colorization process. Due to this idea, decolorization is considered as a color image encoding mechanism. In this chapter, the authors propose a new decolorization system depends on extracting the color seeds (Representative Pixels [RP]) using morphology operations. Different decolorization methods are studied and compared to the system results using different quality metrics.