Layout

ÖZET Okul binalarında yer alan dersliklerin fiziksel yapısının eğitim-öğretim faaliyetlerini belirgin bir biçimde etkilediği bilinen bir olgudur. Dersliklerin genişliği, aydınlatma, ısıtma, akustik yapı vb. etmenlerde ders planlamaya dahil edilen unsurlardan bazılarıdır. Derse giren öğretmenler öğrencilerine en etkili ve verimli bir öğrenme ortamı sağlayabilmek için değişik sınıf yerleşim düzenleri uygulamaya gitmektedirler. Öğretmenlerin bu oturma düzeni tercihlerinin sınıf yönetiminde fiziksel boyutlardan biri olan sınıf yerleşim düzeninin önemli bir parçası olmuştur. Bu çalışmada Türkiye'de yayımlanmış olan Sınıf Yönetimi kitapları incelenerek sınıf yönetimin fiziki boyutlarından biri olan sınıf yerleşim düzenlerini nasıl ele alındığının ortaya çıkarılması amaçlanmıştır. Bu amaç doğrultusunda sınıf yönetimi kitaplarında kaç farklı sınıf yerleşim düzeni olduğu ve kitaplarda bu konuya ne ölçüde yer verildiği ortaya konulmuştur. Araştırmada tarama yöntemi kullanılmıştır. Araştırmada 38 "Sınıf Yönetimi" kitabı incelenmiştir. Araştırma temel olarak bir meta-özet çalışmasıdır. Kitapların incelenmesinde frekans etki büyüklüğü ve yaygınlık etki büyüklükleri hesaplanmıştır. Bu araştırmanın sonucunda, "sınıf yönetimi" adıyla yayımlanan kitaplarda birbirlerinden farklı 8 değişik sınıf yerleşim düzeni yer aldığı belirlenmiştir. Anahtar Sözcükler: Sınıf yönetimi, yerleşim düzeni, öğretim. ABSTRACT Investigation of Class Settlement Regulations in Classroom Management It is known that the physical structure of the classrooms in school buildings has a significant impact on education and training activities. Width of classrooms, lighting, heating, acoustic structure, etc. are some of the factors included in the course planning. In order to provide the 1 Sinif Öğretmeni, Milli Eğitim Bakanliği. Mustafa.Atas06@Gmail.Com 2 Mersin Üniversitesi, Eğitim Fakültesi, Temel Eğitim Bölümü Öğretim Üyesi. Eğitim Bilimci. Serdarhan@Gmail.Com Adres: Mersin Üniversitesi, Eğitim Fakültesi, Temel Eğitim Bölümü, Çiftlikköy Kampusu, 33343-Mersin / Türkiye,

This paper presents a novel automatic and dynamic camera calibration algorithm based on traffic visual surveillance. The algorithm can automatically calibrate the intrinsic and extrinsic parameters of camera, and offer enough guarantee to extract traffic real-time parameters. This paper firstly indicates the significance of applying automatic and dynamic calibration algorithm to intelligent transportation system, then establishes a mathematical model of calibration parameters between camera image and actual road. The algorithm is established from three view points, which are description, flow chart and algorithm description. Afterward this paper describes the experimental method and result based on this novel algorithm. Finally this paper indicates wide application foreground of this algorithm in intelligent transportation system.

This paper presents part of the work aiming at building a tool for the detection of graphomotor difficulties involving disorders in the writing of children. We have defined an experimental protocol, containing exercises such as copying figures or writing sentences under different conditions. It allows to measure simple aspects of graphomotor skill up to complex ones. A great number of features were obtained from on-line children's productions. We focus on the method used to select low-level features that can describe the automation level of graphic activity. It is based on hierarchical clustering of features and sequential forward selection. Every exercise is represented by two relevant features at least. We show that, in most cases, the selected features allow to recognize the school level of children having regular schooling but to discriminate children with scholar difficulties as well.

this paper we introduce ourinteractive movie system by focusing on how weachieved an integration of narrative-based and spontaneousinteractions. Also, there is the important question:what is the objective of creating interactive animatedagents? Although the technological aspects ofsuch agents have been studied and discussed in detail,this critical question has rarely been discussed. In thelatter part of this paper, we will discuss what

The problem of evacuating crowded closed spaces, such as discotheques, public exhibition pavilions or concert houses, has become increasingly important and gained attention both from practitioners and from public authorities. A simulation implementation using NetLogo, an agent-based simulation framework that permits the quickly creation of prototypes, is presented. Our aim is to prove that this model developed using NetLogo, albeit simple can be expanded and adapted for fire safety experts test various scenarios and validate the outcome of their design. Some preliminary experiments are carried out, whose results are presented, validated and discussed so as to illustrate their efficiency. Finally, we draw some conclusions and point out ways in which this work can be further extended.

An approach to active vision based on information theory and statistical mechanics is presented. Density of entropy production measured along a spatio-chromatic diffusion of a colour image is used to build a conspicuity map of the image. The map is successively given as input to a dynamic neural network in order to drive a focus-of-attention scanpath

Corner detection is widely used in image processing and machine vision. Hence, different corner detectors are proposed. But the performance of such corner detectors is sensitive to round effect and curve shape of the edges. In this paper we propose a novel corner detector that either over come corner detection problems and produces some information about detected corners that is very useful in segmentation and object recognition.

The ultimate goal of pattern recognition systems in remote sensing is to achieve the best possible classification performance for recognition of different objects such as buildings, roads and trees. From a scientific perspective, the extraction of roads in complex environments is one of the challenging issues in photogrammetry and computer vision, since many tasks related to automatic scene interpretation are involved. Roads have homogeneous reflectivity in LIDAR intensity and the same height as bare surface in elevation. Proposed method in this paper is based on combining multiple classifiers (MCS) is one of the most important topics in pattern recognition to achieve higher accuracy. Majority Voting and Selective Naive Bays are two methods that used for fusion of classifiers.

"Traditional printing works in maximum garment industries are facing different problems like low productivity, longer production lead time, high rework and rejection, low flexibility, lower quality product, high non-value added work etc. In this study these different problems were identified by using numerous effective production control tools like process analysis, layout of work station, motion and time study, work standardization etc. The encouraging results after implementing these tools give the way to go forward and thrust to reach at the end point. Some key benefits of this implementation are reduction of excess motion and non value added work by 50%, decreasing of sample rejection level by 70%, reduction of work level for repairing works by 80%. As a result total processing time for final output is decreased. After the implementation of these tools effectively the result shows the significant improvement of the production than before."

This is an introduction especially for university students. It contains all you need to know in order to format a thesis in the shortest possible time.

The course, including online practice, takes at most four hours.

Best if you follow the course together with a friend.

ABSTRACT--- Music can become a very powerful marketing tool if used in the right way and at the right time. This is why in this paper we will be looking at how music can influence one’s purchasing behaviour. This is because music is able to influence one’s mood. Furthermore there are some benefits to playing music in stores. Plus there are certain types of music for certain target market and in this paper, it will be revealed which type of market prefers what type of music. Also the age of the customer and the type of music being played in the store also has a relationship. Music can also lead to an increase in one’s sales level. The type of music is important and so are the tempo, pitch and volume of the music. Besides that, the store environment that includes a couple of features like the light and color of the store is rather important. Not to forget the layout of the store. The store environment and layout also plays a part in attracting and making sales for the store.

Keywords--- shop environment, layout, music and price of items

Second edition of Editorial Design by Yolanda Zeppaterra. Published in the UK, and in the US by LKP and in Spanish and Portuguese by Gustavo Gili. This book is the designer's essential toolkit to the evolving world of creative editorial design. With insider advice and opinions from leading contemporary designers, it will teach its readers everything they need to know to reach the top of their profession and is richly illustrated with examples from both print and digital publications.

Three-dimensional sound's effectiveness in virtual reality (VR) environments has been widely studied. However, due to the big differences between VR and augmented reality (AR) systems in registration, calibration, perceptual difference of immersiveness, navigation, and localization, it is important to develop new approaches to seamlessly register virtual 3-D sound in AR environments and conduct studies on 3-D sound's effectiveness in AR context. In this paper, we design two experimental AR environments to study the effectiveness of 3-D sound both quantitatively and qualitatively. Two different tracking methods are applied to retrieve the 3-D position of virtual sound sources in each experiment. We examine the impacts of 3-D sound on improving depth perception and shortening task completion time. We also investigate its impacts on immersive and realistic perception, different spatial objects identification, and subjective feeling of "human presence and collaboration". Our studies show that applying 3-D sound is an effective way to complement visual AR environments. It helps depth perception and task performance, and facilitates collaborations between users. Moreover, it enables a more realistic environment and more immersive feeling of being inside the AR environment by both visual and auditory means. In order to make full use of the intensity cues provided by 3-D sound, a process to scale the intensity difference of 3-D sound at different depths is designed to cater small AR environments. The user study results show that the scaled 3-D sound significantly increases the accuracy of depth judgments and shortens the searching task completion time. This method provides a necessary foundation for implementing 3-D sound in small AR environments. Our user study results also show that this process does not degrade the intuitiveness and realism of an augmented audio reality environment

Although QCA (quantum dot cellular automata) has been introduced as a new kind of technology for over a decade, it still continues to be so and its merits and flaws are yet under study for future practical use. One of the problems of this technology is the dependency of its circuit timing to its layout. An asynchronous design methodology for QCA has been offered to solve this problem. The proposed methodology uses NCL (null convention logic) to approach this issue. Since asynchronous registers play an important role in NCL methodology, to ease the problem this work is aimed to design asynchronous registers and employ them to construct a delay insensitive serial adder. The results obtained so far can be used to assess the required cell counts, and space in future QCA system design.

Fundamentally, with every design solution, we are trying to present information in the best possible way to make communication easier. n this paper, we will be talking about functionality of layouts and how to ameliorate them by following a set of iterative protocols. We will be using an existing website layout as a case study as we procedurally try to enhance it by applying these protocols.

Some research has discussed the Composition Aesthetics and the layout problems of graphic design. In Lebanese higher education, graphic design students face difficulty in applying the elements of design and the principles of design in their artwork. Graphic design students are not well introduced to the Golden Ratio grids which stand as important tools for solving layout problems. Another problem is that teaching the Golden Ratio has been mildly integrated in the Lebanese higher education curriculum. The dissertation examines the effect of Golden Ratio on enhancing the composition of both Balance and Aesthetics and sheds light on the difference between the Rule of Thirds’ grid and the Golden Ratio grids in high education graphic design sophomore classes in one public and one private university along three academic years. The dissertation includes three research studies: The Experimental Design, the Randomized Design or the Correlational Design, and the Comparative Design. The first two studies included the four-group Solomon design. Sophomore graphic design students were the participants of the three studies, and three educators were the participants in both public and private universities in studies two and three. Four instruments were used to collect data: non-participant classroom observations were the instrument used in the three studies, pretest – intervention – posttest was used in study one, Evaluation Table of the principles of design and elements of abstract design (patterns, colors of black and white, lines, forms) was used in study two, Evaluation Table of the principles of design and elements of abstract or non-abstract design (patterns, color, lines, forms) was used in study three. Findings showed that the use of the Golden Ratio grid better enhanced the Aesthetic and Compositional Organization Criteria than the use of the Rule of Thirds’ grid in both public and private universities in studies one and two. Besides, the Aesthetic Criterion was performed more effectively according to the Rule of Thirds, and the Compositional Organization Criterion was more effective according to the Golden Ratio in both public and private universities in study three. The academic limitations of the findings are stated. Recommendations for continual use of the Rule of Thirds and the integration of the Golden Ration grids in the Lebanese higher education graphic design curriculum are suggested.