Hacettepe Üniversitesi Açık Erişim Sistemi (HÜAES)
- HÜAES, Hacettepe Üniversitesi bünyesinde üretilen kitap, makale, tez, bildiri, rapor gibi tüm akademik kaynakları uluslararası standartlarda dijital ortamda depolar, etkisini artırmak için telif haklarına uygun olarak Açık Erişime sunar.
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Recent Submissions
ULVİ CEMAL ERKİN'İN YAYLI SAZLAR KUARTETİ ESERİNİN GİTAR ORKESTRASINA TRANSKRİPSİYONU VE İCRA EDİLEBİLİRLİĞİNİN ARAŞTIRILMASI
(Güzel Sanatlar Enstitüsü, 2026-05-21) Kahraman Yavuz; Piyano
This study presents the transcription of Ulvi Cemal Erkin's String Quartet for guitar orchestra and offers solutions to the technical and musical problems encountered during this transcription process. The introduction discusses the importance of transcription in the context of guitar repertoire, focusing on transcription techniques and philosophy. The Conceptual Framework outlines the research's aims and significance, and presents the problem statement. A literature review examines existing studies on the work and guitar orchestra, determining the materials and methods to be used in the research. The second section provides general information about the Turkish Five composers and Ulvi Cemal Erkin. The third section describes the String Quartet, introducing its movements. The fourth section focuses on the concept of a guitar orchestra, examining the score, sound field, and instruments. The findings section presents solutions to the problems encountered during transcription using the chosen method, and offers technical and musical suggestions. The Conclusion and General Recommendations section offers suggestions for future performers who wish to make different transciptions of the work besides performing. These suggestions will shed light on new editions and performances.
KENTSEL DÖNÜŞÜMDE İÇ MEKAN ANALİZİ: YENİ MAMAK KENTSEL DÖNÜŞÜM PROJESİ ÖRNEĞİ
(Güzel Sanatlar Enstitüsü, 2026) AÇIKEL Emir Çağrı; İç Mimarlık ve Çevre Tasarımı
This thesis examines the effect of decisions made at the scale of the residential site in urban transformation projects on housing interior design and patterns of use. In the literature on urban transformation in Turkey, site decisions are evaluated through the physical environment, including block layout, density, and open space organization. This study argues that their effects on housing interiors and user experience remain insufficiently visible.
The research was conducted through a qualitative approach in the 100th Year Housing Estate within the Yeni Mamak Urban Transformation Project, selected as one of the most extensive urban transformation projects in Ankara. Based on semi structured interviews with 26 participants from different households, together with observations and visual records of housing interiors, the study reveals the differences between designed space and lived space. This relationship was further identified through the spatial analysis of the site and apartment plans.
The findings show that transformation should be addressed not only through physical features such as dwelling size and number of rooms, but also through settlement layout, the cultural structure of the local community, daily practices, and demographic characteristics. Functional shifts are observed especially in the laundry area, balcony, and en suite bathroom. These shifts result not from users’ rejection of the plan, but from the mismatch between the housing layout and everyday life practices.
In conclusion, the thesis shows that the residential site and the dwelling should be designed together as a coherent living environment shaped by users’ lives, regional habits, and daily practices.
Yakınlık Sensör Dizilerinde Yapay Zeka Yongası Tabanlı Hareket Algılama ve Tanıma
(Fen Bilimleri Enstitüsü, 2025) Kandilcik, Mehmet Ali; Elektrik –Elektronik Mühendisliği
In this thesis, the stages of designing an artificial intelligence chip capable of recognizing hand gestures are presented, utilizing the trained weight and bias values derived from data generated by capacitive proximity sensor (CPS) arrays. Numerous systems for motion detection and recognition exist in the literature. The study aims to fulfill various software and hardware
requirements for motion detection and recognition using a single integrated
circuit, specifically an artificial intelligence (AI) chip. A dataset collected using CPS arrays was utilized in the thesis study. 75% of the data obtained from hand gestures was set aside as training, 15% as validation, and 10% as test data. For motion detection and recognition, an AI chip was designed to run a Multi-Layer Perceptron (MLP) architecture, which consists of 4 layers, including input and output layers. Each layer has 36, 20, 20 and 4 nodes, respectively. MLP architecture achieved 99.58% training accuracy and
99.50% F1 score in a computer-based simulation environment. According to the analysis results obtained from the study, the basic building blocks of the architecture to be implemented in the digital design were determined. The digital design was created based on the algorithm tested in the computer environment, and at the final stage, an applicationspecific AI chip was designed. The digital design used a 16-bit fixed-point number format. AI chip, designed using the RTL2GDSII approach with the application-specific
integrated circuit (ASIC) concept, achieved a 4 times higher frequency than the design made using a commercial FPGA SoC while consuming 7.25 times less power. Within the scope of the thesis study, a design was realized for the AI chip concept, and a method was presented for the design flow process of the system and subsystems containing the artificial intelligence chip for a specific problem.
Topology Optimization of 3D Printed Concrete Structural Walls Through Artificial Intelligence Techniques
(Fen Bilimleri Enstitüsü, 2025) Özalp, Abdulkadir; İnşaat Mühendisliği
Concrete is one of the most widely used building materials worldwide. Various types of concrete, such as self-compacting concrete, high-strength concrete, and chemical-resistant concrete, are used globally to improve the performance of structures. Digital technology applications like 3D printers offer new possibilities for the production of concrete structures. There are many advantages to numerically modeling the 3D concrete printing process. Simulating the printing process allows for predicting the structural behavior of concrete during production, and calculating the potential damage that may
occur at this stage. This is important for reducing material waste and preventing wear on the printing machine. With the increasing demand for sustainable product development, scientists have begun to focus on producing hollow structures with high strength and minimum weight. Topology optimization procedures will contribute to the more economical and robust design of structures, providing new contributions to the engineering, architecture, and construction fields. Many researchers have developed physics-based models to improve the properties of hollow elements printed through 3D printers. However, these formulations require a deep
understanding of the production process, which can be very laborious. As an alternative to this method, predictions can be made using only the data obtained. In this context, various artificial intelligence methods can be used.
In the 3D printing process of concrete structures, the design process should be done in the office environment, while the printing process should be done in the construction site. This simultaneous occurrence of the design and printing processes makes it impossible to fully automate the 3D concrete printing process. Additionally, there is no formulation in the literature for the capacity calculation of concrete walls printed through 3D printers and subjected to combined axial and lateral loads (such as design effects occurring during wind loads or seismic demands). To achieve fully automatic 3D concrete printing, in this study, the optimization of wall topology in concrete building construction printed by 3D printers has been realized with artificial intelligence techniques, and automated design tools have been developed using these artificial intelligence models. The dataset required
for the artificial intelligence model was obtained through numerical modeling. With this study, the most economical and lightest section topology with the desired strength was determined through the artificial intelligence model without resorting to trial and error, saving material and energy. Additionally, by comparing two different artificial intelligence models, the model with the highest accuracy and the lowest number of parameters was found, reducing the calculation cost. In addition, the pre-trained version of the proposed artificial intelligence-based design tool has been uploaded to permanent
storage, and the relevant link has been added in the conclusion section of this study.
Râʾif İsmâʿil Paşa Dîvânı (İnceleme – Metin – İşlevsel Sözlük)
(Sosyal Bilimler Enstitüsü, 2026-05-13) Ümmüsü Selen ULU; Türk Dili ve Edebiyatı
Divans constitute the principal corpus of classical period. It is also known that certain poets employed the
term mecmuʿa to denote notebooks in which they compiled their poems prior to arranging them into a
formal divan. The subject of this thesis is the compilation of the poems of Râʾif İsmâʿil Paşa, compiled in
his own handwriting and preserved in a manuscript collection entitled Mecmûʿa- Râʾif İsmâʿil Paşa. The
poet’s corrections, deletions, and revisions within the manuscript indicate that many of the poems remained
in draft from. Furthermore, annotations such as “tahrir (fair copy)” and “yazıldı (written out)” appearing
above certain poems suggest that these drafts were later transcribed into a clean copy and assembled into a
divan. Despite extensive research, however, no extant a divan attributed to Râʾif İsmâʿil Paşa has been
identified.
This study aims to recover the poetic oeuvre of the eighteenth-century poet Râʾif İsmâʿil Paşa and to
construct a divan. The thesis consist of an introduction and four chapters. The introduction provides and
overview of eighteenth-century Ottoman classical literature. The first chapter examines the life, official
duties, and personality of Râʾif İsmâʿil Paşa. The second chapter analyzes all verse forms represented in
the reconstructed divan, together with the poet’s use of prosodic and harmonic devices, thereby elucidating
his stylistic features, linguistic preferences, thematic concerns, and literary influences. In doing so, it seeks
to illuminate the literary identity of Râʾif İsmâʿil Paşa, which has remained overshadowed by his political
career as a statesman. The third chapter presents the transcribed critical text of the Divan. The fourth and
final chapter contains a functional glossary appended to the edition.
Through this study, the poems of a poet praised in the tezkires have been brought to light. By examining
the reconstructed Divan, the thesis endeavors to situate Râʾif İsmâʿil Paşa within the tradition of eighteenthcentury
Ottoman classical poetry. The functional glossary is designed both to facilitate scholarly
engagement with the text and to reveal the particular semantic nuances the poet attributed to specific lexical
items.