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"Beginning iOS 3D unreal games development covers using the unreal UDK game creation system to create 3D games for the iOS platform, which includes the iPhone, iPod touch and iPad. Specifically, this book covers, unrealScript programming language, going beyond the limitations of the visual Kismet scripting language, the Unreal UDK code framework, basic UDK tools and other UDK items needed to build a game, and various author-created game frameworks are presented and are used to illustrate the UnrealScript programming language and user input methods specific to the iOS mobile platform."

"Latar Belakang: Perkembangan teknologi digital telah diterapkan dalam bidang kedokteran gigi untuk menyederhanakan prosedur rehabilitasi oral. Perkembangan dengan sistem computer aided-design – computer-aided manufacturing (CAD-CAM) ini meningkat secara signifikan. Sistem ini menggunakan Intraoral Scanner (IOS) yang memiliki sejumlah keuntungan dan daya tarik yang cukup besar. Alat ini dapat memberikan penentuan kualitas cetakan secara langsung, model pasien tiga dimensi (3D) virtual yang dapat disimpan di dalam komputer tanpa pembuatan model plaster dan dapat digunakan sebagai sarana komunikasi efektif dengan pasien. Suatu perangkat IOS harus memiliki nilai akurasi yang tinggi. Akurasi teridiri dari nilai trueness dan precision. Akurasi cetakan digital ini sangat penting untuk kesesuaian internal restorasi akhir. Pendekatan pengukuran akurasi langsung melalui pengukuran linier dan .analisis perbedaan 3D setelah penyelarasan paling sering digunakan untuk mengevaluasi akurasi. Tujuan: Mengevaluasi perbedaan nilai trueness dan precission dari desain preparasi onlay yang dipindai dengan menggunakan IOS Primescan AC dan Primescan Connect (Denstply, USA). Metode: Model typodont desain preparasi onlay MOD dipindai dengan extraoral scanner (inEos X5, Dentsply Sirona, USA) untuk mendapatkan data referensi. Desain preparasi onlay juga dipindai dengan dua IOS Primescan AC dan Primescan Connect (Denstply, USA) masing-masing kelompok sebanyak 10 kali pengulangan. Akurasi dalam bentuk trueness berupa nilai root mean square dievaluasi dengan membandingkan data pemindaian IOS dengan data referensi. Sementara akurasi dalam bentuk precision dievaluasi dengan membandingkan data pemindaian sesama kelompok IOS dalam kelompok yang sama secara kombinatorik (10C2). Hasil : Tidak terdapat perbedaan nilai akurasi (trueness dan precision) pada desain preparasi onlay yang dipindai dengan menggunakan IOS Primescan AC dan Primescan Connect. Kesimpulan: Nilai trueness dan precision pada pemindaian dengan menggunakan IOS Primescan AC dan Primescan Connect dapat dipegaruhi oleh spesifikasi komputer masing-masing IOS dan teknologi optik pada scanner itu sendiri.

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Background: : The development of digital technology has been applied in dentistry to simplify oral rehabilitation procedures. The development of computer-aided design – computer-aided manufacturing (CAD-CAM) systems has increased significantly. These systems can utilize an Intraoral Scanner (IOS) which has a number of advantages and considerable appeal. It can provide immediate determination of mold quality, virtual three-dimensional (3D) patient models, can be stored in the computer without the creation of plaster models and can be used as a means of effective communication with the patient. An IOS device must have a high accuracy value. Accuracy consists of trueness and precision. The accuracy of the digital impression is very important for the internal fit of the final restoration. Direct accuracy measurement approaches through linear measurements and 3D difference analysis after alignment are most commonly used to evaluate accuracy. Methods : To evaluate the differences in trueness and precission values of onlay preparation designs scanned using IOS Primescan AC and Primescan Connect (Denstply, USA). The MOD onlay preparation design typodont model was scanned with an extraoral scanner (inEos X5, Dentsply Sirona, USA) to obtain reference data. The onlay preparation design was also scanned with two IOS Primescan AC and Primescan Connect (Denstply, USA) in each group for 10 repetitions. Accuracy in the form of trueness in the form of root mean square value was evaluated by comparing the IOS scan data with the reference data. Meanwhile, accuracy in the form of precision was evaluated by comparing the scan data of fellow IOS groups within the same group combinatorically (10C2). Results: There was no difference in the accuracy values (trueness and precision) of onlay preparation designs scanned using the Primescan AC and Primescan Connect IOS. Conclusion: The trueness and precision values on scanning using IOS Primescan AC and Primescan Connect can be influenced by the computer specifications of each IOS and the optical technology on the scanner itself."

"Dalam laporan skripsi ini penulis akan memaparkan proses dan hasil pengembangan aplikasi indoor positioning system IPS berbasis iOS dengan menggunakan teknologi Small Cell sebagai alat pendeteksi lokasi objek di dalam gedung. Dan secara spesifik pengembangan ini akan menggunakan bandara sebagai skenarionya, dikarenakan kebutuhan akan IPS sangat tinggi di area ini serta banyak layanan tambahan yang dapat diimplementasikan sebagai komplementer seperti navigasi, jadwal penerbangan, pusat informasi, media komunikasi, dan sistem pengawasan. Secara spesifik dalam pengembangan ini akan dilakukan pengujian atau simulasi untuk mengukur kinerja dan kecepatan komunikasi realtime yang didukung oleh Socket.IO serta pengujian 3D graphic rendering oleh SceneKit."

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ABSTRACTGames in Economic Development' examines the roots of poverty and prosperity through the lens of elementary game theory, illustrating how patterns of human interaction can lead to vicious cycles of poverty as well as virtuous cycles of prosperity."

"Beginning facebook game apps development gets you started with building your first game apps that run on facebook. Become your own "zynga" and create your own "civilization" or "farmville" and more. Build rich Web-based apps that you can sell on facebook's app store. Because these apps are built on Web standards, you can build and run on many browsers and, more interestingly, more computers, tablets, smartphones and even other devices and appliances that are web-connected or enabled."

"Beginning Windows phone app development, written specifically to help you learn the skills you’ll need to develop rich, functional apps for the Windows Phone 7 platform. Authors Henry Lee and Eugene Chuvyrov cover the very latest developments in the field, including the extended APIs offered in the new Mango platform update, so you'll have timely, accurate information at your fingertips. Beginning Windows phone app development starts with the basics, walking you through the process of downloading and setting up the right development tools, including visual studio, expression blend, silverlight SDK, and Windows Phone SDK. It then takes you step-by-step though the development process as you build and deploy a working application, complete with a sophisticated user interface. "

"With GameSalad, you can design, build, and publish a 2D game in the App Store using an easy-to-use, no-programming-required game creation tool. Learn GameSalad for iOS shows you how to set up your development environment and how to create a variety of simple 2D games from a breakout-style game to an arcade shooter to a maze game. You'll also learn how to use GameSalad to create a non-game app as well. This book also takes you beyond game development into getting your game into the App Store, using iAd, and marketing your game. "

"This book examines noise-monitoring technologies and tools for registering the threshold of development of the latent period of the transition of a facility or product into an emergency state and controlling the dynamics of this development. It also describes how the use of noise technology can improve the accuracy of the results of traditional methods employed in the analysis of noisy signals. Dr. Aliev analyzes the varieties and stages of the generation and development of defects preceding accidents of technical facilities and devices."

"Perkembangan teknologi menyebabkan inovasi pada bidang pendidikan dengan munculnya istilah e-learning dan learning management system sebagai platform pendukungnya. Teknologi juga membantu dalam menyelesaikan permasalahan terhadap keterbatasan yang dimiliki pada learning management system yaitu munculnya sistem mobile. Pada penelitian ini, dibentuklah sebuah aplikasi LMS berbasis mobile menggunakan framework UIKit sebagai tampilan antar muka serta Firebase sebagai backend-as-a-service. Selama proses berjalan, diterapkan pengujian berdasarkan kepuasan aplikasi di mata pengguna menggunakan usability testing, perbandingan implementasi LMS secara web dan mobile menggunakan comparative testing, serta menguji performa aplikasi berdasarkan waktu respons, alokasi memori, serta penggunaan CPU. Dari pengujian tersebut secara usability testing ditemukan beberapa kekurangan serta kebutuhan pengguna lainnya yang dapat diterapkan pada tahapan pemeliharaan aplikasi, secara comparative testing didapatkan bahwa mobile menjadi opsi yang lebih dipilih oleh pengguna LMS dengan perbandingan nilai 7:4 sebesar 50%, secara performance testing ditemukan bahwa waktu respons untuk keseluruhan fitur berada di bawah 2 detik, ditemukan juga secara alokasi memori bahwa fitur dalam menampilkan PDF mengambil memori serta penggunaan CPU terbesar dan bervariasi angkanya tergantung pada kompleksitas PDFnya.

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The development of technology has led to innovation in the field of education with the emergence of terms such as e-learning and learning management system (LMS) as supporting platforms. Technology also helps address the limitations of the LMS by introducing mobile systems. In this study, a mobile-based LMS application was developed using the UIKit framework for the user interface and Firebase as the backend-as-a-service. Throughout the process, testing was conducted based on user satisfaction using usability testing, a comparison between web and mobile LMS implementations using comparative testing, and performance testing based on response time, memory allocation, and CPU usage. From the usability testing, several deficiencies and user requirements were identified, which can be implemented during the maintenance phase. The comparative testing revealed that mobile options were preferred by LMS users with a 7:4 ratio, accounting for 50% of the responses. The performance testing showed that the response time for all features was below 2 seconds. It was also found that displaying PDFs required significant memory allocation and the CPU usage varied depending on the complexity of the PDF."