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"ABSTRAKPenderita buta warna umumnya sering mengalami kesulitan dalam membedakan warna tertentu, bahkan untuk penderita buta warna total, mereka hanya dapat melihat dalam warna hitam, putih, dan abu-abu saja. Kelainan persepsi warna tersebut menimbulkan permasalahan yang banyak dialami oleh penderita buta warna, mulai dari aktifitas sehari-hari sampai masalah pendidikan. Salah satu solusi untuk membantu permasalahan tersebut adalah dengan membangun sistem bantuan menggunakan teknik pengolahan citra dan menerapkan teknologi augmented reality. Dalam implementasi sistem bantuan tersebut, penelitian ini difokuskan pada perancangan antarmuka pengguna sistem bantuan penderita buta warna dan pengembangan sistem tes buta warna pada perangkat Windows Phone 7, serta pembuatan sistem transformasi warna pada perangkat bergerak, maupun sistem tertanam. Perancangan antarmuka pengguna sistem bantuan penderita buta warna untuk platform Windows Phone 7 diimplementasikan menggunakan Microsoft Expression Blend berdasarkan prinsip barrier-free. Pengujian buta warna bagi pengguna digunakan metode Ishihara, dan untuk transformasi warna diterapkan teori Dalton dengan menggunakan pemrograman bahasa C# dengan tambahan library EmguCV. Analisis pengujian sistem ini membuktikan bahwa penerapan metode Ishihara untuk sistem tes buta warna memberikan hasil akurasi yang tinggi dengan persentase 100% dari 10 kali pengujian. Metode Daltonisasi untuk sistem transformasi warna memberikan hasil optimal untuk memperjelas objek pada citra berwarna ambigu. Pada perangkat tertanam, persentase kondisi citra yang dapat terlihat sangat jelas adalah 74%, dan 37% untuk perangkat bergerak.

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ABSTRACTPeople with color blindness often have difficulty in distinguishing certain colors. Even for people with total color blindness, they can only see in black, white, and gray colors. Deficiency of color perception is causing many problems experienced by people with color blindness, from daily activities to educational issue. One solution to help this problem is to build an aid system using image processing techniques and applying augmented reality technologies. In the system implementation, research has focused on designing the user interface of color blind aid system and color blindness test system for Windows Phone7 device, and also developing color transformation system for mobile and embedded device. The design of color blind aid system user interfaces for Windows Phone 7 platform is implemented using Microsoft Expression Blend based on barrier-free principle. Color blindness test system using Ishihara method, and the application of Dalton?s theory to transform color using C# programming language with additional EmguCV library. Analysis of the test in the implementation proves that the implementation of Ishihara method for color blindness test system provides high accuracy results with the percentage of 100% of 10 times testing. Dalton method for color transformation system provides optimal results in clarifying ambiguous colored objects, especially for color blind people. In embedded device the visibility percentage is 74% meanwhile in mobile device the visibility percentage is only 37%."

"ABSTRAKButa warna merupakan salah satu penyakit yang disebabkan karena faktor keturunan yang mengakibatkan penderitanya tidak dapat mengenali warna, baik warna tertentu (parsial) atau semua warna (total). Ketidakmampuan mengenali warna ini berpotensi menyebabkan berbagai kesulitan bagi para penderitanya dalam kehidupan sehari-hari maupun dalam lingkup yang lebih khusus, karena banyak hal dalam kehidupan sehari-hari yang diasosiasikan dengan warna. Untuk mengatasi masalah tersebut, dirancang sebuah sistem bantuan untuk penderita buta warna dalam mengenali warna. Sistem ini dirancang dalam bentuk aplikasi yang dikembangkan untuk sistem tertanam (embedded system) dan Windows Phone 7 dengan menerapkan konsep augmented reality. Perancangan modul pendeteksian warna yang dibuat diimplementasikan dengan.NET Framework dan EmguCV Library. Hasil implementasi berupa modul pendeteksian warna yang terintegrasi ke dalam sistem bantuan buta warna Chromophore sebagai aplikasi untuk sistem tertanam dan aplikasi mobile pada platform Windows Phone 7. Hasil pengujian pada sistem tertanam menunjukkan bahwa modul dapat mengenali sampel warna yang ada dengan persentase sebesar 69.33% dengan model warna HSV dan 90.67% dengan model warna HLS. Pengujian pada aplikasi mobile menunjukkan kesuksesan pendeteksian warna sampel sebesar 11.33% dengan model warna RGB dan 95.33% dengan model warna HLS.

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ABSTRACTColor blindness is a form of generative deficiency where the patient loses the ability to recognize color, either particular color (partial color blind) or the whole color (total color blind). The disability of the patient to recognize color is potential to cause problems to the patient in daily life or in more specific area. To help the patient cope with the problem in recognizing colors, a color blindness helping system is designed. This system is designed for embedded system and Windows Phone 7 using the concept of augmented reality. This work proofs design and implementation of color detection module using .NET Framework and EmguCV Library. In this work we have implemented an integrated color detection module integrated in the Chromophore color blind aid system in the form of application for embedded system and mobile application for Windows Phone 7. Testing result on embedded system shows that the module is able to detect color samples with percentage of 69.33% using HSV color model, and 90.67% using HLS color model. Testing on mobile application resulted that the module is able to detect color samples with percentage of 11.33% using RGB color model and 95.33% using HLS color model."

"[ABSTRAKSalah satu gangguan yang terjadi pada mata adalah buta warna. Buta warna adalahsuatu keadaan dimana seseorang tidak dapat membedakan warna tertentu yang bisadibedakan oleh orang dengan mata normal. Seseorang yang menderita buta warnadapat disebabkan oleh kelainan sejak lahir atau akibat penggunaan obat-obatan yangberlebihan. Buta warna umumnya diderita oleh laki-laki, sedangkan wanita hanyalahsebagai gen pembawa/resesif.Penelitian ini bertujuan memudahkan user, doktermaupun pelayanan kesehatan dalam melakukan tes buta warna secara massal, denganmembuat suatu program berbasis visual basic 6.0 . Metode: membandingkan hasil tesbuta warna yang dilakukan secara konvensional menggunakan Instrumen pengujian tesbuta warna otomatis menggunakan software berbasis visual basic dengan perangkatbantuan berupa notebook dan tablet. Kesimpulan: 1) sistem otomatisasi tes butawarna dapat berfungsi dengan baik dalam melakukan tes buta warna secara otomatis,2) sistem otomatisasi tes buta warna ini user friendly dan mudah digunakan.

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ABSTRACTOne of the disruption of the eye is color blind. Color blindness is a condition in which aperson can not distinguish certain colors that can be distinguished by a person withnormal eyes. A person suffering from color blindness can be caused by abnormalitiessince birth or due to the use of excessive drugs. Color blindness is generally suffered bymen, while women are just as gene carrier / recessive.This study aims to facilitate users,physicians and health care in performing the color blind test mass, to create a programbased on visual basic 6.0. Methods: compare the color blind test results conductedusing conventional Ishihara test book with color blindness test automation system usingvisual basic-based software with the help of notebook and tablet form. Conclusions: 1)the color blind test automation systems can function well in a color blind testautomatically, 2) the color blind test automation system is user friendly and easy to use.;One of the disruption of the eye is color blind. Color blindness is a condition in which aperson can not distinguish certain colors that can be distinguished by a person withnormal eyes. A person suffering from color blindness can be caused by abnormalitiessince birth or due to the use of excessive drugs. Color blindness is generally suffered bymen, while women are just as gene carrier / recessive.This study aims to facilitate users,physicians and health care in performing the color blind test mass, to create a programbased on visual basic 6.0. Methods: compare the color blind test results conductedusing conventional Ishihara test book with color blindness test automation system usingvisual basic-based software with the help of notebook and tablet form. Conclusions: 1)the color blind test automation systems can function well in a color blind testautomatically, 2) the color blind test automation system is user friendly and easy to use.;One of the disruption of the eye is color blind. Color blindness is a condition in which aperson can not distinguish certain colors that can be distinguished by a person withnormal eyes. A person suffering from color blindness can be caused by abnormalitiessince birth or due to the use of excessive drugs. Color blindness is generally suffered bymen, while women are just as gene carrier / recessive.This study aims to facilitate users,physicians and health care in performing the color blind test mass, to create a programbased on visual basic 6.0. Methods: compare the color blind test results conductedusing conventional Ishihara test book with color blindness test automation system usingvisual basic-based software with the help of notebook and tablet form. Conclusions: 1)the color blind test automation systems can function well in a color blind testautomatically, 2) the color blind test automation system is user friendly and easy to use., One of the disruption of the eye is color blind. Color blindness is a condition in which aperson can not distinguish certain colors that can be distinguished by a person withnormal eyes. A person suffering from color blindness can be caused by abnormalitiessince birth or due to the use of excessive drugs. Color blindness is generally suffered bymen, while women are just as gene carrier / recessive.This study aims to facilitate users,physicians and health care in performing the color blind test mass, to create a programbased on visual basic 6.0. Methods: compare the color blind test results conductedusing conventional Ishihara test book with color blindness test automation system usingvisual basic-based software with the help of notebook and tablet form. Conclusions: 1)the color blind test automation systems can function well in a color blind testautomatically, 2) the color blind test automation system is user friendly and easy to use.]"