Hasil Pencarian  ::  Simpan CSV :: Kembali

"ABSTRAKKimono adalah baju tradisional Jepang yang berarti sesuatu yang dipakai. Kimono memiliki banyak ragam yang terkenal, tergantung dari status pemakainya, acara dimana kimono itu akan dipakai, dan lain sebagainya. Kimono adalah pakaian yang memiliki motif dan warna-warna yang indah. Motif dan warna pada kimono memiliki nilai estetika yang tinggi serta mengandung maknanya tersendiri. Beberapa nilai estetika yang dapat ditemui pada kimono adalah unsur Wabi-sabi dan shibui. Selain itu, motif pada kimono banyak yang mengandung Kisetsu atau unsur musim.

---

ABSTRACTKimono is Japanese traditional clothes that literally means something to wear. There are various types of kimono depending on the persons status, the event where the kimono will be used, and others. Kimono are the type of clothes that has various motifs and beautiful colors. These motifs and colors has high aesthetic values and each has their own meanings. Some of the aesthetics that can be found on kimono is Wabi-sabi and Shibui. Other than that, it also has Kisetsu or seasonal elements on it."

"ABSTRAKArtikel ini meneliti tentang pakaian tradisional Jepang yaitu corak Kimono, khususnya yang digunakan oleh wanita. Tujuan artikel ini adalah untuk lebih mengetahui corak kimono wanita dewasa Jepang dan memahami bahwa sifat naturalis orang Jepang tercermin dari corak yang digambarkan pada kimono. Artikel ini ditulis berdasarkan hasil penelitian dengan menggunakan data-data kualitatif yang diperoleh melalui studi pustaka dan penelitian dengan metode deskriptif. Penelitian ini menggunakan konsep semiotika, segitiga makna. Hasil yang diperoleh menunjukan adanya berbagai jenis kimono yang dikenakan wanita Jepang, seperti Furisode, Kurotomesode, Irotomesode, Homongi, dan Yukata. Corak pada kimono wanita dewasa sering digambarkan dengan keindahan alam Jepang yaitu bunga krisan dan burung bangau. Dengan demikian kimono berperan sebagai tanda yang merepresentasikan makna corak tersebut dengan melambangkan kebahagiaan dan keberuntungan bagi pengguna tanda tersebut.

---

ABSTRACTThis article examines the traditional Japanese attire the pattern of Kimono, especially used by women. The purpose of this article is to determine patterns of adult women Japanese kimono and understand that the nature of the Japanese naturalist reflected in the pattern illustrated in kimono. This article was written based on the results of studies using qualitative data obtained through literature and research with descriptive methods. This study uses the concept of semiotics, triangle meaning. The results obtained showed the presence of various types of kimono worn in Japanese women, such as Furisode, Kurotomesode, Irotomesode, h mongi, and Yukata. Kimono pattern on adult women are often depicted with the natural beauty of Japan 39 s chrysanthemums and crane. Thus kimono serves as a sign that represents the pattern of meaning by symbolizing happiness and lucky for the user of the mark."

"A hand and foot contamination monitor is a health physics instrument to provide detection and measurement of beta-gamma contamination on the palm of each hand and on the bottom surface of both feet/shoes. There are four channels of detection for two hands and two feet. Four G-M detectors have been used in a single unit to cover the whole area of hand and feet. A regulated high voltage DC power supply (900 V) has been designed using the PIC12F675 microcontroller to operate the pancake Geiger-Müller detectors. The reading is displayed on a linearly scaled 0-100 Bq/cm2 analog panel meter. The monitor detects beta–gamma radiation emitted by radioactive materials, and if the detected value exceeds a preset level, the monitor sounds an alarm and displays a reading in the respective panel meter. Indicator lamps are used to show the status of contamination. The performance of the system has been tested by using pulse generator and by flat surface radioactive calibration sources. Electronic linearity, detection efficiency, response to the contamination, calibration factor and percentage of error has been measured. Test results were satisfactory and the present system can be used instead of similar imported instruments"

"A primer for design professionals across all disciplines that helps them create compelling and original concept designs by hand--as opposed to on the computer--in order to foster collaboration and win clients. In today's design world, technology for expressing ideas is pervasive; CAD models and renderings created with computer software provide an easy option for creating highly rendered pieces. However, the accessibility of this technology means that fewer designers know how to draw by hand, express their ideas spontaneously, and brainstorm effectively.In a unique board binding that mimics a sketchbook, Drawing Ideas provides a complete foundation in the techniques and methods for effectively communicating to an audience through clear and persuasive drawings.Focuses on the three key types of drawing, explanatory sketches, notational sketches and visual narratives that help designers think through and communicate their ideas. Through these three fundamentals, this title provides a course in creating clear graphic layouts and diagrams, including expressive human forms, and thumbnailing a process.Contents."

"Pada penelitian ini, suatu sistem tangan bionik dirancang dan dibuat berdasarkan batasan-batasan yang dapat ditemukan dalam tangan manusia yang kemudian akan dikontrol dengan serangkaian algoritmayang ditulis dalam Matlab dan kemudian ditanamkan kedalam kontroler Arduino Uno. Algoritma memberikan perintah agar sistem dapat mengikuti beberapa pola gerakan tangan. Algoritma classification berdasarkan ensemble subspace KNN digunakan untuk menentukan gerakan yang dilakukan dan algoritma forward kinematics digunakan untuk menentukan parameter kontrol tangan bionik. Hasil dari penelitian menunjukan bahwa algoritma kontrol yang di rancang sudah memenuhi spesifikasi yang diinginkan namun masih membutuhkan perangkat keras dengan spesifikasi yang cukup tinggi untuk pengaktuasian.

---

In this research, a bionic hand system is designed and created according to the limitations of the human hand, the model is then controlled using computer algorithms written in Matlab and implanted into Arduino Uno as the controller. The algorithm will command the system to follow a few arm movements patterns. Subspace KNN based ensemble algorithm is used to process the users input and a forward kinematics-based algorithm define control parameters for the bionic arm. The experimental result indicate that the designed algorithm already met the desired specification but still requires hardwares with quite a high specification for actuation."

"Tuna daksa cacat tangan atau tidak memiliki tangan merupakan sebuah kelainan anggota gerak terutama bagian atas yang menyebabkan gangguan aktivitas yang melibatkan tangan. Di sisi lain, revolusi industri 4.0 menawarkan kemudahan digitalisasi sehingga akses komputer sudah selayaknya bisa dinikmati semua orang. Namun, hal itu tak berlaku bagi tuna daksa cacat tangan terutama yang berprofesi sebagai pelukis. Era digital menuntut mereka mengembangkan lukisan dengan komputer tetapi terhambat pada aksesibilitas komputer khususnya pointer/kursor. Hal inilah yang menjadi inspirasi perancangan Difable Care (DC) Mouse yang didesain berbentuk seperti sandal yang terhubung ke komputer melalui USB wireless. Fitur DC mouse yaitu klik kanan, klik kiri, scroll, dan drag. Metode terdiri atas tahap persiapan, perancangan, serta pelaksanaan dan evaluasi. Prototipe dibuat menggunakan mesin 3D printing berbahan filamen Acrylonitrile Butadiene Styrene (ABS). DC mouse menjadi solusi aksesibilitas penyandang tuna daksa cacat tangan dalam mengoperasikan pointer komputer sehingga mampu meningkatkan produktivitas melukis."