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"Pengukuran kalibrasi alat ukur tegangan kerja non-invasive dengan sistem spektroskopi menggunakan pesawat sinar-x generator single phase, generator constant potential, detektor XR?100?CdTe serta software ADMCA telah dilakukan. Untuk mengkalibrasi sistem spektroskopi, digunakan dua sumber standar yaitu Americium241 dan Barium133. Dari hasil pengukuran, bahwa nilai tegangan puncak pada pesawat sinar-x generator single phase berbeda dengan hasil pengukuran menggunakan detektor unfors dan CdTe, sehingga perlu dikoreksi dengan nilai rasio yang diperoleh sebesar 0,91. Untuk pesawat sinar-x generator constant potential tidak perlu dilakukan koreksi karena nilai tegangan puncak pesawat sesuai dengan hasil pengukuran pada detektor unfors dan CdTe. Pada pesawat satu fase, ripple mempengaruhi nilai tegangan puncak yang terukur oleh spektroskopi, sedangkan pada pesawat constant potential pengaruh ripple sangat kecil.

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Measurement of calibration kilovoltage peak meter non-invasive with spectroscopy system using x-ray generator single phase, generator constant potential using detector XR-100-CdTe and ADMCA software has been done. To calibrate the spectroscopy system we use two standard sources, Americium241 and Barium133. The the measurement results showed that the value of the peak voltage at single phase x-ray generator different from the measurement results of CdTe and unfors detector, so we need to correct it by 0.91, for constant potential x-ray generator we do not need correction because the value of peak voltage is within agreement with the results of CdTe and unfors detector measurement. single phase x-ray generator measurement showed that ripple will affect the value of the peak voltage that measured using spectroscopy system, while for constant potential X-ray generator ripples have very small effects."

"​This book describes an ECG processing architecture that guides biomedical SoC developers, from theory to implementation and testing. The authors provide complete coverage of the digital circuit implementation of an ultra-low power biomedical SoC, comprised of a detailed description of an ECG processor implemented and fabricated on chip. Coverage also includes the challenges and tradeoffs of designing ECG processors.- Describes digital circuit architecture for implementing ECG processing algorithms on chip;- Includes coverage of signal processing techniques for ECG processing;- Features ultra-low power circuit design techniques;- Enables design of ECG processing architectures and their respective on-chip implementation."

"ABSTRAKPada penelitian ini dilakukan rancang bangun sensor serat optik yang digunakan untuk memantau jumlah pernapasan dengan berdasarkan prinsip rugi daya akibat microbending pada serat oprik yang diintegrasikan pada kain lentur. Data dari hasil pembacaan mikrokontroller dikirim secara wireless, menggunakan sebuah wireless module Xbee Wireless Antenna Series dan dapat menampilkan data hasil pemantauan jumlah pernapasan secara real time.Dari hasil pengujian ditunjukkan bahwa alat pemantau pernapasan wireless ini menunjukkan hasil pada data yang dibaca telah dikirim tanpa menggunakan wireless module dan juga data yang dibaca dengan menggunakan wireless module.

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ABSTRACTIn this research, has been built a fiber optic sensor for breathing monitoring using the microbending loss on the fiber optic which is built on elastic cloth. The data is sent wirelessly with the use of wireless module Xbee Wireless Antenna Series and capable of showing the data on graph in real time.The result showed that this respiratory sensor capable of showing the data with wireless module and without wireless module."

"Teknik Biomedis mempelajari penerapan prinsip teknik, konsep desain alat kesehatan dan biologi untuk kesehatan (misalnya diagnostik, terapi atau preventif). Teknik Biomedis sekarang ini disebut sebagai salah satu bidang terkemuka dalam area global dan dapat menjadi katalisator untuk terobosan kesehatan dan biologi di masa depan[1]. Pada Program Studi Magister Teknik Biomedis Universitas Indonesia terdapat tiga peminatan; yakni instrumentasi medis, informatika medis, dan teknik klinis. Peminatan Pendidikan Teknik Biomedis ini membutuhkan keputusan yang tepat karena akan berpengaruh terhadap pendidikan serta pengembangan karir. Pembuatan web akademis Program Studi Magister Teknik Biomedis dengan menggabungkan metode SDS dengan DSS-AHP ini diharapkan akan membantu mahasiswa dalam menentukan peminatannya dan pengembangan karir yang akan dipilihnya. Pembuatan web akan menggunakan framework ASP.NET.

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Biomedical Engineering studying the application of engineering principles, the design concept for the medical devices and biological health (eg, diagnostic, therapeutic or preventive). Biomedical engineering is now known as one of the leading areas of the global area and can be a catalyst for groundbreaking health and biology in the future [1]. In the Master of Biomedical Engineering, University of Indonesia, there are three specializations: medical instrumentation, medical informatics and clinical engineering. Biomedical Engineering Education Specialization requires the right decision because it will affect the education and career development. Making a web of academic Master of Biomedical Engineering by combining SDS method with AHP-DSS is expected to assist students in determining their specialization and career development. The ASP.NET framework will be use to make the web"

"This volume presents the contributions of the 6th International Conference on Advancements of Medicine and Health Care through Technology-MediTech 2018, held between 17-20 October 2018 in Cluj-Napoca, Romania.The papers of this Proceedings volume present new developments in :- Health Care Technology- Medical Devices, Measurement and Instrumentation- Medical Imaging, Image and Signal Processing- Modeling and Simulation- Molecular Bioengineering- Biomechanics"

"In this book, application-related studies for acoustic biomedical sensors are covered in depth. The book features an array of different biomedical signals, including acoustic biomedical signals as well as the thermal biomedical signals, magnetic biomedical signals, and optical biomedical signals to support healthcare. It employs signal processing approaches, such as filtering, Fourier transform, spectral estimation, and wavelet transform. The book presents applications of acoustic biomedical sensors and bio-signal processing for prediction, detection, and monitoring of some diseases from the phonocardiogram (PCG) signal analysis. Several challenges and future perspectives related to the acoustic sensors applications are highlighted. This book supports the engineers, researchers, designers, and physicians in several interdisciplinary domains that support healthcare. "

"Bervariasinya penerapan SIMPUS IHIS dan e-Health di Kabupaten Bantul membuat laporan SP2TP sebagai keluran dari SIMPUS menjadi terhambat. Dalam penerapan SIMPUS IHIS dan e-Health di Kabupaten Bantul terdapat hambatanhambatan yang perlu diperhatikan dan ditangani dengan baik agar tidak semakin kompleks. Evaluasi SIMPUS di Kabupaten Bantul dengan menggunakan metode HOT-fit digunakan untuk mengetahui sejauh mana penerapan dan kendala dalam implementasi. Metode penelitian dengan menggunakan pendekatan penelitian campuran yaitu penelitian kualitatif dan penelitian kuantitatif. Pengumpulan data dilakukan dengan wawancara mendalam, kuesioner, observasi pada Puskesmas dan dokumentasi tertulis kegiatan penerapan SIMPUS IHIS dan e-Health. Hasil penelitian menunjukkan SIMPUS IHIS dan e-Health sudah digunakan seluruh Puskesmas di Kabupaten Bantul. Faktor organisasi memberikan pengaruh terhadap berjalannya sistem, komitmen Kepala Puskesmas tidak dijabarkan dalam bentuk operasional teknis seperti pembentukan tim SIK dan tidak dibuatnya SOP dalam penerapan SIMPUS IHIS dan e-Health.

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The variations in the application of SIMPUS IHIS and e-Health in Bantul detain SP2TP reports as the output of SIMPUS. There are obstacles in the application of SIMPUS IHIS and e-Health in Bantul that need to be considered and dealt with in order not to become more complex. The evaluation of SIMPUS in Bantul using HOT-fit method is used to determine the effectiveness of implementation and the constraints in implementation. The research uses both qualitative research and quantitative research. Data was collected through in-depth interviews, questionnaires, observation and written documentations on the SIMPUS IHIS and e-Health application. The results shows that SIMPUS IHIS and e-Health have been used in all Puskesmas in Bantul. Organizational factors impact the run of the system, head of the health center's commitment is not described in technical operations such as forming SIK team and SIMPUS IHIS and e-Health SOP is not determined."