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Department: D. Teknik Biomedik
Faculty: Fakultas Teknologi Elektro
Labs: - no laboratories available -
Affiliations
D. Teknik Sipil
D. Teknik Komputer
D. Teknik Biomedik
D. Teknik Elektro
D. Teknik Elektro Otomasi
EXPERT MAP
Publications
CONFERENCES
Scopus
12
JOURNALS
10
9
BOOKS
0
RESEARCHS
17
PATENTS
SOCIAL RESPONSIBILITIES
1.
2009 : Ankle and knee joint angle measurements during gait with wearable sensor system for rehabilitation
2.
2007 : An experimental test of fuzzy controller based on cycle-to-cycle control for FES-induced gait: Knee joint control with neurologically intact subjects
3.
2003 : Fuzzy Controller for Cycle-to-Cycle Control of Swing Phase of FES-induced Hemiplegic Gait: A Computer Simulation in Two-joints Control
2019 : A design concept of fuzzy decision support system for construction workers safety monitoring
2018 : Detection of organic solvent compounds using optical fiber interferometer array and neural network pattern recognition
2017 : Design of complex data acquisition system for kinetics, kinematics, and kinesiological gait analysis
4.
2017 : Embedded fuzzy logic controller for functional electrical stimulation system
5.
2017 : Mixed vapour identification using partition column-QCMs and Artificial Neural Network
6.
2017 : The detection of organic solvent vapor by using polymer coated chemocapacitor sensor
7.
2015 : A signal processing framework for multimodal cardiac analysis
8.
2015 : Design of wearable system for closed-loop control of gait restoration system by Functional Electrical Stimulation
9.
2012 : Exploration of cardiac valvular hemodynamics by heart sound analysis of hypertensive cardiac disease background patients
2009 : Preliminary tests of a practical fuzzy fes controller based on cycle-to-cycle control in the knee flexion and extension control
2008 : A feasibility study of fuzzy FES controller based on cycle-to-cycle control: An experimental test of knee extension control
2006 : Design of fuzzy controller of the cycle-to-cycle control for swing phase of hemiplegie gait induced by FES
2005 : Computer simulation test of fuzzy controller for the cycle-to-cycle control of knee joint movements of swing phase of FES gait
2019 : Pengolahan Sinyal EMG Sebagai Perintah Kontrol Untuk Kursi Roda Elektrik
2017 : Design and tests of a wearable functional electrical stimulation (FES) system for knee joint movement using cycle-to-cycle control method
2017 : Programmable amplitude of portable electrical stimulator for multi-channel functional electrical stimulator (FES) system
2016 : Analysis and methods to test classification of normal and pathological heart sound signals
2016 : Signal processing and extensive characterization method of heart sounds based on wavelet analysis
2016 : Stent tracking in ultrasound stream images
2019 : DESAIN PROGRAMMABLE FES SYSTEM DENGAN WEARABLE SENSOR
2019 : Diagnosis Kelelahan Selama Latihan Dengan Sinyal ECG Sebagai Kontrol Kecepatan Treadmill Dan Pasca Latihan Dengan Sinyal PCG
2019 : Achmad Arifin, Human Computer Interface Untuk Sistem Kendali Kursi Roda Untuk Subyek Lumpuh
2019 : Model keputusan berbasis Peringatan Dini Bahaya Kecelakaan Kerja Pada Industri Konstruksi
2018 : Achmad Arifin, Human Computer Interface Untuk Sistem Kendali Kursi Roda Untuk Subyek Lumpuh
2018 : PERANCANGAN INSTRUMEN WIRELESS TELEMETRY ECG BERBASIS TCP/IP DENGAN ALGORITMA KOMPRESI AZTEC
2018 : PENGEMBANGAN SISTEM INSTRUMENTASI MULTIMODAL SINYAL JANTUNG SEBAGAI REPRESENTASI DINAMIKA JANTUNG
2018 : Pengembangan Sistem Training Subyek untuk Meningkatkan Success Rate dalam Kontrol Kursi Roda Listrik berbasis Brain Computer Interface
2018 : PENGEMBANGAN FRAMEWORK PENGOLAHAN SINYAL JANTUNG UNTUK ANALISIS MULTIMODAL PARAMETER CARDIODYNAMIC
10.
2017 : Aplikasi Brain Computer Interface Berbasis Aktifitas Sensorymotor Rhythms sebagai Antar Muka Pengendali Kursi Roda Listrik
11.
2017 : PERANCANGAN SISTEM GATEWAY UNTUK MEMPERLUAS JANGKAUAN LAYANAN TELEMEDICINE DENGAN DATA REKAM MEDIS DAN EKSTRAKSI PARAMETER TEMPORAL SINYAL JANTUNG
12.
2016 : Achmad Arifin, Pengembangan Teknologi Rehabilitasi Kemampuan Gerak Subyek Pasca Stroke dengan Integrated Functional Electrical Stimulation (FES)System \n
13.
2016 : Achmad Arifin, Human Computer Inteface untuk Sistem Kendali Kursi Roda untuk Subyek Lumpuh
14.
2016 : Pengembangan Sistem Embedded untuk Telecardiac Monitoring
15.
2016 : Sistem Pemantauan Pergerakan Kateter: Pengembangan Perangkat Penjejak Kateter Tip berbasis Citra Menggunakan Sistem Ultrasound 3D
16.
2015 : Sistem Pemantauan Pergerakan Kateter: Pengembangan Perangkat Penjejak Kateter Tip berbasis Citra Menggunakan Sistem Ultrasound 3D
17.
2015 : Achmad Arifin, Pengembangan Teknologi Rehabilitasi Kemampuan Gerak Subyek Pasca Stroke dengan Integrated Functional Electrical Stimulation (FES)System
2018 : Diseminasi Hasil Riset Departemen Teknik Biomedik FTE-ITS kepada Fakultas Kedokteran Universitas Airlangga
2016 : Kursi Roda Hybrid Paguyuban Penyandang Cacat \nDaya Mandiri Surabaya
