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Contrôle de pinces optiques par rétroaction temps réel basé FPGA
Les pinces optiques, appelées aussi "pièges optiques", reposent sur une technique émergente de micromanipulation, qui utilise une lumière laser intense dirigée (MW/cm2) pour "piéger" les particules diélectriques. Immobiliser fermement de petites particules nécessite habituellement une puissance
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Entwicklung einer Programmbibliothek zur Analyse von Tierlauten
Entwicklung eines automatischen Lauterkennungssystem mithilfe der Decodierung von Tiervokalisationen durch Korrelation mit Verhalten und Physiologie. Dabei soll die Interpretation der Lautgebung von Tieren Informationen über deren emotionalen Zustand und damit über deren Befindlichkeit auf
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LabVIEW-Implementierung der Detailanalyse des Hirndrucks mit HAAR-Wavelets
Erforschung der Transformation des intrakraniellen Drucks (ICP) in den Frequenzbereich unter Verwendung von LabVIEW am Beispiel von Hirndruckmessdaten getestet.
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강원대학교 - 단백질 칩 분석용 SPR 센서 시스템 개발
세계의 석학들과 언론들은 21세기는 정보기술(IT)과 생명공학(BT)이 주도하는 고도의 지식기반사회가 될 것이라 예측하고 있다. 인간유전체 프로젝트(Human Genome Project) 이후 생명공학 연구자들은 인간이 지닌 100만개에 이르는 단백질의 구조와 기능을 연구하기 위한 단백질체(Proteomics) 연구에 첨단 분석 도구인 단백질 칩을 세계적으로 앞 다투어 개발하여 사용하고 있다. 그래서, 이러한 단백질 칩 분석 방법 중 비표지 방법으로(Label Free) 실시간 측정이(Real-Time Measurements)
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漢翔航空公司研發重度傷殘 3D 適形座墊量測系統
輪椅使用者長時間固定於同一位置，因此容易產生壓瘡。不當的介面壓力易造成組織變形，使得微血管與淋巴管阻塞導致組織潰瘍壞死。本系統研製一套臀部 3D 曲面量測系統，切製 3D 適形座墊供患者使用以減少壓瘡之產生。
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OptiMedica 公司以 LabVIEW FPGA、DAQ 改良視網膜疾病的療程
開發高精確度系統，針對治療視網膜病變的雷射脈波，使用波形進行自動化作業。
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FPGA-Based Real-Time Feedback Control of Optical Tweezers
Optical tweezers, or traps, are based on an emerging micromanipulation technique using focused intense (MW/cm2) laser light to trap dielectric particles. Stiffly trapping small particles typically requires more than 10 mW laser power. However, when used with biological specimens, the laser light
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Industrial Machine Vision Based on National Instruments Technology Goes Further in Complex Human Task Automation
Reproducing complex human inspection tasks with multiple visual inspections with a high level of precision (+/- 0.001 inch) and a high level of complexity (defect detection on highly reflective metallic surfaces with complex shapes and validation of pin stamped codes) for various part models and
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System Based on NI FieldPoint Used to Monitor the Feeding Activity of Laboratory Animals
Monitoring and recording the feeding activity of laboratory animals, including total consumption, meal duration, meal construction, and the effects of different treatment protocols on feeding behavior.
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Developing a Robotic Manipulator for Cancer Therapy Using Graphical System Design
Developing an automated robotic manipulator for performing photodynamic therapy (PDT) on cancer patients.
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