박사

광학적 방법을 이용한 관절각도 측정 및 레이저에 의한 스트레스 파에 관한 연구 = A Study on Optical Method for Measuring Joint Angles and Laser Induced Stress Wave

정구인 2015년
논문상세정보
' 광학적 방법을 이용한 관절각도 측정 및 레이저에 의한 스트레스 파에 관한 연구 = A Study on Optical Method for Measuring Joint Angles and Laser Induced Stress Wave' 의 주제별 논문영향력
논문영향력 선정 방법
논문영향력 요약
주제
  • 관절각도
  • 광-기계적 효과
  • 레이저
  • 재활
  • 종단각도 광섬유
  • 촉각
동일주제 총논문수 논문피인용 총횟수 주제별 논문영향력의 평균
249 0

0.0%

' 광학적 방법을 이용한 관절각도 측정 및 레이저에 의한 스트레스 파에 관한 연구 = A Study on Optical Method for Measuring Joint Angles and Laser Induced Stress Wave' 의 참고문헌

  • 레이저의 피부 흡수에 의한 열 및 기계적 효과 발생에 관한 연구
    신성선 조선대학교 대학원 석사학위논문 [2014]
  • 레이저 제품의 안정성 제 1부 :장비 등급 분류 요구 사항 및 사용자 지침
    지식경제부 기술표준원 KS C IEC 60825-1:,2002 [2002]
  • 고 출력 레이저에 의한 충격파 현상 연 구 및 응용
    곽민철 여재익 이현희 최지혜 대한기계학회논문집 B권 제32권(제11호), :대한기계학회 [2008]
  • 『실버/재활 공학의 연구 동향 및 전 망』
    김지원 박병규 엄광문 홍정화 제11권(제2호),한국공업화학회지 :한국공업화학회 [2008]
  • Zhang,Y.,Zhang,S.,Gao,Y.,Tan,A.,Yang,X.,Zhang,H.,Wu,C., Lu,Z.,Liao,M.,Xie,Y.,Zhang,Z.,Qin,X.,Yu,X.,Li,L.,Hu,Y., and Mo,Z.,“Factorsassociated with thepressurepain threshold in healthyChinesemen”,PainMed.,vol.14,pp.1291-1300,2013.
  • Zampagni, S. M. L., Casino, D., Zaffagnini, S., Visani, A., and Marcacci, M., “Estimating the elbow carrying angle with an electrogoniometer: acquisition of data and reliability of measurements”,Orthopedics,vol.31,pp.370,2008.
  • Yuji,J.,and Sonoda,C.,“A PVDF tactile sensorforstatic contact force and contacttemperature”,in Proc.IEEE Sens.,pp.738?741, 2006.
  • Yamamoto,I.,Inagawa,N.,Matsui,M.,Hachisuka,K.,Wada,F.,and Hachisuka, A., “Research and develop-ment of compact wrist rehabilitation robot system”,Bio-Med.Mater.Eng., vol.24,pp. 123-128,2014.
  • Wolfe,J.M.,Kluender,K.R.,Levi,D.M.,Bartoshuk,L.M.,Herz,R. S.,Klatzky,R.L.,and Lederman,S.J.,“Sensation and Perception”, Sunderland,MA:Sinauer,2006.
  • Winter, D. A., “Biomechanics and Motor Control of Human Movement”,3rdedition,New York:Wiley&Sons,2005.
  • Wienbruch,C.,Candia,V.,Svensson,J.,Kleiser,R.,andKollias,S.S., “A Portable and Low-costfMRICompatible Pneumatic System for the Investigation of the Somatosensory System in Clinical and ResearchEnvironments”,Neurosci.Lett.,vol.398,pp.183-188,2006.
  • Wang,M.,Ning,Y.,Zou,H.,Chen,S.,Bai,Y.,Wang,A.,and Xia, H., “Effect of Nd: YAG laser-nitriding-treated titanium nitride surfaceoverTi6Al4V substrateon theactivity ofMC3T3-E1cells”, Bio-Med.Mater.Eng.,vol.24,pp.643-649,2014.
  • Walker,J.M.,Sue,D.,Miles-Elkousy,N.,Ford,G.,andTrevelyan,H., “Activemobilityoftheextremitiesinordersubject”,Phys.Ther.vol. 64,pp.919-923,1984.
  • Vargas,G.,Chan,E.K.,Barton,J.K.,Rylander,H.G.,andWelch,A. J.,“Use ofan agentto reduce scattering in skin”,Lasers Surg. Med.,vol.24,pp.133-141,1999.
  • Vallbo, A. B., and Johansson, R. S., “Properties of cutaneous mechanoreceptors in the human hand related to touch sensation”, HumanNeurobiol.,vol.3,pp.3?14,1984.
  • Torgen,M.,andSwerup,C.,“Individualfactorsandphysicalworkload inrelationtosensorythresholdsinamiddle-agedgeneralpopulation sample”,Eur.Appl.Physiol.,86,418-427(2002).
  • Tong,Q.B.,Ding,Z.L.,Chen,J.C.,Ai,L.L.,and Yuan,F.,“The research ofscrew thread parametermeasurementbased on position sensitive detector and laser”,J.Phys.: Conf. Ser.,vol. 48, pp. 561-565,2006.
  • Tesio, L., Monzani, M., Gatti, R., and Franchignoni F., “Flexible electrogoniometers: kinesiological advantages with respect to potentiometric goniometers”, Clin.Biomech.,vol.10,pp.275-277, 1995.
  • Sullivan,M.S.,andDickinson,C.E.,“Theinfluenceofageandgender onlumbarspinesagittalplanerangeofmotion:astudyof1126healthy subjects”,Spine,vol.15,pp.682-686,1994.
  • Stupar,D.Z.,Bajic,J.S.,Manojlovic,L.M.,Slankamenac,M.P.,Joza, A.V.,andZivanov,M.B.,“WearableLow-CostSystem forHuman Joint Movements Monitoring Based on Fiber-Optic Curvature Sensor”,IEEE SENSJ.,vol.12,pp.3424-3431,2012.
  • Stritzker,J.,Kirscher,L.,Scadeng,M.,Deliolanis,N.C.,Morscher,S., Symvoulidis,P.,Schaefer,K.,Zhang,Q.,Buckel,L.,Hess,M.,Donat, U.,Bradley,W.G.,Ntziachristos,V.,and Szalay,A.A.,“Vaccinia virus-mediatedmelanin production allowsMR and optoacousticdeep tissue imaging and laser-induced thermotherapy ofcancer,”PNAS, vol.110,pp.3316-3320,2010.
  • Shotton,J.,Sharp,T.,Kipman,A.,Fitzgibbon,A.,Finocchio,M.,Blake, A.,Cook,M.,and Moore,R.,“Real-timehuman poserecognition in partsfrom singledepth images,”CommunicationsoftheACM,vol. 56,pp.116-124,2013.
  • Shiratsu,A.,and Coury,H.J.C.G.,“Reliability and accuracy of differentsensorsofaflexibleelectrogoniometer”,Clin.Biomech.,vol. 18,pp.682-684,2003.
  • Sekine,M.,Abe,Y.,Sekimoto,M.,Higashi,Y.,Fujimoto,T.,Tamura, T.,and Fukui,Y.,“Assessment of gait parameter in hemiplegic patientsbyaccelerometry”,Proc.ofthe 22nd, EMBS Int.Conf.,pp. 1879-1882,2000.
  • Schwarz,E.,Gross,S.,Fischer,B.,Muri,I.,Tauer,J.,Kofler,H.,and Wintner,E.,“Laser-inducedopticalbreakdownappliedforlaserspark ignition”,LaserPart.Beams,vol.28,pp.109-119,2010.
  • Roriz,P.,Carvalho,L.,Fraz o,O.,Santos,J.L.,and Sim es,J.A., “From conventionalsensorsto fibreopticsensorsforstrain and force measurementsin biomechanicsapplications:A review,”JBiomech,vol. 47,pp.1251-1261,2014.
  • RoaasA.,andAndersson,G.B.,“Normalrangeofmotion ofthehip, knee and ankle jointin male subjects,30-40 years ofage,Acta. Orthop.Scand.vol.53,pp.205-208,1982.
  • Rantala,J.,H nnik inen,J.,and Vanhala,J.,“Fiberoptic sensors for wearableapplications”,PersonalUbiquit.Comput.,vol.15,pp.85? 96,2011.
  • Racine,M.,Tousignant-Laflamme,Y.,Kloda,L.A.,Dion,D.,Dupuis, G.,andChoini re,M.,“A systematicliteraturereview of10yearsof research on sex/genderand experimentalpain perception ? Part1: Are there really differencesbetween women and men?”,Pain.,vol. 153,pp.602-618,2012.
  • Purves,D.,Augustine,G.J.,Fitzpatrick,D.,Hall,W.C.,LaMantia, A.-S.,McNamara,J.O.,and White,L.E.,“Neuroscience”,4th ed. Sunderland,MA:Sianuer,2008.
  • Poppe, R., “Vision-based human motion analysis: An overview”, COMPUT VISIMAGE UND,vol.108,pp.4-18,2007.
  • Phipps,C.,“LaserAblation anditsApplications”,Springer,New York, 2006.
  • Phillips,J.R.,and Johnson,K.O.,“Tactile spatialresolution iii?A continuum mechacnics model of skin predicting mechanoreceptors responsestobars,edges,andgratings”,J.Neurophsiol.,vol.46,pp. 1204?1225,1981.
  • Perry,J.,and Davids,J.R.,“Gaitanalysis,Normaland pathological function”,Slack,Thorofare,NJ,1992.
  • Pedrotti,F.L.,Pedrotti,L.S.,and Pedrotti,L.M.,“Introduction to optics”,3rd edition, EnglewoodCliffs:Prentice-Hall,2007.
  • Park,S.W.,Sohn,R.H.,Ryu,K.H.,andKim,T.H.,“Comparisonof motion sensor systems for gait phase detection”,Journalof the KoreanSocietyforPrecisionEngineering,vol.27,pp.145-152,2010.
  • Paltauf,G.,andDyer,P.E.,“PhotomechanicalProcessesandEffectsin Ablation”,Chem.Rev.,vol.103,pp.487-518,2003.
  • Palmeri,M.L.,"Imaging the mechanicalproperties of tissue with ultrasound: An investigation of the response of soft tissue to acousticradiationforce,"Ph.D.Thesis,DukeUniversity,2005.
  • Omar,K.M.,“Lasereffectsin skin melanin”,Mod.App.Sci.,vol.3, pp.57-62,2009.
  • Norkin,C.C.,and White,D.J.,“MeasurementofJointMotion:A GuidetoGoniometery”,Philadelphia,FA Davis,2009.
  • Noh,D.K.,Lee,N.G.,and You,J.H.,“A NovelSpinalKinematic Analysisusing X-Ray Imaging andVicon Motion Analysis:A Case Study”,Bio-Med.Mater.Eng.vol.24,pp.593-598,2014.
  • Niemz, M. H., “Laser-tissue interactions: fundamentals and applications”,Springer,New York,2007.
  • Nedelec,B.,Hou,Q.,Sohbi,I.,Choini re,M.,Beauregard,G.,and Dykes,R.W.,“Sensoryperceptionandneuroanatomicalstructuresin normaland grafted skin of burn survivors”,Burns,vol.31,pp. 817-830,2005.
  • Morris,J.R.W.,“Accelerometry-A techniqueforthemeasurementof humanbodymovement”,J.Biom.,vol.6,pp.729-736,1973.
  • Montant,M.,Romaiquere,P.,and Roll,J.O.,“A New Vibrator to Stimulate Muscle Proprioceptors in fMRI",Hum.Brain Mapp.,vol. 30,pp.990-997,2009.
  • Mohamed,A.A.,Beyea,J.,Landry,J.,McGibbon,C.A.,Sexton,A., and Baba, J., “Comparison of Strain-Gage and Fiber-Optic Goniometry for Measuring Knee Kinematics During Activities of DailyLivingandExercise”JBiomechEng,vol.134,pp.084502,2012.
  • Moeslund,T.B.,Hilton,A.,andKr ger,V.,“A surveyofadvancesin vision-based human motion capture and analysis”,COMPUT VIS IMAGE UND,vol.104,pp.90-126,2006.
  • Mayagoitia,R.E.,Nene,A.V.,andVeltink,P.H.,“Accelerometerand rategyroscopemeasurementofkinematics:an inexpensivealternate to opticalmotion analysis systems”,J.Biom.,vol.35,pp.537-542, 2002.
  • Marcuse,D.,“Cuvature lose fomula for opticalfibers”,J.Opt.Soc. Am.,vol.66,pp.216-220,1976.
  • Maiman,T.H.,“Stimulatedopticalradiationinruby”,Nature,vol.187, pp.493-502,1960
  • Maheshwari,V.,andSaraf,R.F.,“High-resolution thin-film deviceto sensetexturebytouch”,Science,vol.312,pp.1501?1504,2006.
  • Mader, S. S., and Windelspecht, M., “Essentials of biology”, McGraw-HillHigherEducation,2007.
  • M.P.,and Herman,C.,“A heattransfermodelofskin tissueforthe detection oflesions:sensitivity analysis”,Phys.Med.Biol.,vol.55, pp.5933-5951,2010.
  • Luinge,H.J.,and Veltink,P.H.,“Inclination MeasurementofHuman MovementUsing a3-D AccelerometerWith Autocalibration”,IEEE Trans.Neural.Syst.Rehabil.Eng.vol.12,pp.112-121,2004.
  • Lee,Y.,and Hwang,K.,“Skin thickness ofKorean adults”,Surg. Radiol.Anat.vol.24,pp.183-189,2002.
  • Lee,J.W.andLee,G.K.,“Adaptiveposturalcontrolfortrans-femoral prostheses based on neuralnetworks and EMG signals,” Int.J. Precis.Eng.Manuf.,vol.6,no.3,pp.37-44,2005.
  • Lea, R. D, and Gerhardt, J. J., “Current Concepts Review Range-of-MotionMeasurements”,J.Bone.Joint.Surg.Am.,vol.77, pp.784-798,1995.
  • Lanigan,S.W.,“Lasersindermatology”,Medicine,vol.32,pp.21-23, 2004.
  • Kumar,N.,Pankaj,D.,Mahajan,A.,Kumar,A.,and Sohi,B.S., “Evaluation of normalgait using electro-goniometer”,J.Sci.Ind. Res.,vol.68,pp.696-698,2009.
  • Krishna,G.M.,andRajanna,K.,“Tactilesensorbasedonpiezoelectric resonance”,IEEE Sens.J.,vol.4,pp.691?697,2004.
  • Kowalczyk,W.J.,Sullivan,M.A.,Evans,S.M.,Bisaga,A.M., Vosburg,S.K.,and Comer,S.D.,“Sex differences and hormonal influenceson responsesto mechanicalpressurepain in humans”,J. Pain,vol.11,pp.330-342,2010.
  • Kovacevic, M. S., Djordjevich, A., and Nikezic, D., “Analytical optimization ofopticalfibercurvaturegauges”,IEEE SensorsJ.vol. 8,no.3,pp.227-232,2008.
  • Kim,Y.S.,Jang,S.W.,and Yoo,Y.S.,“MobilAssessmentSystem for Shoulder Joint Rehabilitation: System Development and PreliminaryStudy”,IJBSBT,vol.6,pp.51-60,2014.
  • Kim,G.,Kang,S.,Kang,S.,Ryu,J.,Mun,M.,& Kim,K.,“Unlockable kneejointmechanism forpoweredgaitorthosis”,Int.J.Precis.Eng. Manuf.,vol.10,pp.83-89,2009.
  • Kandel,E.R.,Schwartz,J.H.,andJessell,T.M.,“PrinciplesofNeural Science”,4thed.New York:McGraw-HillMedical,2000. Keiser,G.,“Opticalfibercommunications”,John Wiley & Sons,Inc., 2003.
  • Jung,G.I.,Kim,J.S.,Lee,T.H.,Choi,J.H.,Oh,H.B.,Kim,A.H., Eom,G.M.,Lee,J.H.,Chung,S.C.,Park,J.R.,Lee,Y.J.,Park, H.J.,and Jun,J.H.,“Developmentofan OpticalFiberSensorfor Angular DisplacementMeasurements”,Bio-Med.Mater.Eng.,vol. 24,pp.771-780,2014.
  • Jung,G.I.,Kim,J.S.,Hur,D.H.,Yu,J.D.,Lim,S.H.,Choi,J.H., Lee,J.H.,Eom,G.M.,and Jun,J.H.,“Angular Displacement Measurement Using Optical Sensor”, Trans.KIEE, vol. 60, pp. 1959-1965,2011.
  • Jun,J.H.,Harris,J.L.,Humphrey,J.D.,andRastegar,S.,“Effectof thermaldamage and biaxialloading on the opticalproperties ofa collagenoustissue”,J.BiomechEng,vol.125,pp.540-548,2003.
  • Josse, G., George, J., and Black, D., “Automatic measurement of epidermalthicknessfrom opticalcoherencetomography imagesusing anew algorithm”,SkinRes.Technol.,vol.17,pp.314-319,2011.
  • Johansson,R.S.,and Westling,G.,“Rolesofglabrousskin receptors and sensorimotor memory in automatic controlof precision grip whenliftingrougherormoreslipperyobjects”,Exp.BrainRes.,vol. 56,pp.550?564,1984.
  • Johansson,R.S.,Landstrom,U.,and Lundstorm,R.,“Responses of mechanoreceptors afferentunits in the glabrous skin ofthe human handtosinusoidalskindisplacements”,BrainRes.,vol.244,pp.17? 25,1982.
  • Jaillon, F., Zheng, W.,and Huang, Z.,“Beveled fiber-optic probe couples a ball lens for improving depth-resolved fluores-cence measurements of layered tissue: Monte Carlo simulations”,Phys. Med.Biol.,vol.53,pp.937? 951,2008.
  • Jahn,W.,“MusculoskeletalExamination ? RangeofMotion,”J.Can. Chiropr.Assoc.,vol.23,pp.51-60,1979.
  • Jacques,S.L.,“Laser-tissueinteractions.Photochemical,photothermal, and photomechanical”,Sug.Clin.North Am.,vol.72,pp.531-558, 1992.
  • InternationalElectrotechnicalCommission,"Safety ofLaserProducts- Part 1: Equipment Classification and Requirements," IEC 60825-1:2007,2007.
  • International Commission on Non-Ionizing Radiation Protection, "Guidelines on Limits of Exposure to Laser Radiation of Wavelengths between 180 nm and 1000 μm,"Health Phys.vol.71, pp.804-819,1996.
  • Hornby, G. S., Takamura, S., Yamamoto, T., and Fujita, M., “Autonomous evolution of dynamic gaits with two quadruped robots”,IEEE Trans.Robot.,vol.21,pp.402-410,2005.
  • Hendriks, F. M., "Mechanical behaviour of human epidermal and dermal layers in vivo", Ph.D. Thesis, Eindhoven University of Technology(2005).
  • Hecht,E.,“Optics”,4th edition.Internationaledition,Addison-Wesley, SanFrancisco,2002.
  • Gusev,V.E.andKarabutov,A.A.,“LaserOptoacoustics”,New York: AmericanInstituteofPhysics,1992.
  • Gerling, G. J. and Thomas, G. W., “The effect of fingertip mircostructures on tactile edge perception,” in Proc.First Joint Eurohaptics Conf. Symp. Haptic Interfaces Virtual Environ. TeleoperatorSyst.,pp.63?72,2005.
  • Gallasch,E.,Fend,M.,Rafolt,D.,Nardone,R.,Kunz,A.,Kronbichler, M., Beisteiner, R., and Golaszewski, S., “Cuff-type Pneumatic Stimulator for Studying Somatosensory Evoked Responses with fMRI”,NeuroImage,vol.50,pp.1067-1073,2010.
  • Finocchietti,S.,M rch,C.D.,Arendt-Nielsen,L.,andGraven-Nielsen, T.,“Effects ofadipose thickness and muscle hardness on pressure painsensitivity”,Clin.J.Pain,vol.27,pp.414-424,2011.
  • Enderle, J. D. and Bronzino, J. D., “Introduction to Biomedical Engineering”,AcademicPress,2012.
  • Dubey,A.K.,andYadava,V.,“Laserbeam machining?areview,”Int. J.Mach.ToolsManuf.vol.48,pp.609-628,2008.
  • Doukas,A.G.andFlotte,T.J.,"Physicalcharacteristicsandbiological effects of laser-induced stress waves," Ultrasound in Med.& Biol.,vol.22,pp.151-164,1996.
  • Dolmans,D.E.,Fukumura,D.,andJain,R.K.,“Photodynamictherapy forcancer”,Nat.Rev.Cancer,vol.3,pp.380-387,2003.
  • Dahiya,R.S.,Metta,G.,Valle,M.,andSandini,G.,“Tactilesensing? from humanstohumanoids”,IEEE Trans.Robot.,vol.26,pp.1-20, 2010.
  • Chu,Z.Sarro,P.M.,and Middelhoek,S.“Silicon three-axialtactile sensor”,Sens.ActuatorsA,vol.54,pp.505?510,1996.
  • Cheng, P., and Oelmann, B., “Joint-angle measurement using accelerometers and gyroscopes?A survey”,IEEE Trans.Instrum. Meas.,vol.59,pp.404-414,2010.
  • Chen,N.,Chen,M.,Liu,S.,Guo,Q.,Chen,Z.,andWnag,T.,“Change in refractive index ofmuscle tissueduring laser-induced interstitial thermotherapy”,Bio-Med.Mater.Eng.,vol.24,pp.807-813,2014.
  • Chen,H.,Lamer,T.J.,Rho,R.H.,Marshall,K.A.,Sitzman,B.T., Ghazi,S.M.,and Brewer,R.P.,“Contemporary management of neuropathicpain fortheprimary carephysician”,Mayo Clin.Proc., vol.79,pp.1533?1545,2004.
  • Chakravarty,M.M.,Broadbent,S.,RosDresela-Neto,P.,Lambert,C. M.,and Collins,D.L.,“Design,Construction,and Validation ofan MRI-compatible Vibrotactile StimulatorIntend forClinicalUse”,J. Neurosci.Methods,vol.184,pp.129-135,2009.
  • Chaffin, D. B., Andersson, G., and Martin, B. J., “Occupational Biomechanics”,5th edition,New York:Wiley& Sons,2006.
  • Caroll,L.S.,and Humphreys,T.R.,“Laser-tissueinteractions”,Clin. Dermatol.,vol.24,pp.2-7,2006.
  • Briggs,R.W.,Fy-Liacco,I.,Malcolm,M.P.,Lee,H.,Peck,K.K., Gopinath,K.S.,Himes,N.C.,Soltysik,D.A.,Browne,P.,and Tran-Son-Tay,R.,“A PneumaticVibrotactileStimulation Devicefor fMRI”,Magn.Reson.Med.,vol.51,pp.640-643,2004.
  • Bowden,J.L.,andMcNulty,P.A.,“Age-relatedchangesincutaneous sensation in thehealthy human hand”,Age,vol.35,pp.1077-1089, 2013.
  • Boulnois, J. L., “Photophysical processes in recent medical laser developments:areview”,LASER Med.Sci.,vol.1,pp.47-66,1986.
  • Boone,D.C.,Azen,S.P.,“NormalRangeofMotionofJointsinMale Subjects,”J.Born.Joint.Surg.Am.,Vol.61,pp.756-759,1979.
  • Basdogan,C.,De,S.,Kim,J.,Muniyandi,M.,Kim,H.,andSrinivasan, M. A., “Haptics in minimally invasive surgical simulation and training”,IEEE Comput.Graph.Appl.,vol.24,pp.56-64,2004.
  • Anderson,B.,and Burke,E.R.,“Scientific,medical and practical aspectsofstretching”,Clin.SportsMed.vol.10,pp.63-86,1991.
  • AmericanNationalStandardInstitute,"AmericanNationalStandardfor SafeUseofLasers,"ANSIZ136.1:2007,2007.
  • Albagli,D.,"FudamentalMechanisms of Pulsed Laser Ablation of Biological Tissue", Ph.D. Thesis, Massachusetts Institute of Technology,1994.
  • Abuarra,A.,Abuarra,B.,Abur,B.S.,Singh,G.K.C.,AlSadi,Z., Mahmood,T.L.I.R.,Omar,K.M.,and MatJafri,M.Z.,“The effectsofdifferentlaserdosesonskin”,Int.J.Phys.Sci.,vol.7,pp 400-407,2012.