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   Incorporating fuzzy logic into an adaptive negative pressure wound therapy device  
   
نویسنده tan j.-h. ,tan t.-s. ,abdul-kadir m.r. ,saad a.z.m. ,teoh c.-k. ,olmedo j.j.s. ,lum k.-y. ,leong k.-m. ,alang t.a.i.t. ,malik s.a.
منبع journal of telecommunication, electronic and computer engineering - 2017 - دوره : 9 - شماره : 4 - صفحه:85 -89
چکیده    Negative pressure wound therapy (npwt) is a technique that enhances the healing process by applying negative pressure on the chronic or acute wounds. it has been diffusely adopted for treatment of trauma wound,chronic wound,or deep sternal wound infections due to its excellent healing result. however,there were several injuries and death cases caused by the unstable pressure generated from the wound treatment. this paper aims to design a stable negative pressure regulator by using fuzzy logic controller (flc) .the proposed control approach is able to regulate the negative pressure within the desired range for healing process. the npwt system consists of adhesive film dressing,wound dressing,fluid collecting canister,drainage tubes,vacuum pump,and microcontroller. the npwt system developed is able to supply negative pressure from 0mmhg to 200mmhg and the negative pressure supply can be controlled. the effectiveness of flc pressure controlling and boolean logic controller method is validated by experiments. in conclusion,it is proven that the proposed method is able to provide a safe wound treatment in future.
کلیدواژه Fuzzy logic controller (FLC); Negative pressure wound therapy (NPWT); Wounds healing device
آدرس medical implant technology group (mediteg),frontier materials research alliance,faculty of biosciences and medical engineering (fbme),universiti teknologi malaysia, Malaysia, medical implant technology group (mediteg),frontier materials research alliance,faculty of biosciences and medical engineering (fbme),universiti teknologi malaysia, Malaysia, medical implant technology group (mediteg),frontier materials research alliance,faculty of biosciences and medical engineering (fbme),universiti teknologi malaysia, Malaysia, department of reconstructive sciences,hospital universiti sains malaysia,kubang kerian,kelantan, Malaysia, department of computer science and mathematics,faculty of applied sciences and computing,tunku abdul rahman university college,wilayah persekutuan,kuala lumpur, Malaysia, centro detecnología biomédica,universidad politécnica de madrid,parque científico y tecnológico (upm),campus de montegancedo,m40 km 38,pozuelo de alarcón, Malaysia, department of electrical and electronic engineering,faculty of engineering and built environment,tunku abdul,rahman university college,jalan genting kelang,setapak,kuala lumpur, Malaysia, medical implant technology group (mediteg),frontier materials research alliance,faculty of biosciences and medical engineering (fbme),universiti teknologi malaysia, Malaysia, medical implant technology group (mediteg),frontier materials research alliance,faculty of biosciences and medical engineering (fbme),universiti teknologi malaysia, Malaysia, medical implant technology group (mediteg),frontier materials research alliance,faculty of biosciences and medical engineering (fbme),universiti teknologi malaysia, Malaysia
 
     
   
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