Engineering in MedicineContents1 Aims and perspectives 12 Medical electronics 53 Mechanical engineering in medicine and surgery 474 Signals, control systems, and computers in medicine and biology 64Prospects and priorities 85Suggestions for further reading 100Index 101의공학 개론목차의공학이란 :목표,목적,분야 10기초의학,임상의학,사회 의학과제:What is Biomedical Engineering?의공학과 의과학으로 심화문제:1.의과학과 의공학의 차이를 말하시오2.다음 용어를 설명하시오biomedical engineerclinical engineerbionicsrehabilitation engineerBMETtechnician과 engineer의 차이를 말하시오용어와 정의 등의공학의 역사와 동향:자료원 10과제:Impacts of the Technological Revolution on Healthcare산 업 분류와 분화과정의공학의 기초 50개요의용 전자:생체계측과 제어생체 역학의용 재료생체정보와 의료 정보 공학 :21세기의료에 이용되는 의공학 기술: 50개요진단 기기치료 기기감시용 기기예방용 기기:health consumer product:rehabilitation product의료 정보 시스템:고도정보화 사회와 의료임상 각과에서의용공학 기술의 평가와 유지보수:CE 10개요유효성.안전성,신뢰성,경제성구매,유지,보수를 위한 평가첨단 의료기기에 대한 평가:사회화 기술의 중요성임상의료기사의 역할의공학의 하부구조(INFRA) 60개요의용공학에서의 교육개요의학에 있어서의 의용공학 교육공학에 있어서의 의용공학 교육의료산업과 공학 기술개요의료기기산업의 문제와 동향biotechnology와 공학기술인공지능과 가상기기GMP,GUP,GSP이용기술,생산기술,판매기술 if effort will ever be adequately rewarded in this field of analysis.Another, more controllable neurophysiolosical technique that is certainly useful is the recording of evoked potentials-eletrical events recorded on the surface of the brain and caused by exthrnal stimuli such as flashes of light or sounds. This technique offers exciting applications in brain research but since the resulthant signal are very small, on-line computers are used for averaging the signal in order to extract the response from the background activity. An example of the use of this phenomenon is evoked audiometry, in which pulses of pure-tone sound are presented to the subject while the E.E.G. is recorded continuously. The response, if present, is usually small and often undetectable;so it is necessary to present the sound stimulus many times and to average various post-stimulus E.E.G. waveforms(a one-second period after each stimulus is adequate), when any response can be recognized in the averaged signal. Tress with at least some devices while the slower work required with others is going ahead. Again, as we see it, the priority need is to set up such a group with the commitment of seeing to developments in this area and we see this again as a Department of Health responsibility. Since many of the patient concerned are chronically ill or disable the cost of their support in the long term does rend to drain resources from the Health Service, so large sums might be saved. On the other hand, the use of new facilities may require an elaborate servicing programme, since once a patient has become dependent on an electronic or other aid, he may need maintenance service day and night, and he may live at some distance from a town; as a result, costly and difficult servicing problems will exist.In the case of therapeutic service such as the artificial kidney dialysis programme, the hospital service ahs still a lot to gain in experience. It is reported that more than 3000 people a year could be sav one exception, are owned by one industrial group). Of course, there are also established limb-wearers whose legs need replacing at intervals, and the total charge is thus considerably greater than the figure estimated above.Signals, control systems, and compurersin medicine and biologySeveral aspects of medical enfineering effort have emerged recently as major growth areas: communications, and computer emgineering, applied to medicine. Worthwhile applications can already be recognized in medical research, in clinical medicine-at the point of patient care-and in public health medicine.Communication engineering is significant because it deals with the nature, transmission, and processing of signals; many kinds of signal can be found in the fluctuations which occur in the body, and it seemed possible that the methods ofcommunication signal analysis might be usable for investigating and interpreting the meaning of these fluctuations--biological signals as they are called. This has proved nder computer control can be taken at correct tine intervals, whech can be adapted by the machine to suit the observations being made(stable variables can be measured less often, or at least stored less often, than rapidly changing variables). Results can be checked, and if nessary the measuring apparatus can be tested, adjusted, and re-calibrated automatically; satisfactory results can then be stored for subsequent analysis. In this way, one of the primary obstacles to the more extensive use of quantitaitve information in patient care-the difficulty of obtaining reliable, objective data-can be removed, provided that ssuitable peripheral apparatus to work with the computer is employed for signal acquisition.The other major obstacle to the further use of quantitative methods tn routine patient-care is, of course, the need to interpret the resulting signals. This is the point where the second contribution of the conputer could be made. In the past, the unpredictable fluctuations and confle.
![[의공학개론] 의공학개론 영어 원서](https://image4.happycampus.com/Production/thumbnail/2001/11/30/data1060372-0001.jpg)
