近年來遠程醫療成為中國大陸大力推動的政策，其不僅被賦予催化分級醫療的角色，在照護產業應用上亦被寄予厚望。本研究透過穿戴式裝置的例子，說明遠程醫療的推動仍面臨諸多挑戰。中央政府透過組建醫療聯合體、跨省技術等試點政策，大力推動遠程醫療。地方醫院基於保護醫療收益，對於遠程醫療抱持著不配合的態度，地方政府之間的競爭亦加劇了這樣的發展，推動過程面臨了明顯的瓶頸。與遠程醫療最相近的產品應用，當屬穿戴式裝置，本研究指出在穿戴式裝置依然以地區醫院為母體，鮮少有跨不同事業單位的大規模串聯。從政策與產業兩大領域來看，遠程醫療要全面性推廣仍有一段路要走，然而中國大陸強力推動產業的決心仍值得吾人關注。 / In recent years, policy of telemedicine, proposed by Chinese mainland, played an important role in hierarchical medical system. The care industry has been highly expected. This study research data of the formation of medical treatment combination, interprovincial technology and other pilot policies which were proposed by central government with wearable device to describe the challenge of the promotion in telemedicine industry. In fact, local hospital keep an uncooperative attitude to develop remote medical care in order to protect the medical benefits. Furthermore, competitiveness between local governments made things worse. It is clear that the promotion of telemedicine is facing a bottleneck now. Wearable device, the closest product application in telemedicine industry, is used as keyword to search the data in dilemma of local hospitals. The result show that there is few small units across the large industry chain.From the policy and industry two major areas of view, comprehensive promotion of telemedicine is still a way to go, nonetheless, the Chinese mainland’s determination to promote the industry's is still worthy of my attention.

The purpose of this study was to develop a medico-judicial framework for the rehabilitation of forensic psychiatric patients in Zimbabwe. The study used the grounded theory approach utilising a mixed sequential dominant status design. Purposive sampling of key stakeholders was the primary method and theoretical sampling became necessary as the study evolved in the qualitative phase. A confirmatory retrospective document review of 119 files of patients was done in the quantitative phase. Pierre Bourdieu’s conceptual canon of field, habitus and capital was utilised as the theoretical point of departure for the study. Findings and results showed dislocation and dissonance between and within the habitus of social fields the judiciary, health (medical) and the prison systems with an ensuing hysteretic effect that negatively affected the outcome of forensic psychiatric rehabilitation in special institutions in Zimbabwe. Forensic psychiatric patients were caught up in a double bind situation of aligning to both of the contradictory functions of the medical and the prison systems. The result of this hysteretic scenario seemed to breed some kind of rehabilitative schizophrenia. The developed medico-judicial framework is projected to transform the libido dominandi of the present into a widened scope of therapeutic jurisprudence. The medico-judicial framework is forwarding the forensic psychiatric practitioner to a new address since it has changed its residence from the special institution to the forensic psychiatric hospital. It is inviting the person involved with forensic psychiatric rehabilitation to begin again, inciting him or her to be open to the possibilities of mapping a path through the tangled growth of current realities into an increased width and depth of comprehensive forensic psychiatric practice that follows an empowering legislative prescript / Health Studies / D. Litt. et Phil. (Health Studies)

The purpose of this study was to develop a medico-judicial framework for the rehabilitation of forensic psychiatric patients in Zimbabwe. The study used the grounded theory approach utilising a mixed sequential dominant status design. Purposive sampling of key stakeholders was the primary method and theoretical sampling became necessary as the study evolved in the qualitative phase. A confirmatory retrospective document review of 119 files of patients was done in the quantitative phase. Pierre Bourdieu’s conceptual canon of field, habitus and capital was utilised as the theoretical point of departure for the study. Findings and results showed dislocation and dissonance between and within the habitus of social fields the judiciary, health (medical) and the prison systems with an ensuing hysteretic effect that negatively affected the outcome of forensic psychiatric rehabilitation in special institutions in Zimbabwe. Forensic psychiatric patients were caught up in a double bind situation of aligning to both of the contradictory functions of the medical and the prison systems. The result of this hysteretic scenario seemed to breed some kind of rehabilitative schizophrenia. The developed medico-judicial framework is projected to transform the libido dominandi of the present into a widened scope of therapeutic jurisprudence. The medico-judicial framework is forwarding the forensic psychiatric practitioner to a new address since it has changed its residence from the special institution to the forensic psychiatric hospital. It is inviting the person involved with forensic psychiatric rehabilitation to begin again, inciting him or her to be open to the possibilities of mapping a path through the tangled growth of current realities into an increased width and depth of comprehensive forensic psychiatric practice that follows an empowering legislative prescript / Health Studies / D. Litt. et Phil. (Health Studies)

Les progrès des technologies de l'information et de la communication, des MEMS, des capteurs, actionneurs, etc. ont permis l’émergence de différents dispositifs biomédicaux. Ces nouveaux dispositifs, souvent embarqués, contribuent considérablement à l'amélioration du diagnostic et du traitement de certaines maladies, comme le diabète par exemple. Des dispositifs embarqués encore plus complexes sont en cours d’élaboration, leur mise en œuvre nécessite des années de recherche et beaucoup d’expérimentation. Le cœur artificiel, encore en phase de réalisation, est un exemple concret de ces systèmes complexes. La question de la fiabilité, du test de fonctionnement et de sureté de ces dispositifs reste problématique et difficile à résoudre. Plusieurs paramètres (patient, évolution de la maladie, alimentation, activité, traitement, etc.) sont en effet à prendre en compte et la conséquence d’une erreur de fonctionnement peut être catastrophique pour le patient. L'objectif de cette thèse est de développer des outils et des approches méthodologiques permettant la validation et le test au niveau système de ce type de dispositifs. Il s’agit précisément d’étudier la possibilité de modéliser et simuler d’une manière conjointe un dispositif médical ainsi que son interaction avec le corps humain, du moins la partie du corps humain concernée par le dispositif médical, afin de mesurer les performances et la qualité de services (QoS) du dispositif considéré. Pour atteindre cet objectif notre étude a porté sur plusieurs points. Nous avons d’abord mis en évidence une architecture simplifiée d’un modèle de corps humain permettant de représenter et de mieux comprendre les différents mécanismes du corps humain. Nous avons ensuite exploré un ensemble de métriques et une approche méthodologique générique permettant de qualifier la qualité de service d’un dispositif médical donné en interaction avec le corps humain. Afin de valider notre approche, nous l’avons appliquée à un dispositif destiné à la régulation du taux de sucre pour des patients atteints du diabète. La partie du corps humain concernée par cette pathologie à savoir le pancréas a été simulé par un modèle simplifié que nous avons implémenté sur un microcontrôleur. Le dispositif de régulation de l’insuline quant à lui a été simulé par un modèle informatique écrit en C. Afin de rendre les mesures de performances observées indépendantes d’un patient donné, nous avons étudiés différentes stratégies de tests sur différentes catégories de patients. Nous avons pour cette partie mis en œuvre un générateur de modèles capable de reproduire différents états physiologiques de patients diabétiques. L’analyse et l’exploitation des résultats observés peut aider les médecins à considérablement limités les essais cliniques sur des vrai patients et les focaliser uniquement sur les cas les plus pertinent. / A Biomedical research seeks good reasoning for solving medical problems, based on intensive work and great debate. It often deals with beliefs or theories that can be proven, disproven or often refined after observations or experiments. The problem is how to make tests without risks for patients, including variability and uncertainty on a number of parameters (patients, evolution of disease, treatments …). Nowadays, medical treatment uses more and more embedded devices such as sensors, actuators, and controllers. Treatment depends on the availability and well-functioning of complex electronic systems, comprising thousands of lines of codes. A mathematical representation of patient or device is presented by a number of variables which are defined to represent the inputs, the outputs and a set of equations describing the interaction of these variables. The objective of this research is to develop tools and methodologies for the development of embedded systems for medical fields. The goal is to be able to model and jointly simulate the medical device as well the human body, at least the part of the body involved in the medical device, to analyze the performance and quality of service (QoS) of the interaction of the device with the human body. To achieve this goal our study focused on several points described below. After starting by defining a prototype of a new global and flexible architecture of mathematical model of human body, which is able to contain required data, we begin by proposing a new global methodology for modeling and simulation human body and medical systems, in order to better understand the best way to model and simulate these systems and for detecting performance and the quality of services of all system components. We use two techniques that help to evaluate the calculated QoS value. The first one calculates an index of severity which indicates the severity of the case studied. The second one using a normalization function that represents the simulation as a point in order to construct a new error grid and use it to evaluate the accuracy of value measured by patients. Using Keil development tools designed for ARM processors, we have declared a new framework in the objective to create a new tester model for the glucose-insulin system, and to define the basic rules for the tester which has the ability to satisfy well-established medical decision criteria. The framework begins by simulating a mathematical model of the human body, and this model was developed to operate in the closed loop of the glucose insulin. Then, the model of artificial pancreas has been implemented to control the mathematical model of human body. Finally a new tester model was created in order to analyze the performance of all the components of the glucose-insulin system.. We have used the suitability of partially observable Markov decision processes to formalize the planning of clinical management.