SEKO: Smart System for Assisting Home-Based Rehabilitation of Knee Arthroplasty Patients

Penders, Arno; Octavia, Johanna Renny; Lefevre, Stefan; Browaeys, Hannes; Lauwers, Giles; Onsem, M. Van; Saldien, Jelle; Verstockt, Steven

doi:10.1109/hsi.2018.8431335

Cited by 4 publications

(2 citation statements)

References 15 publications

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“…In recent years, technologies such as information, sensing, network and artificial intelligence have developed rapidly, driving the development of intelligent rehabilitation technology. Because intelligent technology has many characteristics such as informatization, networking, data quantification and automation, it has been widely studied and applied in clinical rehabilitation evaluation and intervention at home and abroad [15,18] , rehabilitation informatization construction [19] and home rehabilitation [20,21] , etc. However, the existing intelligent rehabilitation equipment or systems have relatively simple functions, and the intervention and evaluation focus on the rehabilitation of a certain disease, and the intervention of the whole population and the whole cycle of rehabilitation has not been realized.…”

Section: Implementation Path Of Intelligent Rehabilitationmentioning

confidence: 99%

The implementation path of intelligent rehabilitation under the background of healthy China construction

Huang¹

2022

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<p>The improvement of rehabilitation service capacity is an important part of the construction of a healthy China, and intelligent technology is a powerful means of rehabilitation development. This paper reviews the background of a series of national policies for the construction of a healthy China, analyzes and summarizes the many shortcomings that currently restrict the improvement of rehabilitation service capabilities, and proposes the implementation path of intelligent rehabilitation. By expounding the service process of intelligent rehabilitation, and analyzing in detail the intelligent technical means suitable for integration from the four key links of real-time health monitoring, remote home intelligent rehabilitation intervention, health classification evaluation standard system and health intervention standard system, the general framework of implementation path of intelligent rehabilitation is built. Taking hypertension rehabilitation as an example, the article introduces the intelligent rehabilitation practice exploration and reference model in three aspects: The research and development of hypertension intelligent equipment, the clinical research of hypertension rehabilitation and the construction of hypertension rehabilitation database. Finally, combined with the concept of intelligent interconnection of all things, the definition of “rehabilitation Internet of things” is proposed, and the time is right for intelligent rehabilitation in the context of building a healthy China.</p>

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Section: Implementation Path Of Intelligent Rehabilitationmentioning

confidence: 99%

The implementation path of intelligent rehabilitation under the background of healthy China construction

Huang¹

2022

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“…possibility of setting a reminder to remind the patient perform exercises and other activities, especial remind during phases when there is reduced contact with health care Professionals[17, 20, 22] 9 Privacy and security Security of patient data, confidentiality of patient data, Authentication [32-34] 10 Usability and attention to simplicity and beauty Aesthetic and minimalist design, Flexibility and efficiency of use [23, 35-37] 11The ability to prevent and fix errors Help users recognize, diagnose and recover from errors[32][33][34] …”

mentioning

confidence: 99%

A home-based tele-rehabilitation exercise system for patients after knee replacement surgery

Salehian,

Mahmoudzadeh-Sagheb,

Yoosefinejad

et al. 2024

BMC Musculoskelet Disord

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Background Knee arthritis is a destructive disorder that affects the knee joints and causes pain and reduced mobility. Drug treatments, weight loss, and exercise control the symptoms of the disease, but these methods only delay the disease process and eventually, knee joint replacement surgery will be needed. After surgery, with the help of a proper physiotherapy program, full recovery takes an average of 6–12 months. However, currently, there is no similar tool to facilitate this process in Iran. Objective The purpose of this research is to design and develop the prototype of a rehabilitation system for patients after knee replacement surgery, which provides patients with information and appropriate physiotherapy programs. Methods This study was development-applied and was done in three stages. In the first stage, the needs and content of education and therapeutic exercises were prepared in the form of a checklist, and then the necessity of each item was checked in the evaluation sessions. In the second stage, the prototype of the system was developed using Adobe XD software and based on the requirements approved from the previous stage. In the third stage, the usability of the program was analyzed from the point of view of experts using the exploratory evaluation method with Nielsen’s 13 principles of usability. Results At first, the system requirements were extracted and prepared in two checklists of content (51 exercises) and capabilities (60 items). Then after a survey of experts based on the Delphi technique, content information (43 exercises) and functional and non-functional requirements (53 items) were obtained. A survey of experts helped to finalize the information elements, categorize them, and prepare the final version of the checklists. Based on this, the system requirements were classified into 11 categories, and the training content was classified into 3 training periods. Finally, the design and development of the system was done. This system has admin, physician, and patient user interfaces. The result of usability showed that this system is efficient and there are only a few problems in the feature of helping users to detect and recover from errors. Conclusion It seems necessary to develop a system based on the principles of usability by therapists and rehabilitation specialists to train and monitor the remote rehabilitation process of patients after knee joint replacement at home. And the importance of involving stakeholders in the design and development of remote rehabilitation systems is not hidden from anyone. Kara system has all of the above.

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Application of IoT-based sensing and signal processing for rehabilitation

Moore

Mehrübeoğlu²,

Mooney³

et al. 2022

Signal Processing, Sensor/Information Fusion, and Target Recognition XXXI

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SEKO: Smart System for Assisting Home-Based Rehabilitation of Knee Arthroplasty Patients

Cited by 4 publications

References 15 publications

The implementation path of intelligent rehabilitation under the background of healthy China construction

The implementation path of intelligent rehabilitation under the background of healthy China construction

A home-based tele-rehabilitation exercise system for patients after knee replacement surgery

Application of IoT-based sensing and signal processing for rehabilitation

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