scispace - formally typeset
Search or ask a question

Answers from top 8 papers

More filters
Papers (8)Insight
The evaluation demonstrated that the Smart Watch feedback system provided a significant improvement in the participant performance.
While smart watch technology supplied with biosensors has potential to be useful in a variety of healthcare applications, rigorous research with their use in clinical settings is needed.
Book ChapterDOI
21 Jul 2013
7 Citations
New algorithm also enables the Smart Watch also to be a new gesture interaction device to control home consumer products and to support new services that might become available in future.
This insight into the true nature of the wristwatch as a multivalent and semiotically charged object will also be used to inform reflections on the likely impact of generally perceived current threats to the luxury watch industry: the rise in ethical material sourcing campaigns, the stubborn gender imbalance in watch sales, and the recent appearance of smart watches and similar digital devices.
They redefined market boundaries by reclaiming the competitive set, rebuilding the community of mechanical watchmakers, and mobilizing groups of enthusiast consumers who valued the mechanical watch.
Open accessJournal ArticleDOI
Andreas Komninos, Mark D. Dunlop 
64 Citations
While raising some problems, the feedback from study participants indicates that reasonable quality and speed is achievable on a smart watch and encourages future work in this area.
In this paper we demonstrate Orbits, a novel gaze interaction technique that accounts for both the reduced size of smart watch displays and the hands-free nature of conventional watches.
The measurement protocol developed here can be employed in homes, demonstrates the possibility of measuring long-term noise exposures in homes with technologies beyond traditional SLMs, and highlights potential pitfalls associated with measurements made by smart devices.

See what other people are reading

What is agile and how effect ux workflow?
6 answers
Agile is an empirically-driven software development process that emphasizes flexibility, collaboration, and customer satisfaction through iterative work cycles known as sprints. It has become a de facto standard in software development, incorporating methodologies such as Scrum, DSDM, XP, and Kanban. Agile's core principle is to embrace change to enhance quality, economy, and simplicity in software projects. However, integrating User Experience (UX) design into Agile workflows presents unique challenges and opportunities for UX professionals. The Agile UX development lifecycle aims to synchronize formative usability methods with Agile sprints, supporting cross-functional teams in delivering user value efficiently. This integration requires UX teams to adapt their practices, potentially altering the timing and nature of research and design work compared to traditional environments. For instance, in healthcare applications like StuntingDB, Agile UX principles have facilitated the collaboration between public health, system engineering, and UX teams to address complex issues such as stunting, demonstrating the practical application of Agile UX in multidisciplinary settings. However, the integration of UX into Agile processes is not without its struggles. UX designers often find it challenging to align their work with the fast-paced, iterative nature of Agile development. Agile methods do not explicitly define how UX should be integrated, leaving UX teams to navigate this integration on their own. Despite these challenges, when UX and Agile are effectively combined, they can lead to mutually complementary practices that enhance both the development process and the end product. Research and case studies have shown that integrating UX into Agile requires a mutual adjustment rather than assimilation or separation of practices. This approach allows UX designers and software developers to maintain their distinct processes while still contributing effectively to the project's goals. Agile workflow technology also supports the dynamic and adaptable nature of this integration, enabling the automation of adaptable processes and the reuse of change experience. In conclusion, Agile significantly impacts the UX workflow by necessitating a flexible, collaborative approach that can accommodate rapid iterations and changes. Successful integration of UX into Agile workflows enhances the development process, ensuring that user needs and experiences are central to product development.
What are the key features of an effective integrated web-based complaint management system?
5 answers
An effective integrated web-based complaint management system should focus on timely issue resolution, user-friendly interfaces, and efficient complaint handling. Such a system should enable users to easily register complaints online and facilitate communication with relevant authorities for prompt resolution. Additionally, the system should incorporate features like user acceptance testing to ensure functionality and positive user experience. Leveraging digital technologies such as AI for complaint analysis can enhance the system's effectiveness, improving user experience and brand perception. Overall, an effective system minimizes costs for the company while retaining customer loyalty through swift and satisfactory complaint resolution.
What is the current clinical need for Electromyography (EMG) in healthcare?
4 answers
The current clinical need for Electromyography (EMG) in healthcare is multifaceted. EMG plays a crucial role in prognosticating the recovery of facial motor function in acute peripheral facial nerve palsy, aiding in predicting outcomes and guiding management. Additionally, EMG is essential for tracking rehabilitation progress and identifying diseases affecting muscle activation patterns, with recent advancements in electrode materials and machine learning algorithms enhancing signal detection and classification accuracy. In the context of wearable robotics for elderly support, surface EMG (sEMG) is utilized to detect human action intentions instantaneously, improving the performance of robot assistants by providing real-time signals for control systems. The evolving landscape of EMG technology continues to address diverse clinical needs, from facial nerve palsy prognosis to robotic assistance and rehabilitation applications.
How can systemic E-counseling be used to address specific counseling needs in education?
4 answers
Systemic E-counseling can effectively address specific counseling needs in education by utilizing digital tools to enhance communication between counselors and students. During the COVID-19 pandemic, E-counseling has emerged as a crucial solution to help students overcome various challenges, such as academic stress and mental health issues. By implementing E-counseling applications and workshops, schools can provide students with a platform to express both academic and non-academic problems, leading to improved student development and progress tracking. Additionally, incorporating interactive technologies within the American School Counseling Association's National Model can extend the reach of professional school counselors, enabling them to better meet the diverse needs of students in today's technology-driven world. E-counseling modalities offer advantages in disseminating mental health information and guidance to students, contributing to academic success and holistic human development.
How does the 24-hour rule affect the rehabilitation process for a frozen shoulder?
4 answers
The 24-hour rule can significantly impact the rehabilitation process for a frozen shoulder by enabling patients to engage in continual physical therapy conveniently. Utilizing wearable sensor-based devices and cloud platforms, patients, doctors, and physiotherapists can remotely monitor shoulder movements and track progress, saving time and effort. Additionally, incorporating gamification and virtual reality into rehabilitation exercises can combat monotony, prolonging rehabilitation duration and enhancing patient engagement. Moreover, the use of low-cost markerless depth cameras like Microsoft Kinect for shoulder angle measurement and virtual reality-based rehabilitation exergames offers a novel and engaging approach to frozen shoulder rehabilitation. Overall, leveraging technology, remote monitoring, gamification, and virtual reality can optimize the rehabilitation process for frozen shoulder patients.
Why do emergency medical services prioritize medical aid patients over non-medical aid patients?
4 answers
Emergency medical services prioritize medical aid patients over non-medical aid patients due to the complex interplay of clinical, social, and organizational factors. Triage practices in emergency departments are not solely based on clinical criteria but also incorporate moral and social considerations, potentially leading to discrimination and hindering equitable access to care. Decision-making processes for patient non-conveyance to hospitals are influenced by demographic factors, on-scene treatment, and resource constraints, highlighting the strain on pre-hospital medical response teams. Machine learning algorithms are being explored to predict patient outcomes in the Emergency Department, aiming to classify patients into possible emergency outcomes and optimize resource management decisions. The mobilization of emergency medical services involves translating callers' problems into response priority categories, emphasizing the importance of organizational understandings of patients at the healthcare system's gateway. Non-transported EMS patients may experience unexpected events, prompting the need for improved systems and post-EMS follow-ups for these individuals.
At what age AR is used?
4 answers
Augmented Reality (AR) is utilized at various ages for educational purposes. Studies have shown that AR is employed with children aged between 3 to 5 years to enhance cognitive development through interactive learning experiences. Additionally, AR applications have been designed for older adults to improve usability and user experience in activities like online shopping and health information examination. Preschool children aged 4-6 years have also been involved in using AR-assisted learning media to recognize animals and fruits in English alphabetically, showing positive effects on learning outcomes. Furthermore, AR technology has been used to help students aged 10-15 years learn about human anatomy in detail, providing interactive experiences to visualize organs effectively. Therefore, AR is a versatile technology used across different age groups for educational purposes.
- How can the privacy of patient data be safeguarded when utilizing IoT technologies in healthcare environments?
5 answers
To safeguard patient data privacy in healthcare environments utilizing IoT technologies, various security measures are crucial. Implementing cryptographic techniques like Light-Weight Cryptography (LWC)can ensure data security by encrypting sensitive information collected by IoT devices. Additionally, utilizing edge computingcan help in local computation of data, reducing cloud traffic and enhancing privacy protection. Furthermore, early detection methodologies for attacks like keyloggersand employing blockchain-based distributed authenticationcan enhance security measures. These approaches collectively address the critical security concerns related to patient data privacy in IoT healthcare applications, mitigating risks of unauthorized access, hacking, breaches, and ensuring confidentiality of sensitive medical information.
1. What factors contribute most to citizen satisfaction with eGovernment services?
5 answers
Perceived e-service quality, trust in e-government, service ease of use, information awareness, service quality, and service design characteristics play crucial roles in determining citizen satisfaction with e-government services.These factors encompass elements such as core services, facilitating services, supporting services, information quality, data security, data privacy, accuracy, completeness, self-service capability, convenience, accessibility, privacy protection, security protection, user support, personalization capability, and transparency. The interaction among these factors influences perceived service quality, which ultimately impacts citizen satisfaction. Enhancing these aspects in e-government services can lead to increased satisfaction among users, highlighting the importance of service quality, trust, ease of use, and design characteristics in shaping citizen perceptions and experiences with e-government platforms.
What are the limitations of using chatGPT for research purposes?
5 answers
The limitations of using ChatGPT for research purposes include its inability to perform mathematical operations reliably, make conceptual errors, and generate partly accurate citations that may contain fabricated content. Additionally, ChatGPT may provide inaccurate, contradictory, or unverified information, making it essential for researchers to exercise caution while using it for research. Furthermore, there are concerns regarding the accuracy, originality, privacy, bias, and legality of the solutions provided by ChatGPT in research and healthcare settings. Despite its potential as a "clinical assistant" and support for scholarly writing, ChatGPT's limitations in accuracy, authorship, and bias raise significant challenges when utilized for research purposes.
Why is tricolor light source used in vision basd tactile sensor?
5 answers
The tricolor light source is utilized in vision-based tactile sensors to enhance the performance of the sensors. This approach involves using RGB triangles as a marker pattern for information representation and implementing extraction strategies like the adaptive growing algorithm (AGA) and the spin-search algorithm (SSA) for information extraction, resulting in improved precision and reliability compared to previous methods. Additionally, the use of a tricolor light source in optical tactile sensors can help in achieving high resolution and flexibility, addressing the limitations of marker density on resolution. By incorporating tricolor light sources, vision-based tactile sensors can provide compact, high-resolution data for precise in-hand manipulation and human-robot interaction.