Search or ask a question

How do I remove watch faces from my noise watch?

Wearable computer

Answers from top 15 papers

PDF

Open Access

More filters

Papers (15)	Insight
Journal Article•DOI Monitoring heart and respiratory rates at radial artery based on PPG Cheng Wang, Zhangjun Li, Xunbin Wei - Show less +2 more 01 Oct 2013-Optik 27 Citations	A portable watch-like device can be made via this method and be utilized to monitor heart and respiratory rates in hospitals or daily life care.
Proceedings Article•DOI MoLe: Motion Leaks through Smartwatch Sensors He Wang, Ted Tsung-Te Lai, Romit Roy Choudhury - Show less +2 more 07 Sep 2015 242 Citations	Of course, such leaks happen without requiring any training from the user, and also under the (obvious) condition that the watch is only on the left hand.
Journal Article•DOI Noise removal based on filtered principal component reconstruction Wang Lingqun, LI Bing-Bing, Lin Jun, Xie Bin, Wang Qi, Cheng Yuqi, Zhu Kaiguang - Show less +6 more 01 Sep 2015-Chinese Journal of Geophysics	This approach can not only remove the high frequency spatial noise of low-order components, but also remove uncorrelated noise of high-order components.
Open access•Journal Article•DOI Healthcare Applications of Smart Watches Tsung-Chien Lu, Chia Ming Fu, Matthew Huei-Ming Ma, Cheng-Chung Fang, Anne M. Turner - Show less +4 more 14 Sep 2016-Applied Clinical Informatics 76 Citations	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.
Proceedings Article•DOI Out of the SHADOW: watch parts in the spotlight -- laser beam microwelding of delicate watch components Thorsten Kramer, Alexander Olowinsky - Show less +1 more 18 Jul 2003-High-power lasers and applications	This results in low distortion of the joined watch components.
Open access•Proceedings Article•DOI An interaction system for watch computers using tactile guidance and bidirectional segmented strokes G. Blasko, Steven Feiner - Show less +1 more 31 Oct 2004 53 Citations	We believe that these benefits make this interaction system especially suitable for wearable computer systems that use a head-worn display and wrist-worn watch-style devices.
Journal Article•DOI Investigation of ultrasonic motors using thin piezo-ceramics and a metal composite-plate for watches Osamu Miyazawa, Yasuharu Hashimoto, Tsukasa Funasaka, Makoto Furuhata - Show less +3 more 30 Sep 1999-Japanese Journal of Applied Physics 23 Citations	This paper shows that the ultrasonic motor possesses the requisite size and operating characteristics for use in driving the date wheel of a watch.
Open access•Proceedings Article•DOI Activity Recognition in a Home Setting Using Off the Shelf Smart Watch Technology Avgoustinos Filippoupolitis, Babak Takand, George Loukas - Show less +2 more 01 Dec 2016	Our experimental results are encouraging, as using standard Support Vector Machine based classification, the accuracy rates range between 88% and 100%, depending on the type of smart watch and the window size chosen for data segmentation.
Journal Article•DOI Watch glasses exposed to 6 MV photons and 10 MeV electrons analysed by means of ESR technique: A preliminary study Maurizio Marrale, Anna Longo, Maria Cristina D'Oca, Antonio Bartolotta, Maria Brai - Show less +4 more 01 Sep 2011-Radiation Measurements 27 Citations	The choice of watch glasses is justified by the fact that watch glasses are very close to the exposed individual.
Proceedings Article•DOI Ambient interaction by smart watches Gerald Bieber, Thomas Kirste, Bodo Urban - Show less +2 more 06 Jun 2012 54 Citations	In combination of information visualization, permanent sensing and notification, the smart watch becomes the next technology step in the row of smart devices for home-consumer and industrial users.
Journal Article•DOI Watchband-Like Supercapacitors with Body Temperature Inducible Shape Memory Ability Lingyang Liu, Lingyang Liu, B. G. Shen, Dan Jiang, Ruisheng Guo, Ling-Bin Kong, Xingbin Yan - Show less +6 more 01 Aug 2016-Advanced Energy Materials 94 Citations	Interestingly, this “watchband” can not only support power to the watch, but also can maintain the shape memory property which can be automatically induced by touching it with the human wrist.
Journal Article•DOI Survey of circuitry for wristwatches M.P. Forrer 01 Sep 1972 19 Citations	This technology presently appears to be a good solution for advanced watch designs using higher frequency quartz and electronic display systems.
Proceedings Article•DOI A GazeWatch Prototype John Paulin Hansen, Florian Biermann, Emilie Møllenbach, Haakon Lund, Javier San Agustin, Sebastian Sztuk - Show less +5 more 24 Aug 2015	We demonstrate potentials of adding a gaze tracking unit to a smartwatch, allowing hands-free interaction with the watch itself and control of the environment.
Proceedings Article•DOI Detection of energy inefficiencies in Android wear watch faces Hailong Zhang, Haowei Wu, Atanas Rountev - Show less +2 more 26 Oct 2018	Our experimental results and case studies demonstrate that the analysis achieves high precision and low cost, and provide insights into potential pitfalls faced by developers of watch faces.
Proceedings Article•DOI A gaze interactive textual smartwatch interface John Paulin Hansen, Florian Biermann, Janus Askø Madsen, Morten Jonassen, Haakon Lund, Javier San Agustin, Sebastian Sztuk - Show less +6 more 07 Sep 2015 15 Citations	Results suggest that it will be possible to detect whether people are glancing the watch, but not where on the screen they are looking.

My columns

Related Questions

How do I change my screen timeout on a noise watch?7 answers

How do I change the date and time on my noise watch?6 answers

How do I change the font on my noise watch?7 answers

How do I change the time on my noise smart watch?6 answers

How do I delete call history from noise watch?7 answers

How do you remove corrosion from a watch?10 answers

See what other people are reading

Can piezoelectric powerbanks be integrated with wearable technology for sustainable energy generation and storage?

Piezoelectric powerbanks can indeed be integrated with wearable technology to achieve sustainable energy generation and storage. These powerbanks utilize piezoelectric materials to convert mechanical energy from body motion into electricity, which can then be stored in supercapacitors or other energy storage devices. For instance, hybrid piezoelectric-triboelectric nanogenerators combine piezoelectric and triboelectric modes for enhanced energy generation, making them ideal for wearable applications. Additionally, wearable sustainable energy harvesting-storage hybrid self-charging power textiles have been developed, incorporating fiber-shaped triboelectric nanogenerators and supercapacitors for flexible and wearable energy solutions. Such innovations enable the creation of self-powering sensors integrated into wearable clothes or shoe insoles, providing a sustainable power source for various electronic devices.What is the meaning of term "alumni"?

The term "alumni" refers to individuals who have graduated from a college or university. Alumni play a crucial role in maintaining the image and quality of educational institutions. They often form a network that can benefit both the alumni themselves and their alma mater. Alumni are valuable assets for higher education institutions, providing opportunities for partnerships and synergies that can enhance the overall educational experience. Furthermore, alumni can contribute to curriculum development by offering evaluations and feedback on their post-graduation experiences, helping to improve the quality of education provided by universities. Overall, alumni are seen as a vital link between educational institutions and the broader community, offering a wealth of knowledge and experience that can benefit current students and faculty alike.What is emergency preparedness and response information system?

An emergency preparedness and response information system is a crucial tool that integrates the latest technologies to enhance all phases of emergency management, including planning, response, recovery, and assessment. Such systems involve databases linked to computing devices for storing emergency types, descriptions, and user profiles, displaying relevant information during actual emergencies. Additionally, they encompass disaster preparedness information covering triage, first aid, biological agent detection, epidemiology, clinical decision making, communication, and connectivity, as identified in a study among emergency and intensive care nurses. Furthermore, mobile response units for disaster relief utilize high-bandwidth connections to retrieve and store medical records during crises. Geospatial information-based emergency response systems, exemplified in Sichuan province, China, leverage mapping authorities' efforts to provide critical geospatial data for effective disaster management.What is first-order and second-order eye tracking metrics?

First-order eye tracking metrics involve assessing basic eye position and movement, while second-order metrics delve deeper into parameters like pupillary dynamics. First-order metrics include eye position measurements, saccadic movements, and basic gaze point tracking. On the other hand, second-order metrics encompass detailed analyses such as pupil size variations, differences in pupil size metrics, and their associations with concussion status. These metrics are crucial in distinguishing between uninjured individuals and those with post-concussion symptoms, aiding in the identification of vision and autonomic disturbances after a concussion. By combining clinical, demographic data, and transformed eye tracking metrics, a logistic regression model can effectively predict concussion status, showcasing the significance of both first and second-order eye tracking metrics in clinical assessments.How can coaches improve the speed and agility of a footballer that is coming back from an Achilles injury?

To enhance the speed and agility of a footballer recovering from an Achilles injury, coaches can utilize various training methods. Incorporating wearable resistance (WR) in conditioning programs can aid in specific strength training and the transfer of adaptations to speed and agility. Implementing running training with a left side circuit system has been shown to be more effective in enhancing agility in football players. Agility improvement strategies should encompass physical, technical, and cognitive factors, including one-on-one contests, small-sided games, and video perceptual training to enhance the cognitive component of agility. Utilizing speed, agility, quickness (SAQ) exercises without specialized equipment has been found to significantly enhance speed and agility parameters, making it a superior method for improvement. Additionally, agility in footballers can be enhanced through various training modalities such as weight lifting, plyometric training, and change of direction sprint training.How can AI automate UX research?

Artificial Intelligence (AI) can automate User Experience (UX) research by leveraging machine learning methods to analyze and extract insights from user data. This automation involves tasks such as mining variables like tone of voice, image banks, and historical records to understand brand positioning and competitive advantages. Additionally, AI can assist in automating the analysis of user research data through systems like keyword extractors, sentiment extractors, and text annotators, reducing the manual effort required in traditional UX research activities. By utilizing AI techniques such as deep learning models like Long Short-Term Memory (LSTM) and Generative Adversarial Networks (GANs), AI can streamline processes in the Preparation, Incubation, and Illumination stages of UX design, enhancing efficiency and effectiveness.What are the current research gaps in understanding the role of attention in information processing and design?

Current research gaps in understanding the role of attention in information processing and design include the need to clarify how attention enhances perceptual performance in naturalistic settings. Additionally, there is a gap in understanding the relationship between attention distribution, visual cognition, and decision-making in real-life scenarios. Furthermore, research lacks a comprehensive description of the link between attention-based design and user decisions on information sharing, especially regarding the influence of psychological factors. Theoretical analyses on the effectiveness of attention mechanisms in machine learning tasks are also insufficient, highlighting the need for more in-depth studies on the landscape of population and empirical loss functions of attention-based neural networks. Addressing these gaps can lead to a better understanding of how attention impacts information processing and design across various domains.Methods for Wilderness search and Rescue methods on drone?

Wilderness Search and Rescue (WiSAR) operations benefit from drone technology equipped with various sensors. Multi-modal sensors, including visual-thermal cameras, are crucial for drones to operate effectively in diverse terrains and conditions. These sensors aid in capturing vital signs, environmental measurements, and thermal imaging for locating individuals in distress. Additionally, drones can utilize real-time video analysis and machine learning algorithms for object detection and human recognition in the wilderness, enhancing search efficiency. Incorporating modular designs for drones, such as portable patient monitoring systems and two-way communication modules, further enhances their capabilities for search-and-rescue missions. By integrating these technologies, drones can significantly improve search times and safety for first responders conducting WiSAR operations.How is Artificial Intelligence applied to UX design processes?

Artificial Intelligence (AI) is increasingly integrated into User Experience (UX) design processes to enhance various aspects of user interaction. AI algorithms are utilized for mining data variables like tone of voice, image banks, and historical records to identify brand positioning and competitive advantages. AI contributes to automating tasks in UX design, such as prototyping and user testing, aligning with the user-centered focus demanded by UX practices. The application of AI in UX aims to provide tailored assistance, deep understanding, and natural communication to users, ultimately improving the overall user experience. Additionally, integrating AI tools like ChatGPT in the Design Thinking process can enhance efficiency and creativity in UI design, emphasizing the collaboration between AI technology and human creativity in the design process.Issues for experience of aquacture during work immesrison

Aquaculture work immersion poses various occupational hazards. Dangers include working around water, especially at night and alone, which compounds risks. The nonfatal injury rate in aquaculture was 7.2 per 100 full-time employees in 2006, dropping to 4.2 in 2009, but peaking at 16.5 and 21.0 in 2008 for different-sized establishments. Fish farmers innovate to create safer interventions, eliminating risks and hazards. Experience in aquaculture improves underwater motor skills, but novices face challenges in performance due to psychological stress, even at shallow ocean depths. To enhance efficiency and reduce stress levels, immersive perception in human system interfaces aids in decision-making quality and speed. Work experience models need to consider the influence of context on learning and develop new curriculum frameworks to support learning through work experiences effectively.How can content analysis be applied in class room setting?

Content analysis can be applied in a classroom setting to enhance learning outcomes and teaching strategies. By analyzing various data sources such as student facial expressions, engagement scores, qualitative content, and writing assignments, educators can gain insights into student behavior, emotions, understanding of concepts, and learning progress. For instance, facial expression analysis can help identify students' affective states, leading to tailored teaching approaches. Similarly, qualitative content analysis of student writing can assess knowledge retention and understanding of subjects like marketing concepts. These analyses provide valuable feedback to instructors, enabling them to adjust their teaching methods, improve classroom engagement, and ultimately enhance the overall learning experience for students.