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3 results on '"smart glasse"'

1. An Augmented Reality-Based Solution for Monitoring Patients Vitals in Surgical Procedures

Author

Federica Crauso, Pasquale Arpaia, Luigi Duraccio, Egidio De Benedetto, Giovanni Improta, Lucio Tommaso De Paolis, Pasquale Arpaia, Patrick Bourdot, Arpaia, P., Crauso, F., De Benedetto, E., Duraccio, L., and Improta, G.

Subjects
Patient’s vital, Smart glasse, Computer science, Remote patient monitoring, Wearable, Real-time computing, Latency Measurement system, Latency (audio), Wearable computer, Augmented reality, Health 4.0, Real-time monitoring, Measurement system, Set (abstract data type), Smart glasses, Patient’s vitals, Ventilator Wearable, Operating room, Ventilator, Augmented reality, Health 4.0, Latency Measurement system, Monitoring system, Operating room, Patient’s vitals, Real-time monitoring, Smart glasses, Ventilator Wearable, System of measurement, Surgical procedures, Latency, Monitoring system, Transmission errors
Abstract

In this work, an augmented reality (AR) system is proposed to monitor in real time the patient’s vital parameters during surgical procedures. This system is characterised metrologically in terms of transmission error rates and latency. These specifications are relevant for ensuring real-time response. The proposed system automatically collects data from the equipment in the operating room (OR), and displays them in AR. The system was designed, implemented and validated through experimental tests carried out using a set of Epson Moverio BT-350 AR glasses to monitor the output of a respiratory ventilator and a patient monitor in the OR.

Published
2021

2. User-Centered Design of Cues with Smart Glasses for Gait Rehabilitation in People with Parkinson’s Disease: A Methodology for the Analysis of Human Requirements and Cues Effectiveness

Author

Giovanna Lopane, Lorenzo Chiari, Giuseppe Mincolelli, Silvia Imbesi, Mattia Corzani, Filippo Petrocchi, Wright J.L., Barber D., Scataglini S., Rajulu S.L., Imbesi, Silvia, Corzani, Mattia, Petrocchi, Filippo, Lopane, Giovanna, Chiari, Lorenzo, and Mincolelli, Giuseppe

Subjects
Smart glasse, Tele-Rehabilitation, Computer science, medicine.medical_treatment, PE6_9, PE8_11, Wearable computer, Socio-culturale, Mindset, Smart glasses, Gait (human), Human–computer interaction, medicine, Auditory cues, Protocol (object-oriented programming), Sensory cue, Visual cue, User-centered design, Rehabilitation, Auditory cue, Vibratory cue, Ageing user, Gait analysis, Ageing users, Parkinson’s disease, Wearable sensors, Gait Monitoring System, User-Centered Design, Tele-Rehabilitation, Smart glasses, Visual cues, Auditory cues, Vibratory cues, Ageing users, Gait Monitoring System, Parkinson’s disease, Wearable sensors, Vibratory cues, Visual cues, User-Centered Design
Abstract

As an alternative to the technical industrial mindset, User-Centered Design has proven to be an effective tool to realize products and services for the Healthcare sector. In this scenario, this project aims to develop an innovative wearable gait rehabilitation solution obtained by integrating the Smart Glasses Vuzix Blade into the smartphone-based CuPiD-system. The specific aims of the testing phase described in this paper were to observe how submitted visual, auditory, and vibratory cues influence the user’s gait; and which were the most impacting and efficient typologies of cues. To achieve these results, we analyze the users’ qualitative and quantitative feedback, respectively obtained from an interview and a specific gait analysis protocol.

Published
2021

3. On augmenting the experience of people with mobility impairments while exploring the city: A case study with wearable devices

Author

Chiara Ceccarini, Catia Prandi, Giovanni Delnevo, Prandi, Catia, Delnevo, Giovanni, and Ceccarini, Chiara

Subjects
Computer science, business.industry, media_common.quotation_subject, Navigation system, Wearable computer, wearable device, 020206 networking & telecommunications, 020207 software engineering, Context (language use), 02 engineering and technology, augmented reality, Computer Networks and Communication, smart bracelet, Human–computer interaction, mobility impairments user, Perception, smart glasse, Signal Processing, Media Technology, 0202 electrical engineering, electronic engineering, information engineering, Augmented reality, business, Wearable technology, media_common
Abstract

In the context of wayfinding systems, this paper describes the design and development of an augmented smartphone-based navigation system where wearable output devices have been put to good use to improve the mobility experience of people with disabilities. In particular, we developed a system as a proof of concept, exploiting smart glasses and smart bracelets to covey information about the navigated path in an augmented way. We conducted a preliminary field study with a few users with mobility impairments to evaluate the feasibility of our system. Results are really encouraging considering the approach of using different ways to covey notifications related to the direction to follow. At the same time, the outcome reveals that the smart glasses we used in the prototype influenced negatively the perception of the experience.

Published
2018

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