Galaxy tab 2

Manufactured by Samsung

Sourced in United States

The Samsung Galaxy Tab 2 is a tablet device that features a 10.1-inch display, a dual-core processor, and 1GB of RAM. It supports Wi-Fi connectivity and includes a front-facing camera for video calls.

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Lab products found in correlation

Note 3, by Samsung (1 mentions)

5 protocols using galaxy tab 2

Evaluating Cognitive Workload on Mobile Devices

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Seven-inch Samsung Galaxy Tab 2 devices running Android OS were used in this study. The app was developed using the Android software development kit (SDK). The app kept a log of participants’ response times, total time of each trial, and the total time for each participant to complete his/her overall task. At the beginning of each experiment, participants were briefed about the goal of the study and instructions on how to use the device and run the app to complete the required task. Upon completion of the trials, participants were requested to fill in a posttask questionnaire to rate the performed task degree of difficulty along with the National Aeronautics and Space Administration task load index (NASA-TLX) workload assessment [8 ].
NASA-TLX [8 ] is a subjective workload assessment tool that allows users to perform subjective workload assessments on operators working with various human-machine systems. NASA-TLX is a multidimensional rating procedure that derives an overall workload score based on a weighted average of ratings on six subscales. These subscales include mental demands, physical demands, temporal demands, own performance, effort, and frustration.

Zmily A., Mowafi Y, & Mashal E. (2014). Study of the Usability of Spaced Retrieval Exercise Using Mobile Devices for Alzheimer’s Disease Rehabilitation. JMIR mHealth and uHealth, 2(3), e31.

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Tablet-Based Executive Function Training

Cited 1 time

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The updating and inhibition computerized training programs were provided by the Neuropeak web platform [Lussier et al. Normative data for a tablet-based executive function assessment battery in healthy older adults, forthcoming; see also (23 (link)–25 (link))], and was completed on a Samsung Galaxy Tab 2 (Android version 4.2.2). Figure 2 illustrates the layout for the updating (Figure 2A) and inhibition training (Figure 2B). The general knowledge quiz (active control) was presented with E-Prime 3.0 software on a laptop (Lenovo). The three interventions were provided three times per week for 4 weeks (i.e., 12 training sessions) under the supervision of a trainer helping the participants manage technical issues and encouraging completion of all exercises.

Boujut A., Verty L.V., Maltezos S., Lussier M., Mellah S., Bherer L, & Belleville S. (2020). Effects of Computerized Updating and Inhibition Training in Older Adults: The ACTOP Three-Arm Randomized Double-Blind Controlled Trial. Frontiers in Neurology, 11, 606873.

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Telekit: Remote COPD Monitoring

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Patients in the intervention group received telehealthcare in addition to usual practice. The telehealthcare system coined ‘Telekit’ was used in the TeleCare North trial. It consists of a Samsung Galaxy Tab2 (10.1) with associated devices: a digital blood pressure monitor (UA-767, plus BT-C, Nonin Medical, Minnesota, USA), a fingertip pulse oximeter (Nonin, Onyx II% SpO²) and a health precision scale (UC-321PBT-C, A&D Medical, Tokyo, Japan). The devices can collect and wirelessly transmit relevant disease-specific data consisting of answers to questions related to COPD exacerbations, symptoms and patients’ vital signs: systolic and diastolic blood pressure, heart rate, weight and oxygen saturation (figure 1). The patients were instructed to measure their vital signs, which were then sent asynchronously to municipality healthcare personnel who subsequently established if these data deviated from the normal threshold values. The communication between the healthcare personnel and the patient was one-way only. The patients were contacted if there were adverse changes in their values and responses. Patients were also contacted if the measurements were not carried out as agreed or the measurements were not received as expected.

Lilholt P.H., Witt Udsen F., Ehlers L, & Hejlesen O.K. (2017). Telehealthcare for patients suffering from chronic obstructive pulmonary disease: effects on health-related quality of life: results from the Danish ‘TeleCare North’ cluster-randomised trial. BMJ Open, 7(5), e014587.

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Telekit: Telehealth Data Collection

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The telehealthcare solution, Telekit, is a tablet (Samsung Galaxy Tab 2; Samsung, Seoul, South Korea) that can be used to collect data from various external devices and disease-specific questionnaires. In the present study, the external devices will collect disease-specific data (blood pressure, pulse, and weight) from two devices and wirelessly transmit this data and the data from questionnaires to the central clinical system. The two external devices are a digital blood pressure monitor (Model UA-767 Plus BT-C; A&D Medical, Tokyo, Japan) and a scale (Precision Health Scale, UC-321PBT-C; A&D Medical). The software for the tablet, including the framework for the disease-specific questionnaires, was developed by Silverbullet (Aarhus, Denmark; www.opentele.silverbullet.dk). The questionnaires were constructed by clinical domain experts in the North Denmark Region. The tablet actively reminds the patients when it is time to take measurements and answer questionnaires. The patients, their relatives, and general practitioners can access the collected data via a public website (https://www.sundhed.dk/).

Cichosz S.L., Ehlers L.H, & Hejlesen O. (2016). Health effectiveness and cost-effectiveness of telehealthcare for heart failure: study protocol for a randomized controlled trial. Trials, 17, 590.

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Evaluation of K-DiN Test on Smartphones and Tablets

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Evaluation of the K-DiN test was conducted using three different smartphones (Samsung Note 3; Samsung Electronics, Suwon, Korea and LG G3 and LG G5, LG Electronics, Seoul, Korea) and one tablet (Samsung Galaxy Tab 2; Samsung Electronics) along with four different in-ear headphones. Among the in-ear headphones, two were of Samsung make and the others were LG bundle headphones accompanied with each device; hence, no technical calibration was needed. Subjects were tested via the assigned smartphone or tablet and completed all six test lists. Each smartphone and set of headphones were counterbalanced to evenly determine their effects on test results. Stimuli were presented at the level of 70 dB sound pressure level, and the sound level was measured and fitted using a sound level meter (Bruel & Kjaer 2250; Bruel & Kjaer, Nærum, Denmark).

Han J.H., Yi D.W., Lee J., Chang W.D, & Lee H.J. (2020). Development of a Smartphone-Based Digits-in-Noise Test in Korean: a Hearing Screening Tool for Speech Perception in Noise. Journal of Korean Medical Science, 35(21), e163.

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