Television Sets Research Articles

SPATIAL MODELING OF POVERTY IN BENGKULU PROVINCE WITH MIXED GEOGRAPHICALLY WEIGHTED REGRESSION

The percentage of poor people in Bengkulu Province is high from year to year. The poverty rate in Bengkulu Province also tends to fluctuate. If there is a decrease in the poverty rate, the decrease is relatively small. Poverty in the regions of Bengkulu Province also varies from district to district, subdistrict, and village to village, because poverty data is spatial data that varies regionally. The diversity of poverty data in Bengkulu Province is influenced by spatial effects, namely spatial dependency and spatial heterogeneity. Spatial dependency occurs due to spatial error correlation in cross section data, while spatial heterogeneity occurs due to random area effects, which is the difference between one region and another. Therefore, classical methods are not qualified enough to analyze the resulting diversity. This research will model the poverty of each district/city in Bengkulu Province using Mixed Geographically Weighted Regression (MGWR), because this method is quite complex in modeling data that contains spatial heterogeneity and variations in geospatial data. This modeling aims to identify and analyze poverty indicators in Bengkulu Province spatially, namely based on poverty data in each district/city in Bengkulu Province. The results showed that by using the MGWR method, the variables that locally influence the percentage of extreme poor people in each district/city in Bengkulu Province are Female Household Head Gender and not having a waterheater . Meanwhile, the variable that has a global effect on the percentage of the extreme poor in each district/city in Bengkulu Province is not having a flat screen television ().

Young Kosovars, Their Preferred Television and Use of Viewing Devices

Objective: To ascertain the interest of youth in this information medium at a time when television is no longer the primary media, as each individual carries a cellphone and when young people utilize alternative information sources through social networks Theoric Framework: Other studies concerning media preference have argued that preference in media is a complex concept that needs to be studied on different levels. Methods: During the research, an empirical study was conducted, specifically a survey with a focus group of young people aged 18-30, to explore their access to information, using television as the primary source, as well as other practical sources that replace it. Results and Coclusions: This study made a distinction between television program viewership, creativity, reliability, and the way information is accessed because ultimately every preference and viewership is related to believing in facts or alternative truths. In this context, it can be observed that low television screen usage is associated with the possibility for young people to use alternative devices such as cell phones and laptops. Implications of research: The research is focused on watching television channels by young people from Kosova, as their preferences, namely the young people's perception of the most reliable programs. Originality/value: This study made a distinction in television program viewership, creativity, objectivity, and the way information is accessed among specific age groups of young people.

“‘As In Life, So in Drama’: COVID, the NHS and the ‘Very Special’ Return of Casualty”

In January 2021 the BBC continuing medical drama Casualty (1986-present) returned to UK television screens for the start of its thirty-fifth series, with the premiere serving as the first episode of the show to have been produced and broadcast since the onset of the COVID-19 pandemic caused production to stop suddenly in March 2020. It was, in many ways, a “Very Special Episode,” and not least because it was the first new episode of the series to be seen by audiences for four months. Set during spring and summer of 2020, the episode begins with a title card that reads “June 2020. Days into the lockdown: 90.” This article takes the position that this first episode of Casualty to screen on UK television following the March 2020 production shutdown (Ritman 2020) is productively understood as a “Very Special Episode” (VSE), with a view to arguing for its status as quietly radical television.

Reveal dynamic flows of regional e-waste: Evidence from a field research

Electronic waste (e-waste) has increased because of the rapid replacement of electrical and electronic equipment. Owing to the increased emphasis on the dual properties of environmental contamination and metal resources, accurate identification of the e-waste recycling process is crucial. In this study, a product-level material flow analysis (MFA) is performed from a macroscopic social flow of waste TV sets in order to demonstrate the material metabolism of regional e-waste recycling. Previous studies have focused on the estimation of the quantity of e-waste generated or analyzing the overall amount of recycled resource output, the results derived from the estimation may have some unreliability, and our bottom-up research investigates the material flows that occur between the generation, collection and recycling of e-waste. MFA based on questionnaires and field research present accurate quantities and proportions of the recycling process. The results reveal that accelerating the construction of regional e-waste recycling systems and data networks and accurately identifying e-waste source, flow, and destination are required in order to improve resource efficiency toward carbon neutrality.

Parametric Investigation of Mechanical Aspect for TV Wall Mount Bracket via Finite Element Analysis

Nowadays, most flat screen television (TV) come with a feature that allows users to mount the TV and it takes some effort on the user's part to attach the mount to the wall and the TV to the mount. Various TV wall mount designs available on the market with different dimensions, thicknesses, and materials may cause mechanical problems. This study aims to analyze the effect of the design parameters on the wall mounting bracket and evaluate the best design parameters for minimal mechanical defects. The validated 3D model is simulated using SolidWorks software. Different wall mount lengths, widths, thicknesses, and TV wall mount bracket designs are selected as factors in this study. Meanwhile, stress, displacement, and strain are selected as responses in this study. Statistical regression analysis analyzes the correlations between design parameters and mechanical defects. The analysis shows that 6 mm thickness, 430 mm length, and 160 mm width have the lowest stress, strain, and displacement. Design 3 is the best wall plate design to minimize stress and strain. To conclude, the results of this study could make the TV wall mount bracket a universal mounting for various weights of TVs.

СТВОРЕННЯ СКРІНКАСТІВ ЗАСОБАМИ BANDICAM ДЛЯ ПІДТРИМКИНАВЧАННЯ МАЙБУТНІХ ЕКОНОМІСТІВ ПІД ЧАС КРИЗОВИХ ЯВИЩ

The use of online learning methods and relevant services and tools has gained priority during crisis events on a global (pandemic of COVID-19) and all-Ukrainian (military intervention) scale. The educational sector is forced to adapt and revise approaches and methods for organizing learning in a distance and mixed format. One of the promising technologies for supporting the educational process in the conditions of modern realities is the screencast technology. The purpose of our research was to analyze the benefits of using screencasts to support the educational process in the context of crisis phenomena (quarantine restrictions, military intervention), develop recommendations for creating educational screencasts using the Bandicam program. In particular, the latest research and publications on the problem were analyzed. The concept and main features of educational screencasts, the possibilities of their application in the training of future economists were considered. With the use of special web resources, an analysis of various screen recording applications was carried out (Bandicam, CamStudio, Camtasia, Debut Video Capture Software, FastStone Capture, Fraps, Free Screen Video Recorder, OBS Studio, OCAM Screen Recorder, ScreenFlow, ScreenPal, Super Screen Capture) and selected the most rated. The characteristics of screen recording applications that are the most important at the request of users (according to the results of the analysis of the source database, as well as according to the results of the survey of lecturers) were determined. Pre-selected applications were analyzed, taking into account the defined characteristics. The choice of the Bandicam program as a means of creating educational screencasts was justified. The experience of organizing distance learning at the Poltava State Agrarian University using screencasting technology was presented. The results of a survey of students on their satisfaction with the use of screencasts (56 people, specialty 071 – Accounting and taxation, “Bachelor” level) were presented. Technical and psychological-pedagogical recommendations for creating educational screencasts using Bandicam have been developed.

Super-resolution with perceptual quality for improved live streaming delivery on edge computing

According to Cisco projections, mobile connection throughput is anticipated to more than triple by the year 2023, with the expected typical 5G connection throughput reaching 575 Mbps. Additionally, smartphones and TV sets equipped with computational capabilities for decoding 4K videos have significantly redefined the landscape of Internet video traffic, accounting for 82% of the total Internet traffic. This surge in connection throughput, coupled with the escalating demand for video-centric content, presents an unprecedented challenge in effectively managing traffic across the backhaul infrastructure of 5G networks. In this article, we introduce and evaluate the On-edge enhanced live streaming with super-resolution (ELiveSR) framework for live video delivery, which takes advantage of throughput improvements, in the access networks, and makes use of real-time super-resolution procedure to reduce transmission rate demands in the backhaul segment of the network. This SR procedure is carried by a deep neural network based model and is capable of coping with video content of different subjects. Experimental assessments conducted revealed that the proposed framework can reduce video-related traffic in the backhaul segment by up to 88.37%. Additionally, it simultaneously enhances the quality of experience metrics observed during live video streaming sessions.

Impact of Electronic Waste Glass on the Properties of Cementitious Materials

The article analyses the impact of two different types of dispersive glass on cement hydration and compressive strength at 7 and 28 days. The study employed dispersive glass from various LCDs (TV sets, computer monitors, smart phones), characterised by a composition of approximately 8% SrO, and dispersive glass from washing machines, which consists mainly of SiO2, Na2O, and CaO. The chemical composition and particle-size distribution of different types of dispersive glass were analysed. The study compares the effect of electronic waste glass on cement hydration by evaluating the amount and rate of heat released during the process. In addition, the results of X-ray diffraction (XRD), thermogravimetric analysis (TG), and scanning electron microscopy (SEM) are provided. Different types of glass were determined to have a similar effect on the physical and mechanical properties as well as the mineral composition of cementitious samples: density and UPV decrease up to 6% and compressive strength decreases by about 30%, when 5–20% of cement was replaced by glass waste. However, more prominent differences were observed in the workability of the mixtures: the waste glass from home appliances increased the spread by up to 25%, while the waste glass from electronic devices decreased the spread compared to the reference sample by approximately 20%. The mixtures modified with the waste glass of electronic devices had a higher degree of early hydration (96%) due to the higher water absorption of the mixtures compared to the waste glass of home appliances (88%).

Sedentary time transitions and associations with quality of life in cancer survivors during the COVID-19 pandemic

Background Patterns in sedentary time (SED) and its impact on quality of life (QoL) in cancer survivors during the COVID-19 pandemic remains unknown. The purpose of this study was to 1) compare total and domain-specific SED before and during the pandemic; and 2) examine its association with QoL in a global sample of cancer survivors. Methods In an online survey, cancer survivors retrospectively self-reported domain-specific SED (e.g. transportation, television) before and during the pandemic via the Domain-Specific Sitting Time Questionnaire. QoL was assessed via the Functional Assessment of Cancer Therapy (FACT)-General and FACT-Fatigue. Paired t-tests compared daily SED before and during the pandemic. Analysis of covariance compared QoL among: those who remained high (>8 h/day), remained low (<8 h/day), increased (<8 h/day to >8 h/day), or decreased (>8 h/day to <8 h/day) daily SED. Results Among cancer survivors (N = 477, Mage=48.5 ± 15.4), 60.8% reported that their SED remained high, 19.7% remained low, 7.5% increased SED, and 11.9% decreased SED. Computer and television screen time significantly increased (p’s<.001), while SED during transportation significantly decreased (p<.001). Sub-group analyses revealed that those who reduced SED who were normal or underweight (p=.042) or were meeting physical activity guidelines (p=.031) had significantly less fatigue than those who increased or remained high in SED, respectively. Those who remained high in SED with <3 comorbidities (p’s =.005) had significantly better social well-being than those who increased SED. Conclusions As we transition to a post-pandemic era, behavioral strategies for cancer survivors should focus on reducing screen time to improve QoL and fatigue.

Attitudes and perceptions towards developing a health educational video to enhance optimal uptake of malaria preventive therapy among pregnant women in Uganda: a qualitative study involving pregnant women, health workers, and Ministry of health officials

BackgroundMalaria in pregnancy remains a major global public health problem. Intermittent prophylaxis treatment of malaria in pregnancy with Sulphadoxine-pyrimethamine and co-trimoxazole is efficacious for prevention of malaria in pregnancy HIV negative and positive women, respectively. However, uptake of the recommended doses of therapies has remained suboptimal in Uganda, majorly due to inadequate knowledge among pregnant women. Therefore, this study aimed to explore attitudes and perceptions towards developing an educational video for malaria preventive therapy.MethodsWe conducted an exploratory study with qualitative methods among pregnant women attending antenatal care at Kisenyi Health Center IV (KHCIV), health workers from KHCIV, and officials from the Ministry of Health. The study was conducted at KHCIV from October 2022 to March 2023. Focus group discussions (FGD) were conducted among purposively selected pregnant women and key informant interviews (KII) among health workers and Ministry of Health officials. Data were analyzed using inductive and deductive thematic methods in atlas ti.8.ResultsA total of five FGDs comprising of 7–10 pregnant women were conducted; and KIIs were conducted among four mid-wives, two obstetricians, and two Ministry of Health officials. Generally, all respondents mentioned a need for interventions to improve malaria preventive knowledge among pregnant women; were positive about developing an educative video for malaria preventive therapy in pregnancy; and suggested a short, concise, and edutaining video focusing both the benefits of taking and risks of not taking malaria preventive therapy. They proposed that women may be encouraged to view the video as soon as they conceive and throughout the pregnancy. It also was suggested that the video may be viewed on television sets in maternal and reproductive health clinics and homes, and on smart phones.ConclusionPregnant women, health workers, and Ministry of Health officials were positive about the development of a short edutaining video on malaria preventive therapy that focuses on both benefits of taking and risks of not taking the malaria preventive therapy in pregnancy. This information guided the video development and therefore, in the development of health educative videos, client and stakeholder inputs may always be solicited.

Commercial Television as a Blind Spot in Emerging Media Systems: Romania and Bulgaria’s Cases

This study explores TV in Romania and Bulgaria, both considered “emerging” media systems in post-communist studies (Sparks, 1995). It uses Hallin and Mancini’s (2004) framework to analyze the central aspects regarding the configuration of commercial TV. The study offers an institutional perspective on TV by exploring the licensing frame and the TV offer. The interaction between commercial TV, politics, and the state underlines the intricate relations through powerful and influential networks involving the interests of a variety of individuals and groups. Currently, commercial TV is the most developed type of media in both countries. Through its empirical contribution, this study fills in the blind spot of media research, aiming to contribute to the understanding of the Romanian and Bulgarian media landscape. It offers a critical perspective on TV systems in relation to the polarized pluralist/Mediterranean model of Hallin and Mancini, considering its explanatory function within the analysis of Eastern European media systems. Elements of the national markets revealed particularities of the TV business, synchronically connected to the contemporary “hyper-television” vision (Scolari, 2009) and the “informational disorder” paradigm (Tambini, 2020).

Objective Evaluation of Gaze Location Patterns Using Eye Tracking During Cystoscopy and Artificial Intelligence-Assisted Lesion Detection.

Background: The diagnostic accuracy of cystoscopy varies according to the knowledge and experience of the performing physician. In this study, we evaluated the difference in cystoscopic gaze location patterns between medical students and urologists and assessed the differences in their eye movements when simultaneously observing conventional cystoscopic images and images with lesions detected by artificial intelligence (AI). Methodology: Eye-tracking measurements were performed, and observation patterns of participants (24 medical students and 10 urologists) viewing images from routine cystoscopic videos were analyzed. The cystoscopic video was captured preoperatively in a case of initial-onset noninvasive bladder cancer with three low-lying papillary tumors in the posterior, anterior, and neck areas (urothelial carcinoma, high grade, and pTa). The viewpoint coordinates and stop times during observation were obtained using a noncontact type of gaze tracking and gaze measurement system for screen-based gaze tracking. In addition, observation patterns of medical students and urologists during parallel observation of conventional cystoscopic videos and AI-assisted lesion detection videos were compared. Results: Compared with medical students, urologists exhibited a significantly higher degree of stationary gaze entropy when viewing cystoscopic images (p < 0.05), suggesting that urologists with expertise in identifying lesions efficiently observed a broader range of bladder mucosal surfaces on the screen, presumably with the conscious intent of identifying pathologic changes. When the participants observed conventional and AI-assisted lesion detection images side by side, contrary to urologists, medical students showed a higher proportion of attention directed toward AI-detected lesion images. Conclusion: Eye-tracking measurements during cystoscopic image assessment revealed that experienced specialists efficiently observed a wide range of video screens during cystoscopy. In addition, this study revealed how lesion images detected by AI are viewed. Observation patterns of observers' gaze may have implications for assessing and improving proficiency and serving educational purposes. To the best of our knowledge, this is the first study to utilize eye tracking in cystoscopy. University of Tsukuba Hospital, clinical research reference number R02-122.

Development and feasibility assessment of a virtual reality-based aerobic exercise program with real-time pulse rate monitoring on hemodynamic and arterial stiffness in healthy people: a pilot study.

Virtual reality (VR) exercises are reportedly beneficial as a physical activity tool for health promotion and rehabilitation, and can also help individuals exercise under professional supervision. We developed and investigated the potential feasibility of a VR-based aerobic exercise program using the XBOX ONE console and Kinect sensor with real-time pulse rate monitoring. The VR setting consisted of two-dimensional (2D) environments via computer, laptop, or television screens. In addition, the study investigated the potential feasibility of the VR-based exercise program on hemodynamic response and arterial stiffness in healthy participants of various ages. Healthy participants (n = 30) aged > 18 years were enrolled in the VR exercise-based program. All participants were required to wear a polar heart rate (HR) monitor set for moderate-intensity exercise, targeting 40%-59% of their HR reserve. Hemodynamic and arterial stiffness (pulse wave velocity) were noninvasively measured. The Borg scale rate of perceived exertion (RPE) was also assessed. Following a VR-guided exercise routine, all participants performed moderate-intensity exercise with no adverse health outcomes during or after the exercise. The effects of VR-based aerobic exercise extended beyond enhanced central hemodynamic and arterial stiffness. However, neither hemodynamic nor arterial stiffness showed significant differences before and after the VR exercise, except for a higher RPE response following the exercise program. VR-based aerobic exercise with pulse rate monitoring is a promising physical activity tool to induce physiological changes and impact dyspnea scales and is also feasible for administration to healthy populations.

Digital Image and Video Processing: Algorithms and Applications

Many of the techniques that are used in digital image and video processing were developed in the 1960s at Bell Laboratories. These techniques have applications in a variety of fields, including medical imaging, videophone, character recognition, satellite imagery, and wire-photo standards conversion. Additional applications include enhancement of photographs or vidoes. The early stages of image and video processing were developed with the intention of enhancing the overall quality of the image or video. For the purpose of enhancing the visual effect of humans, it is intended for human beings. When it comes to image and video processing, the input is an image of poor quality, and the output is an image and video of higher quality. Research on algorithms and applications of digital image and video processing is the primary purpose of this study, which aims to investigate these topics extensively. The methodology employed in this study is qualitative research technique. In accordance with the findings of this research, "Image Processing" refers to the process of analyzing images with the objective of determining the significance of objects and identifying them. Image analysts analyze data that has been remotely sensed and attempt to detect, identify, classify, measure, and evaluate the significance of physical and cultural objects, as well as their patterns and spatial relationships. One subcategory of signal processing is known as video processing, and it is distinguished by the fact that the signals that are input and output are video files or video streams. Technology such as television sets, videocassette recorders (VCRs), DVD players, and other devices all make use of video processing algorithms. The processing of images and videos is extremely useful in a variety of contexts.

Female archetypes in the mythological model of television news culture

This study is aimed at identifying patterns of the embodiment of the female image in the information stories of domestic and foreign TV channels. The subject of this article is a mythological model of constructing reality in modern mass media. The object is television news stories in 2017-2023, in which female archetypes are most clearly revealed. Special attention is paid to the information coverage of the foreign topic of the feminist action MeToo and the domestic criminal case of the Khachaturian sisters. The research is aimed at comparing the mythological structure of the plot with the techniques of television broadcasting and understanding the broadcast of the female image on television screens. Thus, the article puts forward a hypothesis: when covering information topics, the media uses a model of a mythological structure, and as a result, a system of archetypes that forms the viewer's opinion. This work is based on the theory of archetypes developed by the scientist K. Jung, which is visualized in the information topics of the last decade. The analysis is of scientific interest in connection with the growing feminist discourse in society, of which television is becoming one of the key broadcasters. Of particular importance is the study of the symbolization of the female image on the television screen through the concepts of C. Jung and E. Neumann, using the example of the main themes of feminist discourse in recent years. The novelty of the research lies in a new theoretical understanding of the ways in which television content affects the viewer. The main conclusions of the study are the confirmation of a scientific hypothesis: about the use of the media of a mythological structure through which a system of archetypes is broadcast, which in turn leads to a stable formation of public opinion. In addition, the author examines the mythological archetypes of communication, which represent the main ways of transmitting information in the modern world.

Optically transparent meta-window for satellite signal reception

Glass window, as a widely used functional unit in architecture and transportation, is a visual bridge connecting the indoor and outdoor world, and also a wireless communication window that is easily overlooked. In order to explore additional possibilities of glass window in the field of wireless communication, we propose to use meta-windows combining traditional window glass with metasurface to manipulate electromagnetic waves in microwave frequency band while ensuring its good optical transparency. Here, the meta-window is constructed by rotated meta-atoms made of fine copper wires printed on glasses to minimize the loss of optical transparency. As a proof of concept, we design and fabricate an optically transparent focusing meta-window for receiving satellite signals. In the experiment of television reception from the ChinaSat 9 satellite, stable high-definition video reception has been verified. The meta-windows endow traditional glass windows with new capabilities in electromagnetic modulations, which may be applied in 5G/6G communications, satellite ground integrations, and smart cities.

Classification of laser beam profiles using machine learning at the ELI-NP high power laser system

The high power laser system at Extreme Light Infrastructure—Nuclear Physics has demonstrated 10 PW power shot capability. It can also deliver beams with powers of 1 PW and 100 TW in several different experimental areas that carry out dedicated sets of experiments. An array of diagnostics is deployed to characterize the laser beam spatial profiles and to monitor their evolution during the amplification stages. Some of the essential near-field and far-field profiles acquired with CCD cameras are monitored constantly on a large screen television for visual observation and for decision making concerning the control and tuning of the laser beams. Here, we present results on the beam profile classification obtained from datasets with over 14 600 near-field and far-field images acquired during two days of laser operation at 1 PW and 100 TW. We utilize supervised and unsupervised machine learning models based on trained neural networks and an autoencoder. These results constitute an early demonstration of machine learning being used as a tool in the laser system data classification.

AMALAN PENGAJARAN DAN PEMBELAJARAN UNTUK JUVANA DI SEKOLAH PEMULIHAN

As stipulated in the National Children Policy, all children are required to get a proper education, a statement which includes juveniles. However, it is not easy to impart knowledge to this group of delinquent children. Therefore, this study will explore what teaching and learning practices that are appropriate for juveniles based on the objective to explore how teaching is implemented by teachers for juveniles. Specifically, this study took place in three different Tunas Bakti rehabilitation school zones. In order to carry out this objective, a qualitative approach which is the Constructivist Grounded Theory (CGT) design was used throughout this study. Through purposive sampling, a total of 23 respondents including 18 teachers, 3 administrators and 5 education experts were selected. Three methods of data collection namely in-depth interviews, field observations and document analysis have also been used in this study. Next, thematic data analysis is highlighted to answer the research objectives. Findings found that there are three approaches that have been used by teachers to ensure effective teaching and learning takes place among juveniles, namely repetitive learning, the implementation of game activities and video screenings. Overall, these three approaches are able to have a positive impact on the objectives of the study and its implications, it is hoped that this study can contribute to improvements in teaching and learning practices for juveniles in rehabilitation schools.

Synced ads: effects of mobile ad size and timing

IntroductionSynced ads differ from other forms of targeted advertising on mobile devices because they target concurrent media usage rather than location or predicted interest in the brand. For example, a TV-viewer’s smartphone could listen to the ads playing on the TV set and show matching social media ads. These social media ads could be timed to appear simultaneously with the TV ad, or shortly before or after.MethodsThis research reports a meta-analysis (N = 980) of four lab studies that used representative samples of consumers and realistic manipulations of synced ads. These studies contrasted with most previous studies of synced ads, which have used student samples and unrealistic manipulations or imagined scenarios, which means little is known about whether or why synced ads are effective in real life. These four studies manipulated the effects of synced-ad timing (simultaneous vs. sequential before or after) and the size of the mobile ad, to see if these moderate the effects of synced ads.ResultsThe results showed that synced ads were more effective, measured by unaided brand recall, when they were shown after the TV commercial, rather than simultaneously. Ad size had no moderating effect, which suggests that normal ads can be used, rather than the full-screen or pop-up ads used in previous studies. A final study, in which ad timing was user-controlled, rather than advertiser-controlled, showed that precise timing is not important for synced-ad effectiveness.DiscussionThese results suggest the effects of synced ads are best explained by repetition rather than synergy between the two exposures. There were no significant effects on brand attitude, ad liking, or purchase intention. These results have implications for theoretical models of synced-ad effectiveness, and for advertisers planning to use synced ads.

Reframing videotelephony through coexistence and empathy in the third space

ABSTRACT Predicated on the telephone, the history of videotelephony has continually adopted a two-way model of communication between ‘newsreader’ participants, confined to boxes on a screen. This article identifies philosophical approaches and practical solutions to overcome this ‘horseless-carriage’ syndrome using a phenomenological methodology to reframe the concept of videotelephony as a third space encounter through the author’s telematic art practice. By reflecting on audience participation in the Installations Telematic Dreaming (1992) and Telematic Vision (1993) participants interact through a third-person self-image and transcend their physical vulnerabilities and self-conscious inhibitions to engage and identify through coexistence and empathy. These observations draw on analogies between Martin Heidegger’s ‘hammer’ and the television screen, and Maurice Merleau-Ponty’s ‘extension of bodily synthesis’ and the telepresent image of self. By drawing on these phenomenological approaches, the author’s AHRC research project Telepresence Stage (2022) responded to the mass entrapment of two-way videoconference apps during the COVID-19 lockdown, and the inevitable Zoom fatigue, to provide alternative fit-for-purpose telepresence solutions for the performing arts sector. The project exposes the flaws and misconceptions of conventional videotelephony by employing open-source resources and practical green-screen techniques to embody a shared third space between remote performers, arriving at alternative telepresence solutions for future coexistence.