Use Of Monitoring Technologies Research Articles

CUIDADOS DE ENFERMAGEM NA PREVENÇÃO DE INFECÇÕES HOSPITALARES: ESTRATÉGIAS E PROTOCOLOS

Objective: The study aimed to analyze the strategies and protocols adopted by nursing professionals in order to evaluate their effectiveness and propose improvements. Method: A bibliographic methodology was used, reviewing the current literature on hand hygiene protocols, use of Personal Protective Equipment (PPE), and prevention of infections associated with invasive devices. Results: The results indicated that the fundamental protocols are effective in reducing infections, but highlighted the need for continuous training and the potential use of monitoring technologies to improve adherence and evaluation of practices. The study objectives were achieved, recommending regular updating of protocols, intensification of training, and the integration of new technologies to improve strategies for preventing hospital infections. Conclusion: This article investigated nursing care in the prevention of hospital infections. The justification for the study lies in the importance of optimizing infection prevention, a continuous challenge in hospital settings that impacts patient safety and health costs. Keywords: Hospital infections. Nursing care. Prevention. Control strategies.

CUIDADOS DE ENFERMAGEM NA PREVENÇÃO DE INFECÇÕES HOSPITALARES: ESTRATÉGIAS E PROTOCOLOS

Objective: The study aimed to analyze the strategies and protocols adopted by nursing professionals in order to evaluate their effectiveness and propose improvements. Method: A bibliographic methodology was used, reviewing the current literature on hand hygiene protocols, use of Personal Protective Equipment (PPE), and prevention of infections associated with invasive devices. Results: The results indicated that the fundamental protocols are effective in reducing infections, but highlighted the need for continuous training and the potential use of monitoring technologies to improve adherence and evaluation of practices. The study objectives were achieved, recommending regular updating of protocols, intensification of training, and the integration of new technologies to improve strategies for preventing hospital infections. Conclusion: This article investigated nursing care in the prevention of hospital infections. The justification for the study lies in the importance of optimizing infection prevention, a continuous challenge in hospital settings that impacts patient safety and health costs. Keywords: Hospital infections. Nursing care. Prevention. Control strategies.

SensorDisc - a novel approach to in-situ assessment of bolt load and condition.

While Structural Health Monitoring has become widespread and well-accepted for ensuring safety and longevity of buildings and facilities, the condition of fasteners in said structures is oftentimes not considered for holistic condition assessment. This is not representative of the role fixings (in particular, bolt connections) play, as they experience high loads, fatigue, and corrosion, with the potential for causing costly consequences in case of failure. In practice, the condition assessment of bolts is usually carried out by periodic re-tightening and manual documentation of the torque and apparent condition. This procedure is not only labor-intensive but also fails to provide deeper insights into the condition of the bolted connection itself. Furthermore, in many cases, the inspection intervals are not tailored to the specific needs of projects and structures but are based on general assumptions, which necessarily represent a compromise between costly over-caution and accepting blind spots. One possible reason for not making more widespread use of monitoring technology in this case is the high cost and complexity of conventional bolt monitoring, where individual bolts are manually fitted with load sensors, and data processing is performed by highly skilled professionals. A solution for this dilemma is presented in the form of the fischer SensorDisc, which offers a fully integrated, robust, and convenient option for bolt load assessment. One of the key features that distinguish the SensorDisc is its dedicated design for use in industrial and construction environments. Not only can it be used in a variety of bolt connections, either as original equipment or as a retrofit, but it also does not require special tools for readout, as this can be accomplished with a common smartphone. For maximized ease of use, data and device management are all offered through a cloud-based service that can be accessed via an app, browser, or API.

Experimental and virtual testing of bone-implant systems equipped with the AO Fracture Monitor with regard to interfragmentary movement.

Introduction: The management of fractured bones is a key domain within orthopedic trauma surgery, with the prevention of delayed healing and non-unions forming a core challenge. This study evaluates the efficacy of the AO Fracture Monitor in conjunction with biomechanical simulations to better understand the local mechanics of fracture gaps, which is crucial for comprehending mechanotransduction, a key factor in bone healing. Through a series of experiments and corresponding simulations, the study tests four hypotheses to determine the relationship between physical measurements and the predictive power of biomechanical models. Methods: Employing the AO Fracture Monitor and Digital Image Correlation techniques, the study demonstrates a significant correlation between the surface strain of implants and interfragmentary movements. This provides a foundation for utilizing one-dimensional AO Fracture Monitor measurements to predict three-dimensional fracture behavior, thereby linking mechanical loading with fracture gap dynamics. Moreover, the research establishes that finite element simulations of bone-implant systems can be effectively validated using experimental data, underpinning the accuracy of simulations in replicating physical behaviors. Results and Discussion: The findings endorse the combined use of monitoring technologies and simulations to infer the local mechanical conditions at the fracture site, offering a potential leap in personalized therapy for bone healing. Clinically, this approach can enhance treatment outcomes by refining the assessment precision in trauma trials, fostering the early detection of healing disturbances, and guiding improvements in future implant design. Ultimately, this study paves the way for more sophisticated patient monitoring and tailored interventions, promising to elevate the standard of care in orthopedic trauma surgery.

The Application Of Parachute Goods As An Alternative Logistics Distribution To Help Victims Of Natural Disasters In Isolated Areas

Facing the complexity of logistics distribution related to natural disasters in Indonesia, a geographically vulnerable country to various types of disasters, especially in isolated areas, requires an efficient and effective solution. One solution being explored is the implementation of cargo parachutes as an alternative logistics distribution to enhance the resilience of communities in those areas. This research aims to provide an in-depth understanding of the potential and challenges of using cargo parachutes in the context of logistics distribution in Indonesia. Through a literature review conducted using the Systematic Literature Review (SLR) method, this study explores information regarding the advantages, challenges, and practical implications of implementing cargo parachutes. It was found that the use of cargo parachutes offers a quick and responsive solution in distributing logistics aid in isolated areas, often difficult to reach by conventional land transportation. The main advantage of implementing cargo parachutes is their ability to provide faster response times in logistics distribution. In the context of natural disasters, speed is crucial to ensure that aid arrives promptly where it is needed. Cargo parachutes can also improve the accessibility of aid, especially in isolated areas that may be challenging to reach conventionally. However, this study also identifies several challenges that need to be addressed. Landing accuracy is a critical issue, especially with weather variability, wind direction, and the topography of the area. Additionally, safety aspects, operational costs, and coordination among various stakeholders are challenges that must be overcome to ensure the success of cargo parachute implementation. Practical recommendations emerging from this research involve the use of monitoring technology, training for personnel involved in logistics distribution using cargo parachutes, and the development of clear Emergency Standard Operating Procedures (SOP). Monitoring technology, such as GPS, can help improve landing accuracy, while personnel training and emergency SOPs can enhance operational effectiveness and safety.

Technologies to Increase Freedom for People Living With Dementia

What Is the Issue?
 
 Dementia refers to symptoms affecting cognition (including memory), behaviour, and mood, which can significantly impact daily activities and independence. Conditions that may contribute to the development of dementia include Alzheimer disease (AD), Parkinson disease, and stroke. As the population ages, the number of people in Canada living with dementia will continue to increase.
 More than 60% of people with dementia live at home rather than in a long-term care facility. Approximately 40% of people aged 80 and older who have dementia reside in long-term care facilities, while others stay in their homes. When living at home in the community, support is needed to maintain safety, independence, and quality of life for both the person living with dementia and their caregiver(s).
 Most of the assistive technologies used to help support people with dementia to live in their homes are paid for by the user and not by provincial or territorial insurance programs, highlighting issues of equity of access related to income.
 
 What Is the Technology?
 
 A variety of technologies, including medical devices and consumer electronics, are available that can be used with the intention of helping people living with dementia stay in their homes.
 Technologies to support the care of people living with dementia can be broadly grouped into 2 categories: technologies related to diagnosis, assessment, and early risk identification and technologies related to management and rehabilitation.
 This report primarily focuses on technologies that aim to provide management and rehabilitation; these aim to support people with dementia (and their caregivers) – allowing people to live in their homes and communities for longer.
 These are often classified as assistive devices and include GPS trackers, fall monitoring systems, and connected technologies that can increase and simplify access to services such as food or grocery delivery, pharmacies, and telehealth.
 
 What Is the Potential Impact?
 
 User-friendly, connected, and effective technologies that allow freedom for people living with dementia may also reduce caregiving stress; however, most randomized trials of assistive technologies have not demonstrated the usefulness of these technologies in real-world settings in a way that support them being formally incorporated into dementia management.
 The use of supportive technologies may help people living with dementia stay safely in their homes for longer, thereby reducing the burden on long-term care facilities and providing potential savings to the health care system.
 
 What Else Do We Need to Know?
 
 There is a constant conflict between safety and privacy for people living with dementia who may not always be aware of their current state of cognition and may not be able to provide adequately informed consent for the continued use of monitoring technologies.
 The evidence suggests further research into the effectiveness of these technologies in real-world settings is required to understand better their usefulness and place in therapy for people living at home with dementia. There remains a lack of consensus on the effectiveness of these technologies and a lack of guidance for their use.

Active Risk Management Program in Operating Rooms of Hospitals in Different Countries: A Scoping Review Study

Context: Risk management in hospitals is essential for improving healthcare quality. This study analyzed the characteristics of risk management programs implemented in operating rooms of hospitals across countries worldwide. Evidence Acquisition: This study was a scoping review of online database studies, including Web of Knowledge, PubMed, Scopus, Cochrane, Springer, ProQuest, Iranian SID, and Magiran databases and the Google Scholar search engine. Three people independently performed the study selection, quality assessment, data extraction, and analysis among studies that reviewed risk management programs in health systems and those conducted outside the health system. Articles in non-English languages (including Persian) were excluded. Results: A total of 21 studies with similar purposes and data collection methods were included. The characteristics of risk management programs were classified into six main factors: Objectives, components, steps, results, prerequisites, facilitators of risk management programs, and 35 sub-factors. Conclusions: The conceptual framework of any risk management program should include at least the objectives: Risk eradication, safety promotion, quality improvement and prevention and reduction of risks, component: Communication and monitoring; steps: (1) preoperative evaluation during (logging); (2) evaluation during surgery; (3) post-surgery evaluation (logout); and the results: Achieving effective methods in reducing errors; prerequisites: Human resource, knowledge and information, and facilitators such as the use of monitoring technologies and error detection and reporting in the operating room.

Technological Solutions for Social Isolation Monitoring of the Elderly: A Survey of Selected Projects from Academia and Industry.

Social isolation is likely to be one of the most serious health outcomes for the elderly due to the COVID-19 pandemic, especially for seniors living alone at home. In fact, two approaches have been used to assess social isolation. The first is a self-reported survey designed for research purposes. The second approach is the use of monitoring technology. The objective of this paper is to provide some illustrative publications, works and examples of the current status and future prospects in the field of monitoring systems that focused on two main activities of daily living: meal-taking activity (shopping, cooking, eating and washing dishes) and mobility (inside the home and the act of going out). These two activities combined seem relevant to a potential risk of social isolation in the elderly. Although current research focuses on identifying only ADLs, we propose to use them as a first step to extract daily habits and risk level of social isolation. Moreover, since activity recognition is a recent field, we raise specific problems as well as needed contributions and we propose directions and research opportunities to accelerate advances in this field.

Use of monitoring technology and injury incidence among recreational runners: a cross-sectional study

BackgroundMonitoring technology is increasingly accessible to recreational runners. Our aim was to examine patterns of technology use in recreational runners, and its potential association with injury.MethodsWe conducted a cross-sectional questionnaire study in a sample of adult runners. Recruitment took place at three different 5 km parkrun event across Northern Ireland. Demographics, technology use, running behaviour and running-related injury (RRI) history were examined. Regression analyses were performed to determine relationships between variables.ResultsResponses were obtained from 192 of 483 eligible finishers (39.8% response rate). Average age was 45.9 years (SD 10.3), with males (47.1 years SD 9.7) slightly older than females (44.8 years SD 10.8). On average, participants ran 3.0 days per week (SD 1.3), with an average weekly distance of 22.6 km (SD 19.7). Males typically ran further (MD 6.2 km/week; 95% CI 0.4 to 12.0) than females. Monitoring technology was used by 87.4% (153/175); with GPS watches the most common device (87.6% (134/153)). Runners using monitoring technology ran further (MD 14.4 km/week; 95% CI 10.3 to 18.5) and more frequently (MD 1.3 days/week; 95% CI 0.7 to 1.9) than those who did not use monitoring technology. There was no significant difference in average age between runners who used monitoring technology and those who did not (MD 4.0 years; 95% CI −0.7 to 8.7). RRI was reported by 40.6% (71/175) of participants in the previous 12 months. In a univariate analysis, none of the selected predictors (age, number of days run per week, distance run per week, or usage of technology to modify training pattern) (p > 0.1) were associated with RRI.ConclusionsThis study found a high prevalence of monitoring technology usage among recreational runners. While the incidence of RRI remains high, it is not associated with the usage of monitoring technology. Further prospective research should examine if monitoring technology can reduce RRI incidence among recreational runners in future.

A Vibration-Based Traffic Monitoring System Using Distributed Optical Sensing Technology

Abstract Effective traffic management requires use of monitoring technologies to extract traffic parameters that describe the characteristics of vehicles. This article presents a vibration-based traffic monitoring system to detect traffic parameters comprehensively, including the three major desired characteristics of vehicles: position, speed, and category. Using distributed optical technology, this system can monitor traffic parameters on a large scale. Firstly, distributed optical fiber was embedded into pavement as a series of vibration sensors to collect pavement vibration information. Then, a signal processing method, based on wavelet transform and short-time energy, was applied to reconstruct vibration signals for vibration features extraction. Estimation methods of traffic parameters were proposed based on the vibration characteristics in time, space and frequency domain. To evaluate the performance of this traffic monitoring system, a prototype system was installed on a highway in Shanghai, China. This system shows good accuracy in position locating (± 14.639 cm), category classification (86.98 %), and speed estimation (± 3.046 km/h). Meanwhile, results indicate this system provides a better monitoring performance at high speed.

Attitudes of Professional Caregivers and Family Members Regarding the Use of Monitoring Devices to Improve Assessments of Pain and Discomfort During Continuous Sedation Until Death

ContextAssessing consciousness and pain during continuous sedation until death (CSD) by behavior-based observational scales alone has recently been put into question. Instead, the use of monitoring technology has been suggested to make more objective and reliable assessments. Insights into which factors influence attitudes toward using these monitoring devices in a context of CSD is a first step in formulating recommendations to inform future practice. ObjectivesThe aim of this study was to find out what influences professional caregivers' and family members' (FMs) attitudes regarding the use of monitors during CSD. MethodsWe conducted semistructured face-to-face interviews with 20 professional caregivers and 15 FMs, who cared for a patient or had an FM, respectively, who took part in a study using monitoring devices. Recruitment took place in an academic hospital, a locoregional hospital, and two nursing homes, all located in Belgium. Two researchers independently analyzed the data, using grounded theory to inductively develop a model that represents the emerging attitude toward use of monitors during CSD. ResultsOur model shows that the emerging attitudes toward using monitors during CSD is determined by view on CSD, desire for peace of mind, emotional valence attached to using monitors, and the realization that the sole use of behavior-based observational measures could be unreliable in a CSD context. We identified several facilitators and barriers to inform future implementation strategies. ConclusionMost participants had no objections, and all participants found the use of monitoring devices during CSD feasible and acceptable. We identified a number of facilitators and barriers and suggested that being aware that care can be improved, good communication, shared decision making, and continuing professional education can overcome the identified barriers. We suggest future research would focus on developing implementation strategies and guidelines for introducing objective monitoring devices in diverse palliative care settings.

Towards Responsible Implementation of Monitoring Technologies in Institutional Care.

Increasing awareness of errors and harms in institutional care settings, combined with rapid advancements in artificial intelligence, have resulted in a widespread push for implementing monitoring technologies in institutional settings. There has been limited critical reflection in gerontology regarding the ethical, social, and policy implications of using these technologies. We critically review current scholarship regarding use of monitoring technology in institutional care, and identify key gaps in knowledge and important avenues for future research and development.

WHEN LESS IS MORE: SHIFTING RISK MANAGEMENT IN AMERICAN CHILDBIRTH.

As maternal mortality increases in the United States, birth providers and policymakers are seeking new solutions to address what scholars have called the "C-section epidemic." Hospital cesarean rates vary tremendously, from 7 to 70 percent of all births. Based on in-depth, semi-structured interviews with 47 obstetricians and family physicians in the United States, I explore one reason for this variation: differences in how physicians perceive and manage risk in American obstetrics. While the dominant model of risk management encourages high levels of intervention and monitoring, I argue that a significant portion of physicians are concerned about high intervention rates in childbirth and are working to reduce cesarean rates and/or the use of monitoring technologies like continuous fetal heart rate monitors. Unlike prior theories of biomedicalization, which suggest that health risks are managed through increased monitoring and intervention, I find that many physicians are resisting this model of risk management by ordering fewer interventions and collecting less information about their patients. These providers acknowledge that interventions designed to mitigate risks may only provide an illusion of control, rather than an actual mastery of risks. By limiting interventions, providers may lose this illusion of control but also mitigate the iatrogenic effects of intervention and continuous monitoring. This alternative approach to risk management is growing in many medical fields and deserves more attention from medical sociologists.

Closed Circuit Television Systems on University Campuses: Unexamined Implications for the Expectation of Privacy and Academic Freedom

Since 9/11 and particularly since the massacre at Virginia Tech University in 2007, many universities in the United States have begun installation of Closed Circuit Television (CCTV) systems on their campuses. What sorts of claims are being made about the use of these systems and what justifications are there for installing them? How might the pervasive use of monitoring technology affect traditional values associated with university life such as freedom of speech, freedom of assembly, privacy, and the freedom to explore? What policies are in place to ensure that whatever benefits associated with these systems justify both tangible and intangible costs?Our analysis is partially derived from a study of university policies in the United States concerning the installation and operation of CCTV systems with the aim of gaining insight into these questions. In addition, we used a coding instrument for analyzing the corpus of policies in order to understand how the policies addressed such issues as: rationale or justification for CCTV usage, relevant personnel roles, public awareness, accountability measures, information security and data handling, routine operations of usage, and any relevant limiting measures. One aspect of our study is to interpret the corpus of policies through the lens of Nissenbaum’s contextual integrity framework which is concerned with examining the effects of new technological practices (such as the installation of CCTV systems) on one’s expectation of privacy.

Improving the public procurement system through the use of monitoring technology

The article presents an analysis of the planning function of the state-governmental procurement. It defines its role in meeting the state order-tors in goods, works and services through the execution of the state order. Identified key weaknesses in existing laws and acts regulating public procurement. Identified the key participants of the state purchases, exercising control and process monitoring. It offers integrated unified information system for public procurement contributing to NIJ-identified violations of the state order execution at all stages.

Identifying the Incidence of Exercise Dependence Attitudes, Levels of Body Perception, and Preferences for Use of Fitness Technology Monitoring.

Background: The study was focused on identifying the relationship between the incidence of exercise dependence attitudes, the level of body perception, and preferences for use of fitness technology monitoring. Methods: We investigated 241 students from physical education and sports specializations. We used a questionnaire structured in 5 parts: personal information (age, gender, weight, height, and institutional membership), Exercise Dependence Scale-R (EDS-21), the Compulsive Exercise Test (CET), Body perception questionnaire, and Fitness Monitoring Technology. Results: Application of EDS-21 revealed 8.3% with dependence and CET with 13.4%. Body mass index (BMI) in combination with self-image body: 18 (7.4%) of subjects over-estimated themselves, 18 (7.4%) of subjects underestimated themselves, 38.6% of the subjects were satisfied with their appearance, 17% were very satisfied and none were dissatisfied. A total of 36.1% thought they had the correct weight and 8.7% thought of losing weight. The most preferred monitoring technologies were the treadmill and the smartphone’s fitness applications. A total of 11.6% of the subjects always used technologies, and 17% of subjects never did so. Conclusions: In order to identify the level of incidence of exercise dependence, body perception, and preference and frequency of use of monitoring technology, it is necessary to expand the level of knowledge about health and physical activities. The approach would diminish medical incidences of addiction, improve proactive behaviors, and correct prohealth.

Мониторинг физического развития, физической подготовленности и состояния здоровья студентов специальной медицинской группы как инструмент контроля и основа проектирования физкультурной среды обучающихся в технических вузах

The use of monitoring technologies as an important tool for studying the physical development, physical readiness and health status of the students of III functional group allows to get an estimate of the initial level of their parameters, and gives the opportunity to monitor, evaluate the eff ectiveness of the educational process of physical education, implement corrective measures in its content. The use of monitoring makes it possible to identify priority and long-term measures for the prevention and elimination of the negative eff ects of the educational process on the health status of student youth, to implement an individualized approach to the process of teaching on the subject of physical education.

Does GPS supervision of intimate partner violence defendants reduce pretrial misconduct? Evidence from a quasi-experimental study

This research examines the effect global positioning system (GPS) technology supervision has on pretrial misconduct for defendants facing intimate partner violence charges. Drawing on data from one pretrial services division, a retrospective quasi-experimental design was constructed to examine failure to appear to court, failure to appear to meetings with pretrial services, and rearrest outcomes between defendants ordered to pretrial GPS supervision and a comparison group of defendants ordered to pretrial supervision without the use of monitoring technology. Cox regression models were used to assess differences between quasi-experimental conditions. To enhance internal validity and mitigate model dependence, we utilized and compared results across four counterfactual comparison groups (propensity score matching, Mahalanobis distance matching, inverse probability of treatment weighting, and marginal mean weighting through stratification). Pretrial GPS supervision was no more or less effective than traditional, non-technology based pretrial supervision in reducing the risk of failure to appear to court or the risk of rearrest. GPS supervision did reduce the risk of failing to appear to meetings with pretrial services staff. The results suggest that GPS supervision may hold untapped case management benefits for pretrial probation officers, a pragmatic focus that may be overshadowed by efforts to mitigate the risk of pretrial misconduct. Further, the results contribute to ongoing discussions on bail reform, pretrial practice, and the movement to reduce local jail populations. Although the cost savings are not entirely clear, relatively higher risk defendants can be managed in the community and produce outcomes that are comparable to other defendants. The results also call into question the ability of matching procedures to construct appropriate counterfactuals in an era where risk assessment informs criminal justice decision-making. Weighting techniques outperformed matching strategies.

Implementing monitoring technologies in care homes for people with dementia: A qualitative exploration using Normalization Process Theory

BackgroundAgeing societies and a rising prevalence of dementia are associated with increasing demand for care home places. Monitoring technologies (e.g. bed-monitoring systems; wearable location-tracking devices) are appealing to care homes as they may enhance safety, increase resident freedom, and reduce staff burden. However, there are ethical concerns about the use of such technologies, and it is unclear how they might be implemented to deliver their full range of potential benefits. ObjectiveThis study explored facilitators and barriers to the implementation of monitoring technologies in care homes. DesignEmbedded multiple-case study with qualitative methods. SettingThree dementia-specialist care homes in North-West England. ParticipantsPurposive sample of 24 staff (including registered nurses, clinical specialists, senior managers and care workers), 9 relatives and 9 residents. Methods36 semi-structured interviews with staff, relatives and residents; 175h of observation; resident care record review. Data collection informed by Normalization Process Theory, which seeks to account for how novel interventions become routine practice. Data analysed using Framework Analysis. ResultsFindings are presented under three main themes: 1. Reasons for using technologies: The primary reason for using monitoring technologies was to enhance safety. This often seemed to override consideration of other potential benefits (e.g. increased resident freedom) or ethical concerns (e.g. resident privacy); 2. Ways in which technologies were implemented: Some staff, relatives and residents were not involved in discussions and decision-making, which seemed to limit understandings of the potential benefits and challenges from the technologies. Involvement of residents appeared particularly challenging. Staff highlighted the importance of training, but staff training appeared mainly informal which did not seem sufficient to ensure that staff fully understood the technologies; 3. Use of technologies in practice: Technologies generated frequent alarms that placed a burden upon staff, but staff were able to use their contextual knowledge to help to counter some of this burden. Some technologies offered a range of data-gathering capabilities, but were not always perceived as useful complements to practice. ConclusionImplementation of monitoring technologies may be facilitated by the extent to which the technologies are perceived to enhance safety. Implementation may be further facilitated through greater involvement of all stakeholders in discussions and decision-making in order to deepen understandings about the range of potential benefits and challenges from the use of monitoring technologies. Staff training might need to move beyond functional instruction to include deeper exploration of anticipated benefits and the underlying rationale for using monitoring technologies.

Toward Cyber-Enhanced Working Dogs for Search and Rescue

The authors introduce the fundamental building blocks for a cyber-enabled, computer-mediated communication platform to connect human and canine intelligence to achieve a new generation of Cyber-Enhanced Working Dog (CEWD). The use of monitoring technologies provides handlers with real-time information about the behavior and emotional state of their CEWDs and the environments they're working in for a more intelligent canine-human collaboration. From handler to dog, haptic feedback and auditory cues are integrated to provide remote command and feedback delivery. From dog to handler, multiple inertial measurement units strategically located on a harness are used to accurately detect posture and behavior, and concurrent noninvasive photoplethysmogram and electrocardiogram for physiological monitoring. The authors also discuss how CEWDs would be incorporated with a variety of other robotic and autonomous technologies to create next-generation intelligent emergency response systems. Using cyber-physical systems to supplement and augment the two-way information exchange between human handlers and dogs would amplify the remarkable sensory capacities of search and rescue dogs and help them save more lives.