To develop the country’s potential in the space sector to support the development of the new economy, generate knowledge and strengthen the national security infrastructure.
Implementation of satellite-based positioning in Emergency Medical Services i...norhan32
To develop the country’s potential in the space sector to support the development of the new economy, generate knowledge and strengthen the national security infrastructure.
The IMPRESS solution provides a multi-agency coordination and decision support system to improve response during health emergencies. It was developed over 3 years as an EU research project. The IMPRESS system facilitates information sharing and coordination between health services and first responders. It includes tools like INCIMAG for incident management, INCIMOB for first responders, and several decision support components. The system was tested in large exercises in Italy and cross-border scenarios to demonstrate its capabilities.
Design and Implementation of Smart Monitoring Systems in Hospital Wagon using...ijtsrd
Nowadays, many researchers are contributing their research in the field of Internet of things IOT , since it is important and attractive technology. IOT means communication between human to device or device to device, anywhere in real time. This communication takes place with the help of different smart sensors which are connected via internet. In the IOT infrastructure different sensors can sense, analyse, transmit and store all the datas on cloud. This paper presents a wearable sensor network system for Internet of Things IoT connected safety and health applications. The wearable sensors on different subjects can communicate with each other and transmit the data to a gateway via a Local Area Network which forms a heterogeneous IoT platform with wifi based medical signal sensing network. It consists of two sections the basic information and condition of patient is collected in the wagon by the means IoT Internet of Things and make it available to hospital before the emergency vehicle reaches the hospital. On the base of such data, the system is able to detect anomalous situations and provide information about the status directly and exclusively to the hospital. The second path is control of traffic lights from the wagon and makes free for its path automatically. This project is to save the time of major late time aspects in more efficient manner and save the life. Mrs. S. Kirthica | Mrs. S. Priyadharsini "Design and Implementation of Smart Monitoring Systems in Hospital Wagon using IoT Technology: A Case Study" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-5 , August 2020, URL: https://www.ijtsrd.com/papers/ijtsrd31731.pdf Paper Url :https://www.ijtsrd.com/mathemetics/other/31731/design-and-implementation-of-smart-monitoring-systems-in-hospital-wagon-using-iot-technology-a-case-study/mrs-s-kirthica
Such a large number of patients in India lose their lives because the ambulance does not arrive on time or delay in the treatment. Also, in view of the increasing technology and other factors, it is necessary to be aware of such technologies to reduce this problem. A survey conducted in St Petersburg found that the rest of the countries are aware of the technology to find out where the ambulance is and alert the patient to get the crisis vehicle at the ideal time. For this, algorithms like weighted graphs, Dijkstra's algorithm, ant colony algorithm, dynamic shortest path have been used in that system. These algorithms are reduced the traveling time by 20%. Therefore, the chances of patient saving increased. In this system only 2 smartphones will have for conversation between patient and ambulance and it is fully automated. As we have found in India, if there is a accident at any spot, we are called complementary number or crisis number. After informing where the accident took place on that call, the ambulance is then dispatched from the control room at that particular place, and then the control room gives the details of the nearest hospital and then informs to the hospital. With this proposed system, the ambulance can be transported without delay from the accident site to the hospital we can easily find the shortest route between the accident site and the hospital reduce wasting time. The user no longer need to call and check the availability of the ambulance. So basically this system uses IoT, GPS and GSM, Dijkstra's algorithm. It uses IoT principle using rest API to check traffic, as well as IoT for traffic signal checking. The RF transmitter is installed in the ambulance and the RF receiver is installed in the traffic light. This changes the signal for a short time to get to the ambulance. In addition, the ambulance finding route is helps by the dijkstra's algorithm to find the shortest path. In this, the android app understands the location of the patient or the crash site, then the system checks which ambulance is within 5 kilometers and sends an alert or request to one of the ambulances and then after accepting the request, the driver understands the location of the crash site.
The document proposes an Emergency Medical Dispatcher application that allows users to quickly call an ambulance, track the ambulance's location in real-time, and find the optimal route to the nearest hospital to reduce response times during medical emergencies. It reviews existing ambulance tracking systems and describes the key features and implementation of the proposed application, including location tracking, notification alerts, finding nearby clinics, route optimization, a pill reminder, and a health records module.
MCR Global provides an innovative mobile health technology solution that allows for the interoperable, remote transmission of vital health data anywhere, anytime, to anyone during a personal medical emergency or disaster event. The solution displays data through multiple methods including a private web platform, QR technology on smartphones, a universal web app, SMS, or live operators. It notifies emergency contacts and transmits patient health information to emergency rooms prior to arrival. The solution addresses the healthcare problem of not having vital health data accessible at the point of care, which can avoid adverse events.
IRJET- Android base Healthcare Monitoring and Management System using IoTIRJET Journal
This document proposes an Android-based healthcare monitoring and management system using the Internet of Things (IoT). The system uses a body sensor network (BSN) where sensors attached to a patient's body can monitor vital signs wirelessly. The sensor data is sent to a healthcare center via the BSN. The healthcare center then analyzes the data and provides real-time feedback and alerts to patients and their families. This ensures remote patient monitoring and management while improving comfort and healthcare quality. The document discusses the system functionality, literature review on similar systems, algorithms used and security analysis to show how the proposed system addresses security needs in BSN-based healthcare more effectively than previous systems.
Ambulance Assistance For Emergency Services Using GPS NavigationAndrew Molina
This document proposes a GPS-based system to track ambulances and optimize ambulance routing to emergency patients. It involves installing GPS trackers in ambulances so hospitals can monitor their locations. When an emergency call comes in, hospitals can identify the nearest ambulance and redirect it to the patient's location, rather than sending an ambulance from the hospital. This is intended to reduce response times and save critical patients' lives by getting them treatment faster. The system architecture and implementation are described, including using Arduino, GPS modules, and Python code to interface with Google Maps. It is argued that this approach can cut ambulance travel times compared to traditional dispatch and help patients reach hospitals sooner.
Implementation of satellite-based positioning in Emergency Medical Services i...norhan32
To develop the country’s potential in the space sector to support the development of the new economy, generate knowledge and strengthen the national security infrastructure.
The IMPRESS solution provides a multi-agency coordination and decision support system to improve response during health emergencies. It was developed over 3 years as an EU research project. The IMPRESS system facilitates information sharing and coordination between health services and first responders. It includes tools like INCIMAG for incident management, INCIMOB for first responders, and several decision support components. The system was tested in large exercises in Italy and cross-border scenarios to demonstrate its capabilities.
Design and Implementation of Smart Monitoring Systems in Hospital Wagon using...ijtsrd
Nowadays, many researchers are contributing their research in the field of Internet of things IOT , since it is important and attractive technology. IOT means communication between human to device or device to device, anywhere in real time. This communication takes place with the help of different smart sensors which are connected via internet. In the IOT infrastructure different sensors can sense, analyse, transmit and store all the datas on cloud. This paper presents a wearable sensor network system for Internet of Things IoT connected safety and health applications. The wearable sensors on different subjects can communicate with each other and transmit the data to a gateway via a Local Area Network which forms a heterogeneous IoT platform with wifi based medical signal sensing network. It consists of two sections the basic information and condition of patient is collected in the wagon by the means IoT Internet of Things and make it available to hospital before the emergency vehicle reaches the hospital. On the base of such data, the system is able to detect anomalous situations and provide information about the status directly and exclusively to the hospital. The second path is control of traffic lights from the wagon and makes free for its path automatically. This project is to save the time of major late time aspects in more efficient manner and save the life. Mrs. S. Kirthica | Mrs. S. Priyadharsini "Design and Implementation of Smart Monitoring Systems in Hospital Wagon using IoT Technology: A Case Study" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-5 , August 2020, URL: https://www.ijtsrd.com/papers/ijtsrd31731.pdf Paper Url :https://www.ijtsrd.com/mathemetics/other/31731/design-and-implementation-of-smart-monitoring-systems-in-hospital-wagon-using-iot-technology-a-case-study/mrs-s-kirthica
Such a large number of patients in India lose their lives because the ambulance does not arrive on time or delay in the treatment. Also, in view of the increasing technology and other factors, it is necessary to be aware of such technologies to reduce this problem. A survey conducted in St Petersburg found that the rest of the countries are aware of the technology to find out where the ambulance is and alert the patient to get the crisis vehicle at the ideal time. For this, algorithms like weighted graphs, Dijkstra's algorithm, ant colony algorithm, dynamic shortest path have been used in that system. These algorithms are reduced the traveling time by 20%. Therefore, the chances of patient saving increased. In this system only 2 smartphones will have for conversation between patient and ambulance and it is fully automated. As we have found in India, if there is a accident at any spot, we are called complementary number or crisis number. After informing where the accident took place on that call, the ambulance is then dispatched from the control room at that particular place, and then the control room gives the details of the nearest hospital and then informs to the hospital. With this proposed system, the ambulance can be transported without delay from the accident site to the hospital we can easily find the shortest route between the accident site and the hospital reduce wasting time. The user no longer need to call and check the availability of the ambulance. So basically this system uses IoT, GPS and GSM, Dijkstra's algorithm. It uses IoT principle using rest API to check traffic, as well as IoT for traffic signal checking. The RF transmitter is installed in the ambulance and the RF receiver is installed in the traffic light. This changes the signal for a short time to get to the ambulance. In addition, the ambulance finding route is helps by the dijkstra's algorithm to find the shortest path. In this, the android app understands the location of the patient or the crash site, then the system checks which ambulance is within 5 kilometers and sends an alert or request to one of the ambulances and then after accepting the request, the driver understands the location of the crash site.
The document proposes an Emergency Medical Dispatcher application that allows users to quickly call an ambulance, track the ambulance's location in real-time, and find the optimal route to the nearest hospital to reduce response times during medical emergencies. It reviews existing ambulance tracking systems and describes the key features and implementation of the proposed application, including location tracking, notification alerts, finding nearby clinics, route optimization, a pill reminder, and a health records module.
MCR Global provides an innovative mobile health technology solution that allows for the interoperable, remote transmission of vital health data anywhere, anytime, to anyone during a personal medical emergency or disaster event. The solution displays data through multiple methods including a private web platform, QR technology on smartphones, a universal web app, SMS, or live operators. It notifies emergency contacts and transmits patient health information to emergency rooms prior to arrival. The solution addresses the healthcare problem of not having vital health data accessible at the point of care, which can avoid adverse events.
IRJET- Android base Healthcare Monitoring and Management System using IoTIRJET Journal
This document proposes an Android-based healthcare monitoring and management system using the Internet of Things (IoT). The system uses a body sensor network (BSN) where sensors attached to a patient's body can monitor vital signs wirelessly. The sensor data is sent to a healthcare center via the BSN. The healthcare center then analyzes the data and provides real-time feedback and alerts to patients and their families. This ensures remote patient monitoring and management while improving comfort and healthcare quality. The document discusses the system functionality, literature review on similar systems, algorithms used and security analysis to show how the proposed system addresses security needs in BSN-based healthcare more effectively than previous systems.
Ambulance Assistance For Emergency Services Using GPS NavigationAndrew Molina
This document proposes a GPS-based system to track ambulances and optimize ambulance routing to emergency patients. It involves installing GPS trackers in ambulances so hospitals can monitor their locations. When an emergency call comes in, hospitals can identify the nearest ambulance and redirect it to the patient's location, rather than sending an ambulance from the hospital. This is intended to reduce response times and save critical patients' lives by getting them treatment faster. The system architecture and implementation are described, including using Arduino, GPS modules, and Python code to interface with Google Maps. It is argued that this approach can cut ambulance travel times compared to traditional dispatch and help patients reach hospitals sooner.
E paper-IOT based-medical-emergency-detection-and-rescueAshish Agrawal
The document discusses designing an emergency detection system using wearable devices and mobile phones. The system would use sensors to monitor vital signs like respiratory rate, heart rate, and oxygen saturation of a person involved in an accident. If the vital signs exceed thresholds, the mobile phone would alert emergency services and transmit the person's location and medical history to facilitate treatment. Key challenges include accurately detecting emergencies, measuring vital signs quickly, reducing costs, and ensuring small device size for user acceptance. Alternative approaches like integrating sensors in vehicles or using speech recognition are also proposed.
SURVEY OF HEALTHCARE MANAGEMENT USING WIRELESS SENSOR NETWORKS (WSNS)AM Publications
This document discusses using wireless sensor networks (WSNs) for healthcare management. It proposes a smart gateway system that can bridge WSNs with public communication networks. The gateway is designed to perform some tasks like processing sensor data, determining patient health states, and sending emergency notifications to reduce the load on remote servers and networks. It integrates WSN, Wi-Fi, and GSM modules to communicate with sensor networks and send information to caregivers. The system aims to make healthcare management more proactive and cost-effective by enabling real-time patient monitoring using body-worn sensors and a gateway-based wireless network architecture.
The document proposes a patient-oriented cloud computing solution called Smart Healthcare Services. It discusses how integrating e-health, smart items like RFID and wireless sensors, and cloud computing can help address issues in healthcare like rising costs and chronic disease management. Smart items can monitor patients' health remotely and the cloud allows healthcare providers to access and analyze the collected data to enhance services and care. The proposed framework would use sensors to monitor patients at home and the cloud to store and share health information, allowing for improved care while reducing costs and increasing access and satisfaction.
The document presents a proposed mobile healthcare management system called HERACLES. It discusses problems with current healthcare appointment scheduling and monitoring of vital signs. The proposed solution allows users to search for nearby healthcare facilities, book appointments, and receive notifications. It also features a module for cost-effective monitoring of vital statistics via non-invasive techniques on an Android device. The system aims to modernize healthcare services by facilitating access to care and empowering patients through technology.
best biomedical project center chennai- recent advances in wearable sensors f...ASHOKKUMAR RAMAR
Recent advances in wearable sensors and systems have potential for ubiquitous healthcare monitoring. Ubiquitous healthcare aims to provide access to services anytime and anywhere through wireless body area networks, mobile devices, and cloud services. This allows for remote health data acquisition and personalized healthcare monitoring. The document discusses a system using wireless sensors and smartphones to continuously monitor cardiac patients' ECG data in real-time and alert caregivers if help is needed.
HealthMe: An Android App for Interlinking of nearby Hospitals for Resource Sh...IRJET Journal
This document describes a proposed Android application called HealthMe that aims to help patients during emergency situations. The app would allow users to find the nearest hospital and view available doctors and resources. It would also allow booking an ambulance to the nearest hospital with one click. The app would have additional features like booking lab tests. The proposed application is intended to minimize communication gaps between patients and hospitals during emergencies and help patients access critical healthcare resources. It was designed and developed using technologies like C#, ASP.NET, and MS SQL.
UBIQUITOUS HEALTHCARE MONITORING SYSTEM USING INTEGRATED TRIAXIAL ACCELEROMET...ijujournal
Ubiquitous healthcare has become one of the prominent areas of research inorder to address the
challenges encountered in healthcare environment. In contribution to this area, this study developed a
system prototype that recommends diagonostic services based on physiological data collected in real time
from a distant patient. The prototype uses WBAN body sensors to be worn by the individual and an android
smart phone as a personal server. Physiological data is collected and uploaded to a Medical Health
Server (MHS) via GPRS/internet to be analysed. Our implemented prototype monitors the activity, location
and physiological data such as SpO2 and Heart Rate (HR) of the elderly and patients in rehabilitation. The
uploaded information can be accessed in real time by medical practitioners through a web application.
UBIQUITOUS HEALTHCARE MONITORING SYSTEM USING INTEGRATED TRIAXIAL ACCELEROMET...ijujournal
Ubiquitous healthcare has become one of the prominent areas of research inorder to address the
challenges encountered in healthcare environment. In contribution to this area, this study developed a
system prototype that recommends diagonostic services based on physiological data collected in real time
from a distant patient. The prototype uses WBAN body sensors to be worn by the individual and an android
smart phone as a personal server. Physiological data is collected and uploaded to a Medical Health
Server (MHS) via GPRS/internet to be analysed. Our implemented prototype monitors the activity, location
and physiological data such as SpO2 and Heart Rate (HR) of the elderly and patients in rehabilitation. The
uploaded information can be accessed in real time by medical practitioners through a web application.
Mobile Hospital Management System - Casestudy by RapidValue SolutionsRapidValue
This document describes a mobile app case study for a healthcare organization. The client, a leading EMR provider, wanted to implement a mobile hospital management system (mHMS) for physicians, patients, and caregivers to improve care and efficiency. RapidValue developed an iPad/iPhone app allowing secure access to patient records, communication between users, and real-time alerts. Key benefits included higher productivity, anytime patient care through voice/text features, and seamless integration with existing systems.
The International Journal of Engineering & Science is aimed at providing a platform for researchers, engineers, scientists, or educators to publish their original research results, to exchange new ideas, to disseminate information in innovative designs, engineering experiences and technological skills. It is also the Journal's objective to promote engineering and technology education. All papers submitted to the Journal will be blind peer-reviewed. Only original articles will be published.
The papers for publication in The International Journal of Engineering& Science are selected through rigorous peer reviews to ensure originality, timeliness, relevance, and readability.
Telefonica's eHealth strategy is based on three pillars: 1) Digital Hospital services like telemedicine and automation of healthcare processes to optimize care, 2) Population Health Management through risk stratification and case/disease management to reduce costs and improve outcomes, and 3) Consumer Health services that empower individuals through telemedicine, personal health programs, and wellness services to actively manage their health. Specific success stories from Spain, Brazil, and elsewhere demonstrate reductions in mortality, readmissions, costs and improvements in quality of care through these eHealth approaches.
On the application of multi-agent systems in Health CareAntonio Moreno
1) The document discusses applying multi-agent systems to healthcare, including areas like medical data management, decision support, planning, and remote care.
2) It describes the K4Care project, which developed an agent-based home care system with services like admitting patients, creating care plans, and applying individual intervention plans.
3) The K4Care system uses ontologies and procedural knowledge to coordinate care among actors like doctors and nurses. Agents execute care plans and adapt their behavior based on patient information.
Spatio-temporal Monitoring of Health Epidemics in Real-Time-Some Considerationssanjay_rana
The document discusses developing a real-time system to monitor airborne pathogens in public transportation vehicles. It proposes using biosensors in vehicles to collect data on pathogens and air quality, communicating this data through transportation systems to a control center for analysis. Key challenges include developing portable biosensors, detection methods, integrating the system with transportation infrastructure, and epidemiological modeling to interpret multiple data streams in real-time and determine thresholds for response.
SPOC: A Secure and Private-pressuring Opportunity Computing Framework for Mob...ijbuiiir1
Today we have an abundant increase in the development of Information and Technology, which inturn made the Humans body even to carry a Mini- Computer in their Palms with Screen touch, Ex: Smart phone�s & Tablets etc., and parallel with the rich Enhancement in the Wireless Body Sensor Units, it is quite useful to the Enrichment of the Medical Treatment to be perfectly useful, comfortable via Smart Phones Using the networks (2G & 3G) carriers and made the treatment very easy even to the Common person in the society with the low cost money. With these the healthcare Authorities can treat the Patients (medical users) remotely where the patients reside at home or company or school or college or anywhere or at various places they work. This type of a treatment called for MHealthcare (Mobile- Healthcare). Although in the mhealthcare service there are many security and data Private problems to be overcome. Here we have A Secure and Private- Preserving Opportunistic Computing Framework called M-HealthCare, for Mobile-Healthcare Emergency. Using the Smart phone and SPOC, the Software or Hardware like computing power and energy can be gathered opportunistically to process the intensive Personal Health Information (PHI) of the medical user when he/she is in critical situation with minimal Private Disclosure. And also we introduce an efficient usercentric Private access control in SPOC Framework which is based on attribute access control and a new privatepreserving scalar product computation (PPSPC) technique and Makes a medical user (patient) to participate in opportunistic computing in transmitting his PHI data. Elaborated security analysis describes that the proposed SPOC framework can efficiently achieve usercentric Private access control in M-Healthcare emergency. In this paper we introduce Private-Preserving Support for Mobile Healthcare using Message Digest where we have used MD5 algorithm ,which can certainly achieves an efficient way and minimizes the memory consumed and the large amount of PHI data of the medical user (patient) is reduced to a fixed amount of size compared to AES which parallels increases the Speed of the data to be sent to TA without any delay which in-turn the professionals at Healthcare center can get exactly the Recent tablet user PHI data and can save their lives in correct time. As the algorithm is provided tight security in transmitting the patients PHI to TA. In respective performance evaluations with extensive simulations explains the MD (message digest) effectiveness in-term of providing high-reliable Personal Health Information (PHI) process and transmission while reducing the Private disclosure during Mobile-Healthcare emergency
Proposed remote healthcare system for rural developmentIAEME Publication
This document summarizes a proposed remote healthcare system for rural development. The system would use wireless biomedical sensors and a wireless network to allow remote patient monitoring. This would provide enhanced mobility and comfort to patients during hospitalization. The system is proposed to have three tiers - a call center level with a medical expert, a weekly referral clinic, and a hospital level. The goal is to improve access to healthcare in rural areas using communication technologies like wireless networks and sensors.
In this presentation, Ganesh introduces IoT and discusses an innovative application that will help in traffic routing. He says that the adoption of such a device will save thousands of lives.
IRJET- Smart Ambulance with Traffic Control AbilityIRJET Journal
This document describes a proposed smart ambulance system with traffic control capabilities and patient health monitoring. The system uses sensors to monitor a patient's health in the ambulance and send that data to the hospital. It also uses nodes like Arduino and Nod-MCU installed at traffic lights to automatically turn lights green when an ambulance approaches, in order to give the ambulance clear passage and reduce travel times, which could save lives. The system aims to address issues with traffic congestion delaying ambulances and potentially worsening a patient's condition. It sends patient health information to hospitals in advance and guides ambulances along the shortest routes using GPS.
Spoc a secure and privacy preserving opportunistic computing framework for mo...IEEEFINALYEARPROJECTS
The document proposes a secure and privacy-preserving opportunistic computing framework called SPOC for mobile healthcare emergencies. SPOC leverages spare resources on smartphones to process computationally intensive personal health information during emergencies while minimizing privacy disclosure. It introduces an efficient user-centric access control based on attribute-based access control and a new privacy-preserving scalar product computation technique to allow medical users to decide who can help process their data. Security analysis shows SPOC can achieve user-centric privacy control and performance evaluations show it provides reliable processing and transmission of personal health information while minimizing privacy disclosure during mobile healthcare emergencies.
JAVA 2013 IEEE PARALLELDISTRIBUTION PROJECT Spoc a secure and privacy preserv...IEEEGLOBALSOFTTECHNOLOGIES
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09849539085, 09966235788 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
SECURED FRAMEWORK FOR PERVASIVE HEALTHCARE MONITORING SYSTEMS ijscai
Pervasive Healthcare Monitoring System (PHMS)’ is one of the important pervasive computing
applications aimed at providing healthcare services to all the people through mobile communication
devices. Pervasive computing devices are resource constrained devices such as battery power, memory,
processing power and bandwidth. In pervasive environment data privacy is a key issue. In this
application a secured frame work is developed for receiving the patient’s medical data periodically,
updates automatically in Patient Record Database and generates a Checkup Reminder. In the present
work a light weight asymmetric algorithm proposed by the authors [26] is used for encrypting the data to
ensure data confidentiality for its users. Challenge response onetime password mechanism is applied for
authentication process
Michigan HealthTech Market Map 2024. Includes 7 categories: Policy Makers, Academic Innovation Centers, Digital Health Providers, Healthcare Providers, Payers / Insurance, Device Companies, Life Science Companies, Innovation Accelerators. Developed by the Michigan-Israel Business Accelerator
E paper-IOT based-medical-emergency-detection-and-rescueAshish Agrawal
The document discusses designing an emergency detection system using wearable devices and mobile phones. The system would use sensors to monitor vital signs like respiratory rate, heart rate, and oxygen saturation of a person involved in an accident. If the vital signs exceed thresholds, the mobile phone would alert emergency services and transmit the person's location and medical history to facilitate treatment. Key challenges include accurately detecting emergencies, measuring vital signs quickly, reducing costs, and ensuring small device size for user acceptance. Alternative approaches like integrating sensors in vehicles or using speech recognition are also proposed.
SURVEY OF HEALTHCARE MANAGEMENT USING WIRELESS SENSOR NETWORKS (WSNS)AM Publications
This document discusses using wireless sensor networks (WSNs) for healthcare management. It proposes a smart gateway system that can bridge WSNs with public communication networks. The gateway is designed to perform some tasks like processing sensor data, determining patient health states, and sending emergency notifications to reduce the load on remote servers and networks. It integrates WSN, Wi-Fi, and GSM modules to communicate with sensor networks and send information to caregivers. The system aims to make healthcare management more proactive and cost-effective by enabling real-time patient monitoring using body-worn sensors and a gateway-based wireless network architecture.
The document proposes a patient-oriented cloud computing solution called Smart Healthcare Services. It discusses how integrating e-health, smart items like RFID and wireless sensors, and cloud computing can help address issues in healthcare like rising costs and chronic disease management. Smart items can monitor patients' health remotely and the cloud allows healthcare providers to access and analyze the collected data to enhance services and care. The proposed framework would use sensors to monitor patients at home and the cloud to store and share health information, allowing for improved care while reducing costs and increasing access and satisfaction.
The document presents a proposed mobile healthcare management system called HERACLES. It discusses problems with current healthcare appointment scheduling and monitoring of vital signs. The proposed solution allows users to search for nearby healthcare facilities, book appointments, and receive notifications. It also features a module for cost-effective monitoring of vital statistics via non-invasive techniques on an Android device. The system aims to modernize healthcare services by facilitating access to care and empowering patients through technology.
best biomedical project center chennai- recent advances in wearable sensors f...ASHOKKUMAR RAMAR
Recent advances in wearable sensors and systems have potential for ubiquitous healthcare monitoring. Ubiquitous healthcare aims to provide access to services anytime and anywhere through wireless body area networks, mobile devices, and cloud services. This allows for remote health data acquisition and personalized healthcare monitoring. The document discusses a system using wireless sensors and smartphones to continuously monitor cardiac patients' ECG data in real-time and alert caregivers if help is needed.
HealthMe: An Android App for Interlinking of nearby Hospitals for Resource Sh...IRJET Journal
This document describes a proposed Android application called HealthMe that aims to help patients during emergency situations. The app would allow users to find the nearest hospital and view available doctors and resources. It would also allow booking an ambulance to the nearest hospital with one click. The app would have additional features like booking lab tests. The proposed application is intended to minimize communication gaps between patients and hospitals during emergencies and help patients access critical healthcare resources. It was designed and developed using technologies like C#, ASP.NET, and MS SQL.
UBIQUITOUS HEALTHCARE MONITORING SYSTEM USING INTEGRATED TRIAXIAL ACCELEROMET...ijujournal
Ubiquitous healthcare has become one of the prominent areas of research inorder to address the
challenges encountered in healthcare environment. In contribution to this area, this study developed a
system prototype that recommends diagonostic services based on physiological data collected in real time
from a distant patient. The prototype uses WBAN body sensors to be worn by the individual and an android
smart phone as a personal server. Physiological data is collected and uploaded to a Medical Health
Server (MHS) via GPRS/internet to be analysed. Our implemented prototype monitors the activity, location
and physiological data such as SpO2 and Heart Rate (HR) of the elderly and patients in rehabilitation. The
uploaded information can be accessed in real time by medical practitioners through a web application.
UBIQUITOUS HEALTHCARE MONITORING SYSTEM USING INTEGRATED TRIAXIAL ACCELEROMET...ijujournal
Ubiquitous healthcare has become one of the prominent areas of research inorder to address the
challenges encountered in healthcare environment. In contribution to this area, this study developed a
system prototype that recommends diagonostic services based on physiological data collected in real time
from a distant patient. The prototype uses WBAN body sensors to be worn by the individual and an android
smart phone as a personal server. Physiological data is collected and uploaded to a Medical Health
Server (MHS) via GPRS/internet to be analysed. Our implemented prototype monitors the activity, location
and physiological data such as SpO2 and Heart Rate (HR) of the elderly and patients in rehabilitation. The
uploaded information can be accessed in real time by medical practitioners through a web application.
Mobile Hospital Management System - Casestudy by RapidValue SolutionsRapidValue
This document describes a mobile app case study for a healthcare organization. The client, a leading EMR provider, wanted to implement a mobile hospital management system (mHMS) for physicians, patients, and caregivers to improve care and efficiency. RapidValue developed an iPad/iPhone app allowing secure access to patient records, communication between users, and real-time alerts. Key benefits included higher productivity, anytime patient care through voice/text features, and seamless integration with existing systems.
The International Journal of Engineering & Science is aimed at providing a platform for researchers, engineers, scientists, or educators to publish their original research results, to exchange new ideas, to disseminate information in innovative designs, engineering experiences and technological skills. It is also the Journal's objective to promote engineering and technology education. All papers submitted to the Journal will be blind peer-reviewed. Only original articles will be published.
The papers for publication in The International Journal of Engineering& Science are selected through rigorous peer reviews to ensure originality, timeliness, relevance, and readability.
Telefonica's eHealth strategy is based on three pillars: 1) Digital Hospital services like telemedicine and automation of healthcare processes to optimize care, 2) Population Health Management through risk stratification and case/disease management to reduce costs and improve outcomes, and 3) Consumer Health services that empower individuals through telemedicine, personal health programs, and wellness services to actively manage their health. Specific success stories from Spain, Brazil, and elsewhere demonstrate reductions in mortality, readmissions, costs and improvements in quality of care through these eHealth approaches.
On the application of multi-agent systems in Health CareAntonio Moreno
1) The document discusses applying multi-agent systems to healthcare, including areas like medical data management, decision support, planning, and remote care.
2) It describes the K4Care project, which developed an agent-based home care system with services like admitting patients, creating care plans, and applying individual intervention plans.
3) The K4Care system uses ontologies and procedural knowledge to coordinate care among actors like doctors and nurses. Agents execute care plans and adapt their behavior based on patient information.
Spatio-temporal Monitoring of Health Epidemics in Real-Time-Some Considerationssanjay_rana
The document discusses developing a real-time system to monitor airborne pathogens in public transportation vehicles. It proposes using biosensors in vehicles to collect data on pathogens and air quality, communicating this data through transportation systems to a control center for analysis. Key challenges include developing portable biosensors, detection methods, integrating the system with transportation infrastructure, and epidemiological modeling to interpret multiple data streams in real-time and determine thresholds for response.
SPOC: A Secure and Private-pressuring Opportunity Computing Framework for Mob...ijbuiiir1
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Integrating navigation technology in Emergency Medical System Services in Malaysia.pdf
1. Integrating Navigation Technology in
Emergency Medical System Services
in Malaysia
Sr Shahrizal Ide b. Moslin
Ooi Wei Han, Norhan Mat Yusoff, Mohd Firdaus, Dr. Noordin Ahmad
National Space Agency of Malaysia (ANGKASA)
Space Application and Technology Development
National Space Centre
Banting, Selangor
2. Agensi Angkasa Negara
(ANGKASA)
• National Space Agency of Malaysia, est. in 2004
• An agency under Ministry of Science, Technology and
Innovation
VISION
• Harnessing space as a platform for knowledge generation, wealth
creation and societal well-being
MISSION
• To develop the country’s potential in the space sector to support the
development of the new economy, generate knowledge and strengthen
the national security infrastructure.
3. Agensi Angkasa Negara
(ANGKASA)
Administration &
Human Resource
Division
Space Science &
Education Division
Operations and
Space System
Division
Technology
Development &
Space Applications
Division
5. Integrating Navigation Technology in
Emergency Medical System Services in
Malaysia
• Idea came in 2013 since when ANGKASA was
implementing the ‘Rural Emergency Medical System
using Geospatial Technology (REMS 1)’
• REMS 1 was a pilot project funded under MOSTI’s
Inclusive Innovation Fund 2013
• REMS 1 Objectives are:
• To enhance the rapidness of emergency vehicle to
individual who need immediate treatment cause by
illness.
• To enhance the quality of emergency medical
services to the community.
7. Rural Medical Emergency System
(REMS1)
Map viewed by the Hospital Ambulance Dispatch Centre
Registered Patients
with the hospital /
EMS Alarm by patient to the hospital / EMS
8. Registered Patient
with the GPS personal locator
Patient Information from
Database viewed by paramedics
Rural Emergency
Medical System
System Architechture
Control Station
Emergency Despatch
Centre
9. Control Station
Patient Information
1. Personal locator /GPS ID
2. Patient basic information
3. Patient health information
4. Coordinate of emergency
5. Pin point on map of emergency
6. Patient Important contact numbers
7. Patient verification phone number
System Architechture
10. REMS 1 advantages
• Locating patient using GPS personal locator
GPS Personal Locator is given to selected patients who have
critical illness (recommended by the doctor)
From the patient own initiative, they can register
themselves
• Easy emergency/distress flagging (SOS button)
Press SOS button to signal for distress
• Control Centre is located at emergency vehicle dispatch centre
Display patient location (coordinates) on a digital map at
the control station; viewed by the operator and paramedics.
11. • Patient Information
• Incident Coordinates
Registered Patient
Timeline : 2014 – 2016
Rapid Emergency Medical System
Emergency
Vehicle
or
Call via fixed line to the control station
Control Station
& Patient Database
13. Rapid Emergency Medical System
(REMS 2.0)
A GNSS-based system for a rapid EMS with tracking & tracing capability and
comprehensive emergency medical care for registered/subscribed patients. The
system provides:
i. emergency notification to the EMS provider using a personal locator,
mobile device or a fixed line
ii. precise incident location of the patient by using GNSS positioning
iii. advanced patient information for the paramedic in the emergency
vehicle
iv. emergency vehicle tracking system using GNSS for navigation guidance
Problem & Solution
a. Improve the quality of EMS in Malaysia, benefiting either the
government or private medical services by minimizing the Response
Time (RT) using GNSS (item i, ii and iv)
b. Providing comprehensive emergency medical care for patient (item iii).
14. Advantages of REMS 2.0
– Rapid EMS with no phone call needed by the user/subscriber.
– Rapid EMS alert through any mobile platform using iOS and
Android.
– Full medical record of the subscribers available in case of
emergency
– Advanced preparedness either with equipment or medicine by
the medical staff in the emergency vehicle
– Tracking & tracing capabilities with comprehensive emergency
medical care.
– Tracking of all emergency vehicle and the status of availability
Rapid Emergency Medical System
(REMS 2.0)
15. Identified addressable market will be in the health sector
segment. The market will be from
i. public and private hospitals,
ii. EMS agencies,
iii. old folks homes,
iv. charity homes,
v. insurance companies
vi. individuals.
The product positioning in the market will be as a fast,
easy and accurate location positioning for subscribers to get
medical help from EMS using GNSS based technology.
Other possible applications for the product/service will
be the like of Mobile Workforce System and Virtual
Boundary Monitoring alert.
Rapid Emergency Medical System
(REMS 2.0)
16. Web App accepted the signal
and store into database(server)
Mobile app sending
signal using based station
Mobile app / GPS personal
locator retrieve GPS
information from satellite
• User activates the Distress button
Rapid Emergency Medical System
(REMS 2.0)
18. Emergency Alert by Registered Patient
Display 1
Web application receive the signal and display the location in map
19. Emergency Alert by Registered Patient
Display 2
Web application receive the signal and display the location in map
20. i. Gold Medal- National Innovation and Invention
Competition through Exhibition 2014 (iCompEx’14),
Mac 2014
20
REMS 2013 Launching by YBhg.
Deputy Minister MOSTI, March 2014
ii. Gold Medal- 2nd International Innovation, Design
and Articulation (i-IDeA 2014) Sep 2014
Achievements for REMS 1
22. Shahrizal Ide Moslin
M.Sc. Space Sys. Engineering
(TU Delft, Holland)
Ooi Wei Han
M.Sc. Geomatics Eng. & GIS (UPM)
Helmi Kadir
BA Geography (UKM)
Madzwin Ansari
MBA (UIAM)
Norhan Mat Yusoff
M.Sc. Remote Sensing (UTM)
Muhammad Firdaus Mat Ghani
B.Sc. IT (UiTM)
Space System
Engineer
Geomatics
Engineer
Geospatial
Consultant
System
Developer
Marketing
Consultant
Geospatial
Solution
Integrator
Project Leader
Prof. Dr. Noordin Ahmad
Ph.D. (GNSS), Uni. of Newcastle
The REMS 2.0 Team
23. Integrating Navigation Technology in Emergency
Medical System Services in Malaysia
Sr Shahrizal Ide b. Moslin
Ooi Wei Han, Norhan Mat Yusoff, Mohd Firdaus, Dr. Noordin Ahmad
National Space Agency of Malaysia (ANGKASA)
Space Application and Technology Development
National Space Centre
Banting, Selangor
Thank you