Slides of my presentation Healthcare digital transformation - How to lead it at the prestigious Official College of Physicians of Barcelona on May, 10th 2023
Healthcare digital transformation is a must worldwide. Learn the best practices to lead such a challenging process. Understand the key success factors.
The demographic changes and the lack of human resources, doctors, and nurses, only can be faced using digital technologies.
Artificial intelligence is being used in many areas of health and medicine to improve outcomes. AI can help detect diseases like cancer more accurately and at earlier stages. It is also used to analyze medical images and has been shown to spot abnormalities with over 90% accuracy. AI systems are also being developed to customize treatment plans for individuals based on their specific medical histories and characteristics. As more data becomes available through technologies like genomics and wearable devices, AI will play a larger role in precision medicine by developing highly personalized prevention and treatment strategies.
Artificial intelligence is being used in healthcare in several ways: to detect diabetic retinopathy from retinal images, enable low-dose CT scans with improved image quality, and analyze chest CT scans and patient data to rapidly detect COVID-19. Startups are also applying AI to portable retinal imaging devices and AI-powered robots are being used to screen for COVID-19 in hospitals. Going forward, AI systems across hospitals will share aggregated clinical data to continuously learn and identify new medical patterns that can improve diagnosis and treatment.
Interoperability is one of the most critical issues facing the health care industry today. A universal exchange language is needed to assist health care providers in sharing health information in order to coordinate diagnosis and treatment, while maintaining privacy and security of personal data. Health Information Exchanges (HIE) allow for the movement of clinical data between disparate systems; they enable providers to electronically share health records through a network. This presentation provides an overview of HIE and the Meaningful Use requirement related to the exchange of clinical information as well as information about standards of exchange and the recommended "next steps" for providers.
Health Information Analytics: Data Governance, Data Quality and Data StandardsFrank Wang
The document discusses key concepts related to health data governance, including data governance, data quality, data standards, and master data management. It provides definitions and explanations of these topics, as well as their importance in enabling effective health information analytics. It also discusses different roles and responsibilities in data governance committees and outlines approaches to master data management.
Modernizing the Insurance Value Chain: Top Three Digital ImperativesCognizant
As nontraditional companies enter the insurance scene and insurtechs launch novel products, incumbents need to accelerate innovation and differentiate the customer journey to remain in the game. Here are three strategies to achieve these goals, with a brief look at a few companies well on their way.
Healthcare Interoperability: New Tactics and TechnologyHealth Catalyst
Every provider agrees on the need for healthcare interoperability to achieve clinical data insights at the point of care. The question is how to get there from the myriad technologies and the volumes of data that comprise electronic medical records. It’s been difficult to organize among participants that have had little incentive to cooperate. And standards for sending and receiving data have been slow to develop. This is changing, but the key components that are still vital to realizing insights are closed-loop analytics and its accompanying tools, an enterprise data warehouse and analytics applications. This article defines the problems and explores the solutions to optimizing clinical decision making where it’s needed most.
What is data literacy? Which organizations, and which workers in those organizations, need to be data-literate? There are seemingly hundreds of definitions of data literacy, along with almost as many opinions about how to achieve it.
In a broader perspective, companies must consider whether data literacy is an isolated goal or one component of a broader learning strategy to address skill deficits. How does data literacy compare to other types of skills or “literacy” such as business acumen?
This session will position data literacy in the context of other worker skills as a framework for understanding how and where it fits and how to advocate for its importance.
Healthcare Technology & Medical InnovationsS A Tabish
The document discusses how technology has changed and impacted healthcare. It covers several key areas:
1) Technology has transformed how clinicians perform their jobs and expanded options for medical treatments through improvements in networking and computers.
2) As demands on healthcare organizations increase, technology solutions are helping to improve performance, increase collaboration, manage costs, streamline processes, automate tasks and improve workflows.
3) Technologies like AI, blockchain, cloud computing, telehealth, and interoperability solutions are further helping to improve patient care, experiences and outcomes while reducing costs.
Artificial intelligence is being used in many areas of health and medicine to improve outcomes. AI can help detect diseases like cancer more accurately and at earlier stages. It is also used to analyze medical images and has been shown to spot abnormalities with over 90% accuracy. AI systems are also being developed to customize treatment plans for individuals based on their specific medical histories and characteristics. As more data becomes available through technologies like genomics and wearable devices, AI will play a larger role in precision medicine by developing highly personalized prevention and treatment strategies.
Artificial intelligence is being used in healthcare in several ways: to detect diabetic retinopathy from retinal images, enable low-dose CT scans with improved image quality, and analyze chest CT scans and patient data to rapidly detect COVID-19. Startups are also applying AI to portable retinal imaging devices and AI-powered robots are being used to screen for COVID-19 in hospitals. Going forward, AI systems across hospitals will share aggregated clinical data to continuously learn and identify new medical patterns that can improve diagnosis and treatment.
Interoperability is one of the most critical issues facing the health care industry today. A universal exchange language is needed to assist health care providers in sharing health information in order to coordinate diagnosis and treatment, while maintaining privacy and security of personal data. Health Information Exchanges (HIE) allow for the movement of clinical data between disparate systems; they enable providers to electronically share health records through a network. This presentation provides an overview of HIE and the Meaningful Use requirement related to the exchange of clinical information as well as information about standards of exchange and the recommended "next steps" for providers.
Health Information Analytics: Data Governance, Data Quality and Data StandardsFrank Wang
The document discusses key concepts related to health data governance, including data governance, data quality, data standards, and master data management. It provides definitions and explanations of these topics, as well as their importance in enabling effective health information analytics. It also discusses different roles and responsibilities in data governance committees and outlines approaches to master data management.
Modernizing the Insurance Value Chain: Top Three Digital ImperativesCognizant
As nontraditional companies enter the insurance scene and insurtechs launch novel products, incumbents need to accelerate innovation and differentiate the customer journey to remain in the game. Here are three strategies to achieve these goals, with a brief look at a few companies well on their way.
Healthcare Interoperability: New Tactics and TechnologyHealth Catalyst
Every provider agrees on the need for healthcare interoperability to achieve clinical data insights at the point of care. The question is how to get there from the myriad technologies and the volumes of data that comprise electronic medical records. It’s been difficult to organize among participants that have had little incentive to cooperate. And standards for sending and receiving data have been slow to develop. This is changing, but the key components that are still vital to realizing insights are closed-loop analytics and its accompanying tools, an enterprise data warehouse and analytics applications. This article defines the problems and explores the solutions to optimizing clinical decision making where it’s needed most.
What is data literacy? Which organizations, and which workers in those organizations, need to be data-literate? There are seemingly hundreds of definitions of data literacy, along with almost as many opinions about how to achieve it.
In a broader perspective, companies must consider whether data literacy is an isolated goal or one component of a broader learning strategy to address skill deficits. How does data literacy compare to other types of skills or “literacy” such as business acumen?
This session will position data literacy in the context of other worker skills as a framework for understanding how and where it fits and how to advocate for its importance.
Healthcare Technology & Medical InnovationsS A Tabish
The document discusses how technology has changed and impacted healthcare. It covers several key areas:
1) Technology has transformed how clinicians perform their jobs and expanded options for medical treatments through improvements in networking and computers.
2) As demands on healthcare organizations increase, technology solutions are helping to improve performance, increase collaboration, manage costs, streamline processes, automate tasks and improve workflows.
3) Technologies like AI, blockchain, cloud computing, telehealth, and interoperability solutions are further helping to improve patient care, experiences and outcomes while reducing costs.
Artificial intelligence in Health CareMuhammedIyas
This technical seminar presentation provides an overview of artificial intelligence in healthcare. It introduces artificial intelligence and how it is classified. It also discusses how AI technologies like machine learning, machine vision, and natural language processing are being used in healthcare for applications such as disease prediction, drug manufacturing, treatment decision-making, and surgery. The presentation highlights advantages of AI in healthcare like more accurate disease identification, lower treatment costs, and reduced errors. It also notes challenges around training, adoption, regulations, and security.
Digital transformation strategy focuses on continuously improving processes, people, and technology to stay ahead of customer expectations. This involves assessing business processes and functions, technology, and organizational structure to establish pain points and opportunities. Recommendations are then made to improve processes, technology, and people using strategic roadmaps, digital tools, and new practices. The goal is to realize business benefits through measurable performance improvements and value creation at the intersection of strategy, processes, and technology, enabled by governance models.
The emergence of the Internet of things has attracted the attention of governments, research scholars, healthcare, and business community all over the world. In the healthcare system, the motivation for using IoT is to offer promising solutions for efficiently delivering all kinds of medical healthcare services to patients at an affordable cost. IoT could be a game changer for healthcare services. It makes it now possible to process data and remotely monitor a patient in real time. IoT is important in healthcare because of the services it provides. These services enhance the quality and efficiency of care treatments which benefit patients, doctors, nurses, and hospitals in a great way. This chapter covers various applications of IoT in healthcare and their benefits and challenges. Matthew N. O. Sadiku | Uwakwe C. Chukwu | Abayomi Ajayi-Majebi | Sarhan M. Musa "Applications of IoT in Healthcare" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-3 , April 2022, URL: https://www.ijtsrd.com/papers/ijtsrd49675.pdf Paper URL: https://www.ijtsrd.com/computer-science/artificial-intelligence/49675/applications-of-iot-in-healthcare/matthew-n-o-sadiku
The number of startups entering the healthcare AI space has increased in recent years, with over 50 companies raising their first equity rounds since January 2015. Deals to healthcare-focused AI startups went up from less than 20 in 2012 to nearly 70 in 2016.
This document provides an overview of artificial intelligence and its applications. It discusses how AI is inspired by biological neurons and how artificial neural networks were developed. It then covers several major applications of AI in healthcare, finance, and other industries. For healthcare, it describes how AI is being used for cancer detection and diagnosis. For finance, it discusses uses of AI for fraud detection, risk management, and algorithmic trading. The document concludes by listing several AI hardware developments and references for further reading.
Computers are used in many areas of medicine like medical education, storing health records, diagnostics, scientific work, and therapy. They can store large amounts of patient information, assist with online appointments, help analyze medical scans, guide surgeries, and process large data sets for research. Computers also aid in knowledge sharing between medical professionals.
Artificial Intelligence, Robotics and Public Health kirtan rana
Artificial intelligence and robotics have potential applications in public health by assisting with tasks like disease surveillance, identifying at-risk populations, and evaluating health interventions. Natural language processing is an example of an AI technique that can rapidly analyze large amounts of unstructured text to help with these tasks. The ICDS CAS in India uses AI to track child development metrics in real-time. While AI and robotics face challenges like data and algorithmic biases, they may help address issues like doctor shortages and be useful during health crises by performing tasks like disinfection and delivering supplies. Developing technologies with responsible research and innovation principles can help address ethical concerns about their implementation.
Delivered by Craig Brammer at CITIH 2011. Focus on discussion of regional and national initiatives and opportunities for regional partners to leverage them for driving healthcare improvements, public health and research.
This session will provide a broad perspective on the many initiatives related to HIT. Experts from the regional and national level will discuss data models, privacy concerns and adoption strategies from their different perspectives. Also addressed will be planning for NHIN direct adoption as a complimentary strategic to full HIEs.
Six Building Blocks Of Digital Evolution PowerPoint Presentation Slides SlideTeam
Digital business is what combines traditional business models with the digital world. Use our six building blocks of digital evolution PPT slides and execute digital transformation in your business organization. Incorporating our six building blocks of digital evolution PowerPoint template will allow you to represent information related to your digital transformation business model, data and analytics, process automation, customer decision journey, strategy and innovation, etc. The digital future requires leadership skills related to digitization and not limited to operations and finance. Product digitization should be done using technology to enhance your offer or service. If your organization is not modernizing then you’ll be left behind, and the threat of disruption becomes very real. An efficient development and execution of digital strategies can be done with our digital evolution PPT slides. Download this six building blocks of digital evolution Presentation slideshow to explore the digital world and make amazing PowerPoint slides. Acquaint folks with the inherent difficulties through our Six Building Blocks Of Digital Evolution PowerPoint Presentation Slides. Bring out all the intricacies.
Solutions for small, medium or large Hospital Management System. Include patient registration, laboratory, apotik, doctor, nurse in one stop solutions application.
Presenting this set of slides with name - Healthcare Sector Analysis Powerpoint Presentation Slides. Keep your audience glued to their seats with professionally designed PPT slides. This deck comprises of total of sixty four slides. It has PPT templates with creative visuals and well researched content. Not just this, our PowerPoint professionals have crafted this deck with appropriate diagrams, layouts, icons, graphs, charts and more. This content ready presentation deck is fully editable. Just click the DOWNLOAD button below. Change the colour, text and font size. You can also modify the content as per your need. Get access to this well crafted complete deck presentation and leave your audience stunned.
Hospital erp( ERP System for Hospitals ) an opensource erp systemArvind Kumar
this is an erp system which covers all the operations involved into an Healthcare associated Organization or Hospitals .
it catters multi company Multiple Warehouse
It is highly secured , and Open Source Application
for further reference please mail me at arvind28990@gmail.com
A quick introduction to digital transformation. Covering Digital First, Lean, Agile, Leadership, it addresses the 3 core strands - People Change, Process Change and Technology Change. It presents a Systematic approach to Digital Transformation and the need for Governance and Leadership to realise the benefits. Observations include the share of the costs that lead to success, the risk profile of a transformation program and finally the hallmarks of a digital organization
EMR (Electronic Medical Record) is computerized legal medical record created in an organization that delivers care such as Hospital or doctor’s clinic. EMR will provide to improve the quality of life by reducing costs. The use of the system will help to centralize the medical information.
The document discusses healthcare information technology and its evolution. It defines common terms like EMR, EHR, HIS, HL7, DICOM and PACS. It states that computerized physician order entry (CPOE) can significantly reduce medication errors and preventable adverse drug events. The hospital information system (HIS) is described as an integrated system that manages administrative, financial and clinical data across different departments. Several standards organizations are working to develop standards for interoperability between different health IT tools and electronic medical records.
My talk in the technical meeting "Global Burden of Diseases and Scientific Computation in Health". 25-26 September 2015. FIOCRUZ, Rio de Janeiro, Brazil
This document discusses how artificial intelligence is being used in healthcare for more accurate and faster diagnosis of medical conditions. It explains that AI can assist doctors in diagnosis or even make diagnoses independently using machine learning. The technology is being implemented in hospitals using diagnostic AI that can offer suggestions to doctors. While initial costs are high, AI is expected to save billions and greatly increase the efficiency of diagnosis. It predicts that AI will be widely used in healthcare by 2025 to benefit patients through reduced costs, more accessible care, and better outcomes.
Reshaping Agriculture in Sri Lanka through ICT.Rizwan MFM
The document discusses the use of information and communication technologies (ICT) to address challenges in Sri Lanka's agriculture sector. It outlines various ICT initiatives in Sri Lanka, including websites, radio/TV programs, a call center, social media, and mobile apps that provide farmers with information on topics like weather, seeds, and pest management. Emerging trends toward precision agriculture using drones and sensors are discussed. The concept of "Agriculture 4.0" is introduced, which utilizes modern technologies like the Internet of Things to create an interconnected system linking farmers and stakeholders. Future initiatives may include precision agriculture, smart farming, advisory systems supported by spatial data, and digitalizing the value chain.
The document discusses the use of generative AI in healthcare. It defines generative AI as technology that can generate diverse content like images, text, and audio. Generative AI uses neural networks to identify patterns in data and generate new content. It has various applications in healthcare like drug discovery, medical imaging, disease diagnosis, and medical research. The document outlines several use cases of generative AI and factors driving its growth in healthcare. It predicts generative AI will continue transforming healthcare by advancing precision medicine, speeding innovation, and improving disease diagnosis and drug discovery. Overall, the document provides an overview of generative AI applications and potential in the healthcare industry.
The document discusses how digital technologies are impacting the field of nursing. It begins by providing statistics that show an increasing reliance on technologies like electronic medical records and mobile devices in nursing. The rest of the document is organized by how digital technologies are benefiting nursing practice, education, administration, and research. For each area, several technologies are described like electronic health records, telehealth, virtual/augmented reality simulation, and research tools. Both the benefits of these technologies for nurses as well as the challenges of digital adoption are outlined. The presentation concludes by stating that digital healthcare is already here and will continue transforming the nursing profession.
Dr. Walter Greenleaf's presentation for the IVRHA Meeting -August 2020Stanford University
Machine Learning, Biosensing, Virtual Reality Technology Converging to Transform Healthcare
Walter Greenleaf
Stanford Virtual Human Interaction Lab
This presentation provides an overview of how the coming wave of Virtual Reality and Augmented Reality technology will impact medicine, clinical care, and personal health and wellness.
Although entertainment, social connection, and gaming are driving the initial adoption of VR and AR technology, the deepest and most significant impact of the next generation of VR/AR technology will be to enhance clinical care and to improve personal health and wellness. VR and AR technology will also help facilitate the shift of medicine from clinic-based care to telemedicine-based care, and to facilitate personalized medicine.
We know from decades of clinical research that VR/AR technology can provide breakthrough solutions that address the most difficult problems in healthcare - ranging from mood disorders such as Anxiety and Depression to PTSD, Addictions, Autism, Cognitive Aging, Stroke Recovery, and Physical Rehabilitation, to name just a few.
VR technology can also improve clinical measurements and assessments by making them more objective and functional and improve medical training such as surgical skill training and procedure planning by applying simulation-based learning principals. Personal health and wellness will be improved by using VR to promote healthy lifestyles and to reduce stress and anxiety. As the cost of healthcare rises, VR technology can serve as an effective telemedicine platform to reduce costs of care delivery and improve clinical efficiency.
Artificial intelligence in Health CareMuhammedIyas
This technical seminar presentation provides an overview of artificial intelligence in healthcare. It introduces artificial intelligence and how it is classified. It also discusses how AI technologies like machine learning, machine vision, and natural language processing are being used in healthcare for applications such as disease prediction, drug manufacturing, treatment decision-making, and surgery. The presentation highlights advantages of AI in healthcare like more accurate disease identification, lower treatment costs, and reduced errors. It also notes challenges around training, adoption, regulations, and security.
Digital transformation strategy focuses on continuously improving processes, people, and technology to stay ahead of customer expectations. This involves assessing business processes and functions, technology, and organizational structure to establish pain points and opportunities. Recommendations are then made to improve processes, technology, and people using strategic roadmaps, digital tools, and new practices. The goal is to realize business benefits through measurable performance improvements and value creation at the intersection of strategy, processes, and technology, enabled by governance models.
The emergence of the Internet of things has attracted the attention of governments, research scholars, healthcare, and business community all over the world. In the healthcare system, the motivation for using IoT is to offer promising solutions for efficiently delivering all kinds of medical healthcare services to patients at an affordable cost. IoT could be a game changer for healthcare services. It makes it now possible to process data and remotely monitor a patient in real time. IoT is important in healthcare because of the services it provides. These services enhance the quality and efficiency of care treatments which benefit patients, doctors, nurses, and hospitals in a great way. This chapter covers various applications of IoT in healthcare and their benefits and challenges. Matthew N. O. Sadiku | Uwakwe C. Chukwu | Abayomi Ajayi-Majebi | Sarhan M. Musa "Applications of IoT in Healthcare" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-3 , April 2022, URL: https://www.ijtsrd.com/papers/ijtsrd49675.pdf Paper URL: https://www.ijtsrd.com/computer-science/artificial-intelligence/49675/applications-of-iot-in-healthcare/matthew-n-o-sadiku
The number of startups entering the healthcare AI space has increased in recent years, with over 50 companies raising their first equity rounds since January 2015. Deals to healthcare-focused AI startups went up from less than 20 in 2012 to nearly 70 in 2016.
This document provides an overview of artificial intelligence and its applications. It discusses how AI is inspired by biological neurons and how artificial neural networks were developed. It then covers several major applications of AI in healthcare, finance, and other industries. For healthcare, it describes how AI is being used for cancer detection and diagnosis. For finance, it discusses uses of AI for fraud detection, risk management, and algorithmic trading. The document concludes by listing several AI hardware developments and references for further reading.
Computers are used in many areas of medicine like medical education, storing health records, diagnostics, scientific work, and therapy. They can store large amounts of patient information, assist with online appointments, help analyze medical scans, guide surgeries, and process large data sets for research. Computers also aid in knowledge sharing between medical professionals.
Artificial Intelligence, Robotics and Public Health kirtan rana
Artificial intelligence and robotics have potential applications in public health by assisting with tasks like disease surveillance, identifying at-risk populations, and evaluating health interventions. Natural language processing is an example of an AI technique that can rapidly analyze large amounts of unstructured text to help with these tasks. The ICDS CAS in India uses AI to track child development metrics in real-time. While AI and robotics face challenges like data and algorithmic biases, they may help address issues like doctor shortages and be useful during health crises by performing tasks like disinfection and delivering supplies. Developing technologies with responsible research and innovation principles can help address ethical concerns about their implementation.
Delivered by Craig Brammer at CITIH 2011. Focus on discussion of regional and national initiatives and opportunities for regional partners to leverage them for driving healthcare improvements, public health and research.
This session will provide a broad perspective on the many initiatives related to HIT. Experts from the regional and national level will discuss data models, privacy concerns and adoption strategies from their different perspectives. Also addressed will be planning for NHIN direct adoption as a complimentary strategic to full HIEs.
Six Building Blocks Of Digital Evolution PowerPoint Presentation Slides SlideTeam
Digital business is what combines traditional business models with the digital world. Use our six building blocks of digital evolution PPT slides and execute digital transformation in your business organization. Incorporating our six building blocks of digital evolution PowerPoint template will allow you to represent information related to your digital transformation business model, data and analytics, process automation, customer decision journey, strategy and innovation, etc. The digital future requires leadership skills related to digitization and not limited to operations and finance. Product digitization should be done using technology to enhance your offer or service. If your organization is not modernizing then you’ll be left behind, and the threat of disruption becomes very real. An efficient development and execution of digital strategies can be done with our digital evolution PPT slides. Download this six building blocks of digital evolution Presentation slideshow to explore the digital world and make amazing PowerPoint slides. Acquaint folks with the inherent difficulties through our Six Building Blocks Of Digital Evolution PowerPoint Presentation Slides. Bring out all the intricacies.
Solutions for small, medium or large Hospital Management System. Include patient registration, laboratory, apotik, doctor, nurse in one stop solutions application.
Presenting this set of slides with name - Healthcare Sector Analysis Powerpoint Presentation Slides. Keep your audience glued to their seats with professionally designed PPT slides. This deck comprises of total of sixty four slides. It has PPT templates with creative visuals and well researched content. Not just this, our PowerPoint professionals have crafted this deck with appropriate diagrams, layouts, icons, graphs, charts and more. This content ready presentation deck is fully editable. Just click the DOWNLOAD button below. Change the colour, text and font size. You can also modify the content as per your need. Get access to this well crafted complete deck presentation and leave your audience stunned.
Hospital erp( ERP System for Hospitals ) an opensource erp systemArvind Kumar
this is an erp system which covers all the operations involved into an Healthcare associated Organization or Hospitals .
it catters multi company Multiple Warehouse
It is highly secured , and Open Source Application
for further reference please mail me at arvind28990@gmail.com
A quick introduction to digital transformation. Covering Digital First, Lean, Agile, Leadership, it addresses the 3 core strands - People Change, Process Change and Technology Change. It presents a Systematic approach to Digital Transformation and the need for Governance and Leadership to realise the benefits. Observations include the share of the costs that lead to success, the risk profile of a transformation program and finally the hallmarks of a digital organization
EMR (Electronic Medical Record) is computerized legal medical record created in an organization that delivers care such as Hospital or doctor’s clinic. EMR will provide to improve the quality of life by reducing costs. The use of the system will help to centralize the medical information.
The document discusses healthcare information technology and its evolution. It defines common terms like EMR, EHR, HIS, HL7, DICOM and PACS. It states that computerized physician order entry (CPOE) can significantly reduce medication errors and preventable adverse drug events. The hospital information system (HIS) is described as an integrated system that manages administrative, financial and clinical data across different departments. Several standards organizations are working to develop standards for interoperability between different health IT tools and electronic medical records.
My talk in the technical meeting "Global Burden of Diseases and Scientific Computation in Health". 25-26 September 2015. FIOCRUZ, Rio de Janeiro, Brazil
This document discusses how artificial intelligence is being used in healthcare for more accurate and faster diagnosis of medical conditions. It explains that AI can assist doctors in diagnosis or even make diagnoses independently using machine learning. The technology is being implemented in hospitals using diagnostic AI that can offer suggestions to doctors. While initial costs are high, AI is expected to save billions and greatly increase the efficiency of diagnosis. It predicts that AI will be widely used in healthcare by 2025 to benefit patients through reduced costs, more accessible care, and better outcomes.
Reshaping Agriculture in Sri Lanka through ICT.Rizwan MFM
The document discusses the use of information and communication technologies (ICT) to address challenges in Sri Lanka's agriculture sector. It outlines various ICT initiatives in Sri Lanka, including websites, radio/TV programs, a call center, social media, and mobile apps that provide farmers with information on topics like weather, seeds, and pest management. Emerging trends toward precision agriculture using drones and sensors are discussed. The concept of "Agriculture 4.0" is introduced, which utilizes modern technologies like the Internet of Things to create an interconnected system linking farmers and stakeholders. Future initiatives may include precision agriculture, smart farming, advisory systems supported by spatial data, and digitalizing the value chain.
The document discusses the use of generative AI in healthcare. It defines generative AI as technology that can generate diverse content like images, text, and audio. Generative AI uses neural networks to identify patterns in data and generate new content. It has various applications in healthcare like drug discovery, medical imaging, disease diagnosis, and medical research. The document outlines several use cases of generative AI and factors driving its growth in healthcare. It predicts generative AI will continue transforming healthcare by advancing precision medicine, speeding innovation, and improving disease diagnosis and drug discovery. Overall, the document provides an overview of generative AI applications and potential in the healthcare industry.
The document discusses how digital technologies are impacting the field of nursing. It begins by providing statistics that show an increasing reliance on technologies like electronic medical records and mobile devices in nursing. The rest of the document is organized by how digital technologies are benefiting nursing practice, education, administration, and research. For each area, several technologies are described like electronic health records, telehealth, virtual/augmented reality simulation, and research tools. Both the benefits of these technologies for nurses as well as the challenges of digital adoption are outlined. The presentation concludes by stating that digital healthcare is already here and will continue transforming the nursing profession.
Dr. Walter Greenleaf's presentation for the IVRHA Meeting -August 2020Stanford University
Machine Learning, Biosensing, Virtual Reality Technology Converging to Transform Healthcare
Walter Greenleaf
Stanford Virtual Human Interaction Lab
This presentation provides an overview of how the coming wave of Virtual Reality and Augmented Reality technology will impact medicine, clinical care, and personal health and wellness.
Although entertainment, social connection, and gaming are driving the initial adoption of VR and AR technology, the deepest and most significant impact of the next generation of VR/AR technology will be to enhance clinical care and to improve personal health and wellness. VR and AR technology will also help facilitate the shift of medicine from clinic-based care to telemedicine-based care, and to facilitate personalized medicine.
We know from decades of clinical research that VR/AR technology can provide breakthrough solutions that address the most difficult problems in healthcare - ranging from mood disorders such as Anxiety and Depression to PTSD, Addictions, Autism, Cognitive Aging, Stroke Recovery, and Physical Rehabilitation, to name just a few.
VR technology can also improve clinical measurements and assessments by making them more objective and functional and improve medical training such as surgical skill training and procedure planning by applying simulation-based learning principals. Personal health and wellness will be improved by using VR to promote healthy lifestyles and to reduce stress and anxiety. As the cost of healthcare rises, VR technology can serve as an effective telemedicine platform to reduce costs of care delivery and improve clinical efficiency.
Future of Digital Healthcare on Cloud .pdfayushiqss
Healthcare has been an integral part of the discussion and a transformative force towards innovation. With increasing advancements and awareness, people are becoming more conscious about their choices, what they eat, and where and how to get the best treatment facilities. This brings the need to provide the best healthcare services, disease detection, and the right treatment, with the best tools and hospital staff. The internet has played a significant role in serving such kinds of top-notch consumer needs. One of these internets of things is Cloud Technology. Let’s look at cloud computing in healthcare, models of cloud computing and how it has transformed the digital healthcare sector.
The document discusses Internet of Things (IoT) in healthcare. It notes that while IoT has become integrated into many people's lives through devices like activity trackers, connecting medical devices poses challenges around data integration, security, and ensuring information can be accessed quickly. The document provides examples of how IoT could help in emergency situations by allowing hospitals to monitor patients' vital signs during ambulance transport, helping doctors prepare for treatment. Overall it frames IoT as having potential to improve healthcare outcomes and reduce costs if infrastructure issues are addressed.
Disruptive Insurance Product Innovation Using IoT in HealthcareAmazon Web Services
Potential for consumer healthcare
1. No more non-value apps – consumers want insights
2. Lifestyle and Wellness platforms will win
3. Data INTENSITY = New OPPORTUNITY
4. Real Time is the NORM
5. Machines learn to IMPROVE our lives
Speakers:
Gaurav Sharma, Senior Industry Principal and Lead for Finacle on Cloud business, Infosys Finacle
&
Michael Braendle, Principal Cloud Architect, Professional Services, AWS
Utilizing wearable technology in remote patient monitoring with aging populat...Valencell, Inc
Most developed nations are experiencing a dramatic aging of the population, which is putting pressure our healthcare systems to provide care outside of medical facilities and driving opportunities for remote patient monitoring systems. In fact, 90% of family caregivers want a way to monitor their loved ones, receive alerts and be involved in their care. This webinar will discuss the trends driving remote patient monitoring today and how these systems are utilizing wearable technology to elevate the level of care possible outside of medical facilities. You won’t want to miss this webinar!
Why Care Management Systems are Essential for Efficient Healthcare Delivery?.pdfmagePoint
Care Management System is one such technology that emerged relatively recently but has established itself as essential to delivering the best experience. The idea is to fulfill the moral and legal obligation to ensure that everyone associated with the establishment, whether employee, volunteer, student, tradesperson visitor, or resident, is fully protected from any personal, physical, and/or emotional harm, either on the premises or when engaged in activities relating to the establishment.
PPT on Cutting Edge Technology Demonstration in NursingArchanaSelvan
Cutting Edge Technology is the need of hour to modern nursing for promoting comfort of patient and reducing time and energy of nurses - the health care provider in all setting.
The document discusses how technology is transforming the exam room into connected health. It outlines several key enablers of mobile health and connected health such as electronic health records, personal health records, mobile devices, telehealth, and remote monitoring devices. The benefits of these technologies include improved access to care, greater efficiency, reduced costs, and increased quality. The document also demonstrates how technologies like Cisco HealthPresence can enhance care delivery through telehealth by integrating video conferencing, medical devices, and health record access to allow remote visits and consultations.
Several enterprises are innovating through big data in key areas like R&D, operations, treatment, clinical decision making, and customer service. The document outlines use cases and technologies used across these areas. It also discusses challenges around talent shortage, integrating unstructured data, scalability, and the need for solutions that work with legacy and new systems and are easy for non-experts to use. An ideal big data solution would be mobile and cloud-first, integrate diverse data sources, rapidly process algorithms, and interconnect with traditional and modern databases and systems.
Augmented and Mixed Reality Solutions for Frontline Medical Professionalsthirdeyegen65
The X Series MR Glasses from ThirdEye are enhancing the healthcare journey for both professionals and patients, leading to expedited recovery, superior outcomes, and an enhanced patient experience.
For More Details Visit Here: https://realeye.thirdeyegen.com/
How Interconnectivity Is Enabling The Future Of Patient-Driven HealthKent State University
1) Connected health technologies like wearables, home devices, and remote patient monitoring apps have the potential to transform chronic disease management by allowing patients to manage conditions at home independently.
2) Remote patient monitoring is increasingly being used to monitor chronic conditions like congestive heart failure and is showing success in reducing hospital admissions. Technologies also support healthy aging by enabling aging in place.
3) While connectivity offers opportunities, deploying and managing these systems poses challenges for providers and patients regarding technical support, data security and privacy, and maintaining remote monitoring equipment.
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Healthcare digital transformation - How to lead it COMB def.pdf
1. Healthcare
Digital
Transformation
How to lead it.
Agustin Argelich
Telecom Engineer
Principal Consultant Argelich Networks
Intelligent Community Forum
Society of Communication Technology
Consultans International
2. 1) What Digital Transformation means ?
2) What value it add?
4) How to implement
digital transformation
successfully?
3) Why we need it?
3. Which is the challenge we
are facing?
Which strategies can we
apply?
(best leadership
practices)
5. UC2, IP, WIFI, WIMAX, IA, BIG DATA, CPBA,
FTTH, ERP,
Names of Digital transformation in a close past:
Technology is a tool.
A powerful one. Use it
Don’t trust in people who are unable to
explain a concept and use too many
estrange mnemonics.
Telemetry
Digital Transformation is nothing new
Automatization
Remote Control
Informatization
6. 500.000 400.000 300.000 200.000 100.000 0 100.000 200.000 300.000 400.000 500.000
0 años
4 años
8 años
12 años
16 años
20 años
24 años
28 años
32 años
36 años
40 años
44 años
48 años
52 años
56 años
60 años
64 años
68 años
72 años
76 años
80 años
84 años
88 años
92 años
96 años
100 años o mas
Piramide demografica España a 1 de julio de 2022
Datos Instituto Nacional Estadística
Elaboración propia
Hombres Mujeres
Suicidio demográfico: No creemos en el futuro
#BETTERFUTURE @Newcommunities @aargelich
7. Social and Demographic changes
0
50
100
150
200
250
Índice de envejecimiento en España
More needs
Few qualified resources
Only Technology can help us
8. Demographic considerations
new generations,
our teenagers, are
more innovative
and dynamic than
enterprises.
Many directors ask
their kids about IT.
They have always been living with
what we (adults) call “new
technologies.”
Probably, it is the first time in
human history that
10. Everything comes from the great book of nature.
What’s digital transformation about?
11. Networks are the nervous
system of any organization
The nervous system transports different
kinds of signs and orders, sounds,
images, touch, heat, cold, etc.
An IP telecommunications network
transports in a transparent way different
kinds of information: voice, data, video,
control.
We have evolved from separate service-
specific networks to a single network.
We are moving on to a more efficient and
natural solution.
12. The brain is protected by the skull,
i.e. a Data Center.
Where is your Data
Center located?
13. Our brain is a network
We use a network:
TO THINK
14. How our brain make instinctive decision
Considering all the
information collected by
our sensors + our
expertise
Artificial intelligent try to
work in the same way
our brain does
15. The New Age of Digital Healthcare
You need a wire o wireless
network port everywhere
Symmetric high-capacity
WAN and LAN Ethernet
links.
Sharing information and resources.
Huge computing capacity
16. The Hospital is any place where there is a patient
No more borders, no more
geographical limits in your
network
Voice, data, video and control
signals.
Wireless high capacity data
networks
No more walls in any Hospital
18. Sharing information and resources worldwide
Support to local or
regional Hospitals
Main Hospital
19. Infant Protection
LabResults
Nurse call
Security System
Location Tracking
IT System
Monitoring
ADT System
Pager
Remote
Monitoring
Devices
Digital
Signage/
Whiteboard
Smart
Phones
Web
Wireless
Telephony
Enterprise-widedirectory,presence,
preferenceand escalation rules
Deliveryto right
endpoint
Web
Directory
Emergency
Notification
Speech
Recognition
Wireless
Telephony
Dashboard
On-site
Paging
OnCall
Alarms
Integration
E911
Nurse Call
Integration
RFID
Presence
Call Recording
Call Accounting
Operator
Console
Unified
Communications
Services
Universal
connectivity to
data sources
1. Collect the information where it occurs.
2. Apply the rules and procedures. Support decision tools.
3. Processed information is delivered to the key person wherever s/he is.
3 Steps
21. Business process improvement
Introduce data on real time
300 prescriptions per day
x 5 min. to process each
prescription
Each action is done once.
Avoiding mistakes
9.125 hours /year
22. Critical communications in Hospitals
➢ The high level of mobility of medical and technical
management staff
➢ Dynamic and complex directory. Who is available?
➢ Mobile messages. High volumes of short message to mobile devices.
➢ A large amount of machine and system data from two different
origins:
➢ Patient follow-up.
➢ Building management
➢ Group communication is also very frequent. Different specialists
must be consulted in real time. Second opinions are required
➢ Communication traceability and auditing.
23. UC2 Unified Communications and Collaboration
1. The physician needs a
second opinion on an X-ray.
2. He checks availability of
his colleagues on the
collaboration portal.
3. He starts a conference to
share the graph with his
three available colleagues.
If you are interdependent, you are efficient (Stephen Covey).
24. UC2 Unified Communications and Collaboration
Nurse
The physician accepts
the nurse’s call
The physicians are unavailable
1) The nurse needs to contact a specialist urgently.
2) The system’s UC2 application immediately contacts one
of the available physicians by just clicking on “Surgical
team” button on her Wi-Fi PDA/Smartphone.
25. Video remote collaboration
in a surgery
Recording it.
Broadcasting it in real time
Running in 40 operating rooms in
Spain public and private hospitals
28. 4
Tele medicine 4 - Modules
+ Medical device
Class IIa or IIb
+ Low cost.
+ Very accurate.
+ Self measure
+ Easy to operate
+ Smartphone
App for patients.
+ Smartphone
App for family
(tutor)
+ Smartphone
app for
Physician
+ Avoiding self-
medication.
+ Process data
received from
patients.
+ Alarms to
patients, family
or Physician.
+ Biggest
database of
illness ever
build
+ Research using
standard tools.
Personal
Medical device
Comm. Patient
Physician
Family
Real - Time
monitoring
Big Data
01 02 03 04
29. 5
Remote monitoring flowchart
Send data to the
portal
Process data on real-time
Data Storage Analysis
01 02 03
05
Capturing Real
Data with
personal
medical device
Big Data Analysis
Artificial Intelligence
Paper Research
Forensic analysis
06
04
Patient
Assisted person
Send alarm to the right endpoint
Tutor / Family
Physician /nurse / caregiver
30.
31. STAT-ON is a medical device that provides objective information about severity and
distribution of motor symptoms in patients with Parkinson’s Disease in daily life.
STAT-ON - PARKINSON
Connecting patients to clinicians with one wearable
Pre-post treatment example
450 active sensors active in 13 countries (2022)
32. + Asistente
personal:
higiene, comida,
paseo,
fisioterapia.
+ Asistente
domésticos.
+ Acompañamiento.
+ Robot asistente
personal para
grandes
dependientes,
en particular
personas
jóvenes.
+ Exoesqueletos.
+ Control de
enfermedades
crónicas.
+ Control de
actividad y
movilidad
+ Control
medicación
+ Creación de una
enorme base de
datos sobre
enfermedades
crónicas y
asistencia a
personas
mayores y/o
dependientes.
+ Investigación
mediante uso
de herramientas
standard de Big
data.
Servicios de
asistencia
personal a
domicilio
Robótica
Monitorización
en tiempo real
de parámetros
biomédicos
Big Data
01 04
03 07
+ Gas
+ Seguridad física
e intrusión.
Control de
accesos.
+ Climatización
+ Agua
Domótica
02
+ Smartphone
App para
personas
asistidas.
+ Smartphone
App para familia
(tutor)
+ Aviso a
servicios
médicos.
Comunicación
Asistido –
Familia -
Asistentes
05
+ Formación de
asistentes
Formación
06
La necesidad de atención a las personas mayores y dependientes es creciente
33. Metaverse is the 3 dimensions Internet
Metaverse BEST application in
healthcare:
Education and Training
Emotional Impact
Metaverse needs high speed telecom
networks and huge computing capacity
Very Low Latency
35. Results
✓ Rapid response to incidents and alarms.
✓ Improved response times to patient requirements.
✓ Locating the right person at the right time.
✓ Automating daily work flows, improving efficiency. Avoiding
errors
✓ Improving team work. Facilitating the sharing of information.
✓ Access to resources from other, far-off hospitals. Share
expensive resources.
36. Digital Transformation is the right answer to meet
current challenges
✓ Improving the quality of patient care and in consequence their
level of satisfaction.
✓ Improving the level of satisfaction felt by hospital’s staff
✓ Reducing cost and inefficiencies.
37. What can we do?
Which one is
the right way?
How to lead Digital
transformation?
40. The creative process comes
interlinking seemingly
unrelated things.
#BETTERTHANEVER
#INFINITELEARNING
@Newcommunities
@aargelich
“Humans only change when
they actually realize the
consequences of not doing it.”
Why is it so difficult to
implement a change?
It’s easier to do nothing.
Dr. Mario Alonso Puig
42. 1. Builders
2. Destroyers
3. Vegetables
Indentify all the players
1. Winners
2. Loosers
3. Followers
1. Make things happen
2. Wonder what has happened
3. Watch things happen
Any person involved is important for the success of the
project.
43. 1. DNA
2. By strategy
3. Special circumstances
or situation
You can learn how to
determine why your
interlocutor is an impossible
person.
44. It’s unlikely that “heroism” will be
defined by fighting wars and
capturing real state, or by taking
political risk. Rather, a new heroism
will come from those who restore
heritages and build great places for
people to live
Lou Zacharilla
ICF Co-Founder
@Newcommunities @aargelich
45. • Mobility is the “fall of the
wall” in communications
BE OPEN- MINDED,
MY FRIEND
COLUMBUS
.. was looking for a different
route to India…
.. was trying to optimize an
established procedure…
.. thought globally…
.. was successful because he
was open-minded…
Leadership Skills for the digital
era (I)
1
46. .. As Gaudí imagined
Barcelona’s new Basilica,…
.. Imagine the future.
THE POWER OF
IMAGINATION
GAUDI
Leadership Skills for the digital
era (II)
2
47. WILLIGNESS TO
INNOVATE
JOHN F.
KENNEDY
• We are not saying “if we can”,
of course we do. We are now
talking about: “if we want to”.
We choose to go to the moon
• Are you still thinking
technology is a “commodity”,
or do you believe in a better
future thanks to the right use of
technology?
• Are you still thinking that IT is
only a technical issue?
Leadership Skills for the
digital era (III)
3
48. HOW DO YOU FEEL?
ALIGNED OR ALIENATED?
Leadership is to help others
understand why it is clever to be
aligned with project objectives
Leadership Skills for the digital era (IV)
4
49. ATTITUDES & APTITUDES
Leadership is to help others to
choose the right attitude
You not only can, YOU MUST
choose your attitude
Leadership Skills for the digital era (V)
5
50. Preferred skills to lead
innovation
Renaissance-type. Good communicator. Good negotiator.
Innovative and
imaginative.
Able to delegate. Good at listening.
Able to link differently
in knowledge,
technologies, and
insights.
A little bad-tempered
and moderately rude.
51. Top Ten Best Practices to Lead Innovation
1. Involving representatives of the entire organization, starting with the most influential people,
from the very beginning of the process.
2. Selling the process. Dedicating resources to market the project.
3. Listening, asking, taking time with those most directly affected by the change, accompanying
them while they develop their daily work. Detecting where they have difficulties, where it hurts
them.
4. The analysis and design stages are critical. Designs must not only be accurate and correct,
but, above all, simple.
5. Knowing how to manage meetings. Watch out for large meetings, problems must be solved in
advance. Agreements are reached before starting the meetings.
6. Prioritizing one-by-one contacts. Be careful with email. It is more convenient to use the phone
or, even better, still make video calls. Always improve your own communication skills. Having a
beer, a coffee, or a glass of wine at the right moment helps.
7. Be very strict about testing systems in the laboratory and in an actual situation. Quality control
is very important. Perform load and stress tests.
8. Training should not be left for the very last moment, because it helps to sell an innovation.
Education, selling, setting up an innovative system should run parallel to the project
development and must be refreshed later.
9. Adjust the solution. Excellence can be found in the details: you have to fine-tune adjustments.
10.Celebrate the project completion, take a short break, and start again.
52. STC – COETTC The Power of Collaboration.
Best practices in project management
Avoid any conflict of
interest between
project
management and
systems integrators
Internationals and
Independent
consultants should
join the project
management team
focusing their
collaboration on
quality assurance
task
Requirements
Fees
Investments
Design and Quality assurance
Consultants
Engineers
Project
management
Systems
integrators
Vendors
Builders
Contractors
Owner
Sponsor
Promoter
53. STC – COETTC The Power of Collaboration.
Bad practices in
project
management
Quality
assurance not
guaranteed
Requirements
Fees
Investments
Consultants
Engineers
Project
management
Systems
integrators
Vendors
Builders
Contractors
Owner
Sponsor
Promoter
54. STC – COETTC The Power of Collaboration.
Multinational and
multicultural teams
working on network
from far away
different locations
The present of work is ….
Work on a project
basis
Work on a network
55. STC – COETTC The Power of Collaboration.
To get a great
and
disruptive
idea you
must be
Renaissance
57. ✓The best technology
✓The best communication
between human
✓A great knowledge of each
other
Better than ever
#BETTERFUTURE @Newcommunities @aargelich
Free download in English http://bit.ly/2GKxMrG
58. Conclusions – Take away
We are better than ever
Never before in history have we
had so many technologies and
tools.
Use it.
Apply it.
There is no other option
Networks are key not only to survive a
crisis but to fuel recovery and prosperity
Leadership and good governance
is the greatest challenge
59. Agustin Argelich
Digital Technologies International Consultant
Leadership & Innovation professor
Author & Speaker
Member Think Tank Intelligent Community Forum
aac@argelich.com
www.argelich.com
@aargelich
About Me
▪ Born in Barcelona on 1963.
▪ Telecom Engineer by Polytechnical University of Catalonia and Ramon Llull
University (Barcelona)
▪ Professor of leadership at Ingenio School (Lleida University).
▪ Spanish Air Force Lieutenant.
▪ Author of Analyze, Act, Advance, a book about how to build a virtuous cycle of
hope, innovation, renewal, and continuous improvement.
▪ Principal consultant of Argelich Networks, an independent digital technology
and management consultancy boutique.
▪ For 35 years, I have been leading significant digital technology projects for
business and for public entities. Expert in telecom infrastructures and Unified
Communications and Collaboration
▪ Technological Director of the IX Paralympic Games Barcelona’92
▪ Member of the Society of Communications Technologies Consultants
International. I served as board member for 8 years, 7 as Chairman International
Affairs Committee and 2 as Vice President.
▪ Member Think Tank Intelligent Community Forum and of its international jury
awarding Intelligent Community of the year.
▪ Before Olympics, I worked as Telecom Manager in Asco Nuclear Power Plant
▪ I am active member of significant professional and civil society associations.
▪ Married with Mª Eugenia for 34 years, we are parents of 2 daughters and 4 sons.
We are grandparents of a granddaughter
www.sctcconsultants.org
www.intelligentcommunity.org
www.linkedin.com/in/agustinargelich
60. 21
Contact Info
Thank You
Don’t hesitate to contact us if you need further information.
I am here to talk with you. We wish to collaborate with you soon
aac@argelich.com
@aargelich
(+34) 610 59 50 50
Agustin Argelich
www.argelich.com
www.sctcconsultants.org
www.intelligentcommunity.org
www.linkedin.com/in/agustinargelich
Digital Technologies International
Consultant
Leadership & Innovation professor
Author & Speaker