Technology presentation for_oc_caregivers_fair
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This document discusses how modern technology can help older adults age in place at home. It outlines several technologies like telemedicine, home monitoring systems, low vision/hearing aids, medication reminders, social networking, and online senior centers that can keep seniors connected and independent. The technologies range from telehealth solutions and remote patient monitoring to simplified computers, medication dispensers, and video calling applications. The document argues that emerging technologies have the potential to improve quality of life for older adults and allow them to safely remain in their homes for longer.
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Technology presentation for_oc_caregivers_fair_v41
This document discusses how technology can help older adults age in place at home. It provides a brief history of technology from the 15th century to modern times. It then discusses several types of modern technologies that can help with telemedicine, home monitoring, low vision/hearing aids, medicine management, health and wellness, social networking, and more. These include personal caregiver apps, fall detection systems, GPS tracking devices, medication dispensers, exercise games like Wii Fit, social media sites, and video calling services like Skype. The document aims to show readers how various technologies may allow them to live independently for longer.
Alison Vincent, Cisco, IoT Forum 2016, What Problems Will IoT Solve?
Want to watch the video of this talk & hear about free speaker hangouts?
Hop over here: http://bit.ly/IoTForum16Talks We will keep you up to date with new talks. We will never sell your email address and you can unsubscribe at any time.
Alison Vincent, Cisco, IoT Forum 2016, What Problems Will IoT Solve?
Smart phone based patient monitoring system
In this busy and competitive world, though we have lot of affection on our parents, grandparents or patients we cannot always stay with us when they are suffering from illness or diseases. But the advancements in current technologies are giving good solutions for such problems. With these solutions we can monitor patients health conditions through mobile from anywhere in the world. In this project we will create an application to monitor the patient’s health condition like monitoring temperature and heart beat from webpage. Whenever we open this application it gives the current status of patient’s health. At patient side we have Ethernet module, micro controller, temperature sensor and heart beat sensor. This micro controller will keep updating patient’s body temperature and heartbeat on webpage. We can check these value from anywhere on our Smart phones by opening this webpage from phone itself.
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Body Wearable Technology
Wearable computers are portable computers that can be worn on the body through clothing or accessories. They have human interface systems, networks, and display systems. The user interface must be constantly available without requiring constant attention while allowing communication. Network connections can be through wireless technologies or infrared. Input can be through speech recognition, handwriting, gestures, or thumb typing. Displays include head mounted displays or earpieces. Examples of wearable technologies are smart shirts for health monitoring, smart watches, smart glasses, and smart rings. Potential applications include health monitoring, military uses, smartphones, electronic textiles, gaming, and fashion.
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Technology presentation for_oc_caregivers_fair_v41
This document discusses how technology can help older adults age in place at home. It provides a brief history of technology from the 15th century to modern times. It then discusses several types of modern technologies that can help with telemedicine, home monitoring, low vision/hearing aids, medicine management, health and wellness, social networking, and more. These include personal caregiver apps, fall detection systems, GPS tracking devices, medication dispensers, exercise games like Wii Fit, social media sites, and video calling services like Skype. The document aims to show readers how various technologies may allow them to live independently for longer.
Alison Vincent, Cisco, IoT Forum 2016, What Problems Will IoT Solve?
Want to watch the video of this talk & hear about free speaker hangouts?
Hop over here: http://bit.ly/IoTForum16Talks We will keep you up to date with new talks. We will never sell your email address and you can unsubscribe at any time.
Alison Vincent, Cisco, IoT Forum 2016, What Problems Will IoT Solve?
Smart phone based patient monitoring system
In this busy and competitive world, though we have lot of affection on our parents, grandparents or patients we cannot always stay with us when they are suffering from illness or diseases. But the advancements in current technologies are giving good solutions for such problems. With these solutions we can monitor patients health conditions through mobile from anywhere in the world. In this project we will create an application to monitor the patient’s health condition like monitoring temperature and heart beat from webpage. Whenever we open this application it gives the current status of patient’s health. At patient side we have Ethernet module, micro controller, temperature sensor and heart beat sensor. This micro controller will keep updating patient’s body temperature and heartbeat on webpage. We can check these value from anywhere on our Smart phones by opening this webpage from phone itself.
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This document discusses how Internet of Things (IoT) technology can be used to enhance women's security. It describes several IoT devices like smart bands and watches that contain sensors to monitor heart rate, temperature, motion, and other vital signs. When abnormalities are detected, the devices can alert emergency contacts by sending messages with the user's GPS location via GSM. The document outlines how sensors in the devices work together with microcontrollers and Bluetooth to detect emergencies and notify relatives or authorities, helping to keep women safe.
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This document describes an IoT-based smart security system for women. The system uses a smart band connected via Bluetooth to a smartphone. The band monitors vital signs and movement. If signs of distress are detected, the smartphone app uses GPS and GSM to automatically send alerts and location to emergency contacts and authorities without any human intervention. The system aims to address issues like delayed response from existing personal security devices that require manual activation. It provides automated protection using IoT technology for increased safety and security of women.
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The document describes a women's safety system using IoT. The system uses an Arduino board connected to a GSM module to send emergency SMS messages with GPS location data. It also uses an accelerometer sensor and panic button to detect dangerous falls or when the button is pressed. The location is continuously updated on a webpage using an IoT module. When activated, the system sends an SMS with location to registered contacts and police and sounds an alarm using a buzzer. The small, portable design aims to provide safety for women anywhere by allowing remote monitoring via IoT and alerting others in emergency situations.
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Wearable computers are portable computers that can be worn on the body through clothing or accessories. They have human interface systems, networks, and display systems. The user interface must be constantly available without requiring constant attention while allowing communication. Network connections can be through wireless technologies or infrared. Input can be through speech recognition, handwriting, gestures, or thumb typing. Displays include head mounted displays or earpieces. Examples of wearable technologies are smart shirts for health monitoring, smart watches, smart glasses, and smart rings. Potential applications include health monitoring, military uses, smartphones, electronic textiles, gaming, and fashion.
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This document provides an overview of Health Invest Finland Oy and their PlusCare digital health solution. It discusses the challenges of an aging population and increasing healthcare costs. PlusCare aims to address these issues through a wearable device that monitors users for falls, infections, temperature and location. It is connected to a cloud service that alerts caregivers in emergencies and provides health data. The solution benefits public administrations, hospitals, caregivers and seniors by helping monitor health and respond to issues faster, aiming to keep elders safe at home and reduce costs.
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The mHealth “revolution” has promised to deliver in-home healthcare that parallels the care we might receive in a physician’s office. However, the panacea of digital health has proven to be more problematic and messy than its vision, especially for collecting and interpreting medical quantities from the home. In this talk I will discuss several successful projects for sensing medical quantities from a mobile phone using the embedded sensors (i.e., camera, microphone, accelerometer) and how these projects can increase compliance as well as enhance doctor patient relationships. I will focus on the reliability and calibration of the sensing and the role of computer scientists and engineers in the future of mHealth.
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The document discusses a potential design for an "iWatch" wrist-worn device with a wide rectangular display in a band form factor. It would have a single button on the back for fingerprint authentication and opening apps. The device could securely authenticate other devices like smartphones and tablets. It would provide short notifications and messages through an infinite scrolling app interface. The inclusion of a watch-like device may threaten luxury watch makers if it provides similar functionality at a lower price point.
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This document describes the design and implementation of a smartwatch prototype using inexpensive, commonly available components. Key features included are a touchscreen LCD for display and input, Bluetooth module for communication with a smartphone, and a wireless charging system for the battery. The prototype demonstrates the integration of these technologies and serves as a proof of concept for a basic smartwatch. Challenges encountered included inefficient screen updates, modifying Bluetooth code for notifications, and addressing differences in the charging module and Arduino voltages. The completed prototype functions as a basic smartwatch, displaying time and notifications from a paired phone.
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Patient engagement is all about accessibility accountability and assurance
We have been hearing a lot that Future of Medicine is “Patient Centric”. Patient Engagement is crucial for clinical and financial outcomes. I have observed that almost 50% of articles or whitepapers are talking about Patient Engagement either through Technology (or) proactive interactions.
I would like to draw a parallel between “Customer Engagement’ and “Patient Engagement”.
It is essential to have accessibility, accountability and assurance for products and services sold by the company for customer engagement. This principle of business is equally true for “Patient Engagement” as well.
Let’s look the role of Accessibility, Accountability and Assurance in creating Patient Centric Medical Practice or Patient Engagement.
• Accessibility.
Accessibility refers to the quality of being available when needed.
Patient Engagement starts with the “Accessibility” factor of the medical practice. How many times does a patient need to call the office in order to get answers for his/her questions? How soon can a patient find an appointment when they don’t feel well? Can a patient pick up the phone and reach out to his/her doctor on the weekend, with ease? How soon do patients hear back from the office staff in regards to their referral (or) authorization requests?
The above questions define accessibility factor in patient engagement. Several providers are concerned about clinical compliance and medication adherence by their patients. However it is observed that both of these are achieved easily if the patients don’t have to make several calls to reach their clinical coordinators or physicians.
• Accountability.
Accountability is nothing but an obligation or willingness to accept responsibility. This simple word defines a lot of expectations from Patients, from Medical Practice, Staff and Caregivers. Some of these expectations are;
- Appointment Reminder from practice.
- Proactive notification for test results.
- Clinical reminders for Risk Management including tests/referrals/blood work or therapy.
- Reminders for Annual Well Visits.
- Prompt call back for left messages.
- Timely completion of referral/authorization completed for medications/diagnostic tests.
- Call back from providers’ for seeking answers to their health related questions.
So accountability in patient engagement means assuming responsibility for above expectations from patients.
• Assurance.
A positive declaration intended to give confidence; a promise or pledge that a patient’s health related problem will be resolved by his/her doctor. It is utmost important for caregivers or providers to keep themselves well educated with diseases, medications, diagnostic tests and resolutions.
This part of patient engagement requires “Providers” to be knowledgeable enough to identify and cure health issues for the patients.
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The document provides guidance on improving medication safety. It outlines that medication use has become complex, errors are common, and future healthcare workers have an important role in prevention. It describes learning objectives around medication safety and defines key terms. It details the steps in medication use, common errors at each step, high risk patients and situations, and emphasizes clear communication, checklists, and reporting errors to enhance safety.
Medication safety and administration
This document provides guidance for nursing students on safe medication administration at Seattle Children's hospital. It outlines key objectives around appropriate delivery methods, documentation, and safety. It emphasizes the importance of preventing medication errors and describes steps students should take like checking the 5 rights, knowing drug indications, and consulting instructors with any uncertainties. The document also outlines nursing student limitations and responsibilities to ensure supervision and follow hospital policies. It provides a case example of catching a wrong medication order and emphasizes always verifying orders match the patient's condition. Overall, the document stresses meticulous processes, communication, and vigilance to maintain patient safety during medication administration.
Medical errors
Medical errors pose a significant burden globally. While they occur most commonly in hospitals and psychiatric units, with wrong-site surgery being the most frequent issue, they are a preventable ongoing problem. Effective prevention requires multiple coordinated solutions and systems that focus on continually learning from past mistakes, rather than blame, in order to reduce future risks and harm to patients.
Medication errors
Medication errors are preventable events that can lead to inappropriate medication use or patient harm. While most errors do not cause harm, some can result in catastrophic outcomes or death. Common causes of errors include poor communication, look-alike and sound-alike drug names, dose miscalculations, and human factors like distractions. Nurses can help prevent errors by clarifying any unclear orders, confirming unusual doses, double checking high alert medications, and thoroughly educating patients about their medications. Reporting all errors can help identify system weaknesses and improve safety.
Medication error
Here are the key steps I would take:
1. Return to Mrs. Veena immediately to inform her of the error and assess for any allergic reaction symptoms. Her safety is the top priority.
2. Notify the physician right away about the error so they can determine the appropriate treatment and monitoring plan for Mrs. Veena.
3. Fill out an incident report per hospital policy documenting exactly what occurred, the medications involved, actions taken, patient assessment and outcome.
4. Review the situation to understand what factors may have contributed to the error so I can learn and help prevent similar mistakes going forward. Proper documentation and reporting of all errors is important for quality improvement.
5. Apologize to
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This document discusses peptic ulcers. It defines peptic ulcers as breaks in the gastrointestinal mucosa exposed to acid and pepsin. The pathophysiology involves an imbalance between defensive and aggressive factors on the gastroduodenal mucosa. Common causes of ulcers include Helicobacter pylori infection, NSAIDs, smoking, alcohol, and acid hypersecretion. Management involves lifestyle modifications, medications to reduce acid secretion, antibiotics to treat H. pylori, and surgery for complications or treatment failures.
Medication errors powerpoint
This document discusses quality issues related to patient safety, specifically medication errors. It defines key terms like medical error, adverse event, and near miss. It then identifies systems and personnel issues that can contribute to medication errors, such as staffing levels, the physical environment, and a lack of adherence to policies and procedures. The document also outlines the nurse's role in preventing errors and systems that have been implemented, such as computerized order entry and barcoding. It provides an overview of a trigger tool for measuring adverse drug events and discusses the results of a previous study on using clinical decision support systems to change physician ordering behavior and reduce errors.
Tmj anatomy
This document provides an overview of the temporomandibular joint (TMJ). It begins by defining the TMJ as the joint connecting the mandible to the skull and regulating mandibular movement. It then describes the different types of joints in the body before focusing on the specifics of the TMJ. Key points include that the TMJ is a complex synovial joint that allows for both hinging and gliding movements. An articular disc separates the condyle of the mandible and fossa of the temporal bone. The document outlines the development, structures, innervation, vascularization and biomechanics of the TMJ.
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The document provides an overview and introduction of the Apple Watch. It discusses the Watch's two case size options, its various collections including Sport, Watch and Edition. It describes key features such as messaging, phone calls, activity tracking and third-party apps. The Apple Watch runs on the Apple S1 chip and is capable of payments with Apple Pay, fitness tracking, and interacting with other Apple devices.
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The Apple Watch is a smartwatch created by Apple Inc. and announced in September 2014 by Tim Cook. It has activity tracking capabilities similar to other wearables and allows communication through messages, calls, and mail directly from the wrist. The Apple Watch uses sensors and its digital crown interface to provide notifications, fitness tracking, and other smartwatch features in a compact, customizable design.
Best smart watches
Smart watches can do much more than tell time like older analog watches. They are full-fledged digital tools that can run apps, play media through Bluetooth headphones, and access functions like calculators, thermometers and compasses through touchscreens. While many smart watches link to smartphones for internet access, lacking standalone connectivity, they allow users to manage more aspects of their lives from smaller devices as technology advances.
Apple i watch
Apple iWatch is a smartwatch created by Apple Inc. and announced by Tim Cook on September 9, 2014. It is expected to have fitness tracking and health-oriented capabilities, as well as integration with iOS and existing Apple products and services. It is compatible with the iPhone 5 and later iPhone models running iOS 8.2. The device is scheduled to begin shipping in April 2015.
SMART WATCH REPORT
Smart watches give users access to notifications and data on the go. While powerful alone, their capabilities increase when paired with other devices like phones. However, there are few explorations of watch-centric interactions between devices. The document introduces WatchConnect, a prototyping toolkit that emulates a smart watch with input/output capabilities to rapidly prototype watch interfaces and cross-device applications.
Phone As A Sensor Technology: mHealth and Chronic Disease
The mHealth “revolution” has promised to deliver in-home healthcare that parallels the care we might receive in a physician’s office. However, the panacea of digital health has proven to be more problematic and messy than its vision, especially for collecting and interpreting medical quantities from the home. In this talk I will discuss several successful projects for sensing medical quantities from a mobile phone using the embedded sensors (i.e., camera, microphone, accelerometer) and how these projects can increase compliance as well as enhance doctor patient relationships. I will focus on the reliability and calibration of the sensing and the role of computer scientists and engineers in the future of mHealth.
Apple iWatch Design Predictions
The document discusses a potential design for an "iWatch" wrist-worn device with a wide rectangular display in a band form factor. It would have a single button on the back for fingerprint authentication and opening apps. The device could securely authenticate other devices like smartphones and tablets. It would provide short notifications and messages through an infinite scrolling app interface. The inclusion of a watch-like device may threaten luxury watch makers if it provides similar functionality at a lower price point.
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Patient engagement is all about accessibility accountability and assurance
We have been hearing a lot that Future of Medicine is “Patient Centric”. Patient Engagement is crucial for clinical and financial outcomes. I have observed that almost 50% of articles or whitepapers are talking about Patient Engagement either through Technology (or) proactive interactions.
I would like to draw a parallel between “Customer Engagement’ and “Patient Engagement”.
It is essential to have accessibility, accountability and assurance for products and services sold by the company for customer engagement. This principle of business is equally true for “Patient Engagement” as well.
Let’s look the role of Accessibility, Accountability and Assurance in creating Patient Centric Medical Practice or Patient Engagement.
• Accessibility.
Accessibility refers to the quality of being available when needed.
Patient Engagement starts with the “Accessibility” factor of the medical practice. How many times does a patient need to call the office in order to get answers for his/her questions? How soon can a patient find an appointment when they don’t feel well? Can a patient pick up the phone and reach out to his/her doctor on the weekend, with ease? How soon do patients hear back from the office staff in regards to their referral (or) authorization requests?
The above questions define accessibility factor in patient engagement. Several providers are concerned about clinical compliance and medication adherence by their patients. However it is observed that both of these are achieved easily if the patients don’t have to make several calls to reach their clinical coordinators or physicians.
• Accountability.
Accountability is nothing but an obligation or willingness to accept responsibility. This simple word defines a lot of expectations from Patients, from Medical Practice, Staff and Caregivers. Some of these expectations are;
- Appointment Reminder from practice.
- Proactive notification for test results.
- Clinical reminders for Risk Management including tests/referrals/blood work or therapy.
- Reminders for Annual Well Visits.
- Prompt call back for left messages.
- Timely completion of referral/authorization completed for medications/diagnostic tests.
- Call back from providers’ for seeking answers to their health related questions.
So accountability in patient engagement means assuming responsibility for above expectations from patients.
• Assurance.
A positive declaration intended to give confidence; a promise or pledge that a patient’s health related problem will be resolved by his/her doctor. It is utmost important for caregivers or providers to keep themselves well educated with diseases, medications, diagnostic tests and resolutions.
This part of patient engagement requires “Providers” to be knowledgeable enough to identify and cure health issues for the patients.
Psp mpc topic-11
The document provides guidance on improving medication safety. It outlines that medication use has become complex, errors are common, and future healthcare workers have an important role in prevention. It describes learning objectives around medication safety and defines key terms. It details the steps in medication use, common errors at each step, high risk patients and situations, and emphasizes clear communication, checklists, and reporting errors to enhance safety.
Medication safety and administration
This document provides guidance for nursing students on safe medication administration at Seattle Children's hospital. It outlines key objectives around appropriate delivery methods, documentation, and safety. It emphasizes the importance of preventing medication errors and describes steps students should take like checking the 5 rights, knowing drug indications, and consulting instructors with any uncertainties. The document also outlines nursing student limitations and responsibilities to ensure supervision and follow hospital policies. It provides a case example of catching a wrong medication order and emphasizes always verifying orders match the patient's condition. Overall, the document stresses meticulous processes, communication, and vigilance to maintain patient safety during medication administration.
Medical errors
Medical errors pose a significant burden globally. While they occur most commonly in hospitals and psychiatric units, with wrong-site surgery being the most frequent issue, they are a preventable ongoing problem. Effective prevention requires multiple coordinated solutions and systems that focus on continually learning from past mistakes, rather than blame, in order to reduce future risks and harm to patients.
Medication errors
Medication errors are preventable events that can lead to inappropriate medication use or patient harm. While most errors do not cause harm, some can result in catastrophic outcomes or death. Common causes of errors include poor communication, look-alike and sound-alike drug names, dose miscalculations, and human factors like distractions. Nurses can help prevent errors by clarifying any unclear orders, confirming unusual doses, double checking high alert medications, and thoroughly educating patients about their medications. Reporting all errors can help identify system weaknesses and improve safety.
Medication error
Here are the key steps I would take:
1. Return to Mrs. Veena immediately to inform her of the error and assess for any allergic reaction symptoms. Her safety is the top priority.
2. Notify the physician right away about the error so they can determine the appropriate treatment and monitoring plan for Mrs. Veena.
3. Fill out an incident report per hospital policy documenting exactly what occurred, the medications involved, actions taken, patient assessment and outcome.
4. Review the situation to understand what factors may have contributed to the error so I can learn and help prevent similar mistakes going forward. Proper documentation and reporting of all errors is important for quality improvement.
5. Apologize to
Peptic ulcer
This document discusses peptic ulcers. It defines peptic ulcers as breaks in the gastrointestinal mucosa exposed to acid and pepsin. The pathophysiology involves an imbalance between defensive and aggressive factors on the gastroduodenal mucosa. Common causes of ulcers include Helicobacter pylori infection, NSAIDs, smoking, alcohol, and acid hypersecretion. Management involves lifestyle modifications, medications to reduce acid secretion, antibiotics to treat H. pylori, and surgery for complications or treatment failures.
Medication errors powerpoint
This document discusses quality issues related to patient safety, specifically medication errors. It defines key terms like medical error, adverse event, and near miss. It then identifies systems and personnel issues that can contribute to medication errors, such as staffing levels, the physical environment, and a lack of adherence to policies and procedures. The document also outlines the nurse's role in preventing errors and systems that have been implemented, such as computerized order entry and barcoding. It provides an overview of a trigger tool for measuring adverse drug events and discusses the results of a previous study on using clinical decision support systems to change physician ordering behavior and reduce errors.
Tmj anatomy
This document provides an overview of the temporomandibular joint (TMJ). It begins by defining the TMJ as the joint connecting the mandible to the skull and regulating mandibular movement. It then describes the different types of joints in the body before focusing on the specifics of the TMJ. Key points include that the TMJ is a complex synovial joint that allows for both hinging and gliding movements. An articular disc separates the condyle of the mandible and fossa of the temporal bone. The document outlines the development, structures, innervation, vascularization and biomechanics of the TMJ.
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Patient engagement is all about accessibility accountability and assurance
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Similar to Technology presentation for_oc_caregivers_fair
20100930 Bbf
The document introduces Happy@Home, a new concept in affordable aging-in-place technology from Aldea. It discusses four categories of technology - home safety and security, communication and engagement, learning and contribution, and health and wellness - and provides examples of products in each category. These include devices for monitoring safety, video calling, hearing assistance, medication reminders, activity tracking, and brain fitness. The goal is to help seniors live independently with clever, low-cost gadgets. Key questions are raised about who will purchase and use the technologies and how education and support will be provided.
Laurie Orlov - Ageing in Place Technology Watch
This document discusses aging in place technology and its potential to help seniors live independently in their homes. It outlines four categories of aging in place technology: communication and engagement, safety and security, health and wellness, and learning and contribution. The document also discusses barriers to adoption of aging in place technology by seniors and the market potential, which is estimated to be over $20 billion in the US and double globally. It proposes solutions like making offerings easy to use, targeting marketing at baby boomers, and improving referral channels.
Erin And Rob 4 Hours Later
Robotic smart homes provide technical solutions for users with physical and mental challenges by allowing them to maintain independence through activities of daily living. The goal is to enable elderly and disabled individuals to remain safely in their own homes rather than moving to an assisted living or nursing home. Various sensors, monitors and other technologies can help with tasks like medication reminders, mobility tracking, and emergency alerts. As the technology evolves further it is expected to gain widespread use and success in supporting independent living.
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Cedarwood Senior Cottages Home Monitoring and Assistive Technologies Project
The document discusses the aging population and increasing demand for solutions to help seniors age in place. It proposes an integrated system using sensors, wearable devices, voice assistants and other technologies to monitor seniors, track their daily activities and vital signs, and detect any deviations that could indicate an emergency situation. The system would analyze all the collected data to create a virtual model of each senior and their normal routines to best determine how to provide personalized care and support for independent living.
IoT consumer applications
As we all know that IoT technology is behaves like a team of advisors, assistances and provide security. In IoT, Customer gets the benefit from the opinion of information and optimization of IoT. In the consumer area, IoT can modify quite simple and cheap ones include health gadgets to high-quality computerization programs. It uses packages, instances, and devices for consumers.
https://www.ducatindia.com/datascienceusingpython
Internet of things(io t)
Basics of IOT. applications,uses,how it can be put to use, security threats, way of life and a general Idea.
Paul Warner & David Maher - A guide for Assisted Living
Paul Warner & David Maher presentation at Future Homes: Building better lifestyles for an ageing population, 30 July 2011
Going Digital
The document discusses how different generations have experienced rapid technological changes with mobile devices and digital connectivity. Generation X saw modest changes from 1984-1994 while Generation Z has seen constant changes from new iPhone and iPad models being released every 1-2 years. Younger generations now almost universally use social media and mobile devices are transforming how people access information and make purchasing decisions. The healthcare, real estate, and workplace industries are also becoming increasingly digital. The document concludes that the future will be defined by digital transformation across many areas of life.
What is Internet Of Things
The document discusses Internet of Things (IoT) implementation and applications. It describes the stages of IoT implementation as data collection, aggregation, analysis, and intelligent actions. It then discusses technology and regulatory standards, examples of IoT applications in various domains, and components needed for things to connect, control and communicate in IoT including sensors, microcontrollers, and communication protocols. The document also outlines advantages like monitoring and time savings, as well as disadvantages such as complexity, privacy/security issues, and safety concerns if automation is not properly verified.
Pietro leo - Active Intelligence
A number of Artificial Intelligence and Aanalytics tools already support our decisions but ACTIVE INTELLIGENCE SYSTEMS, that blend AI, Big Data , Analutics and IotT and much more, will take care of us
Internet of things
This document defines the Internet of Things (IoT) and provides an overview of its history, applications, components, privacy/security concerns, and emerging technologies. Specifically, it defines IoT as physical devices connected to the internet that can communicate without human interaction. It traces the origins of IoT to 1982 when students modified a Coke machine and the concept was formalized in 1999. Example applications discussed include smart homes/offices, manufacturing, advertising, and healthcare. The document also notes privacy and security risks and how IoT combines with technologies like big data, AI, and blockchain.
Usage of Artificial Intelligence In Everyday Life
Artificial intelligence is intelligence demonstrated by machines, as opposed to the natural intelligence displayed by animals including humans. It is a branch of computer science concerned with building machines capable of performing tasks that typically require human intelligence.
Presentation of Research
The document discusses how wireless technologies can help improve quality of life for aging populations. It outlines several tele-care solutions like monitoring devices that can detect problems early through sensors that track medication usage, falls, and other activities. These devices aim to promote greater independence for older individuals. The document also presents ideas like using RFID tags to track patients' movements around their homes and develop smart homes that can automatically control lights and temperatures to help aging populations.
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Future of healthcare
At Modern Health Talk, we see the future of mHealth as less about Mobile health and more about MODERN healthcare that includes all sorts of solutions for addressing demographic shift of retiring baby boomers and the resulting doctor shortage.
These solutions include mobile technologies (smartphones & tablets) and big broadband support of high-def video calls with medical imaging, as well as new delivery options such as retail clinics and insurance-funded home care (and home modifications), remote sensor monitoring, healthcare robots, Watson-like cloud services, new laws & regulations, support of family caregivers, and more.
The slides hint at the topics I cover as a public speaker but lack the discussion and delivery. To schedule a speaking engagement for your organization, contact me at waynecaswell AT mhealthtalk DOT com.
Internet of Things
This document discusses Internet of Things (IoT). It provides biographical information about the author, Vinay Babani, and defines IoT as connecting physical things to the internet so that they can be accessed remotely. Examples provided include connecting a couch with sensors to determine if it is occupied. Potential applications discussed are health monitoring, smart cities, tracking objects and people, and security. The author expresses interest in developing applications for home and family security and monitoring as well as cyber security. In conclusion, the author notes that while IoT makes information highly accessible, it also raises security and privacy concerns that companies and technology will need to address.
IBMiX: Ready-To-Wear The Future
As we contemplate how to manage a tsunami of data, wearable devices are rendering technology invisible. Smaller, faster computers and microchips, tracking and measuring metrics in real-time are revolutionizing how we connect with the world.
Fashion-forward designs, developed to crunch and interpret the numbers faster than we are able to collect them, are analyzing biometrics through everything, from our eyewear to our underwear.
The wearable computing market is expected to hit $19 billion by 2018. And it’s no surprise that our co-evolution with technology is becoming the bridge between mobile communication and the Internet of Things.
Data’s ubiquity – whether push, pull or ambient – can be harnessed for efficiency, knowledge, and utility. This enables us to reframe the least renewable of all elements, time itself.
The Internet of Everything and The Quantified Self
By 2020, analysts predict that we’ll be digitally connected to everything around us. Microchips, sensors, and batteries are shifting devices from our desks, out of our hands and pockets, onto our bodies.
The ongoing capture and analysis of data enhances our self-knowledge, informing The Quantified Self, and drives The Internet of Everything, an evolving digital ecosystem. In the future objects will receive data and respond seamlessly ...the refrigerator that delivers a glass of water based on your hydration level; rooms that self-control their energy output based on who is in them; locks that open as you approach, and smart slippers that detect a fall.
In this shifting paradigm of the observer and the observed, traditional industry verticals, such as health telecommunications, automotive, and entertainment will merge into cross-functional, user-centric innovations.
Author Jeremy Rifkin describes this change as the powerful Third Industrial Revolution. People, machines and every aspect of our work and social lives are connected by big data, advanced analytics and predictive algorithms. If we stay on track, we are headed towards economies powering smarter cities, efficient business, streamlined manufacturing, and renewable energy sources. It began with the Internet and continues with the promise of our wearable future, realized by some of the following innovations.
Digital Health: Opportunities for Emerging Markets
Digital health promises to impact the 4 billion people low or middle income people is ways greater than it would in North America and Western Europe. The viability of various business models, productization strategy and target customers is discussed.
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Technology presentation for_oc_caregivers_fair
- 1. High Tech: Can Technology Help People Age in Place at Home Aaron Hagedorn, PhD Katie Walker, MSG
- 2. Let’s put technology in context Early novelties sometimes become modern necessities
- 3. Combination Lock (1550 AD) Mechanical Calculator (1623) About 15 Generations Ago…
- 4. Ambulance (1792) Electric Car (1842)
- 5. Facsimile Machine (1842) Telephone (1876) About 5 Generations Ago…
- 6. Blow-dry Hair Dryer ( 1890) About 3 Generations Ago Powered Hearing Aid (1898)
- 7. Breast Implant (1895) Chloroform Anesthetic (1847)
- 8. Electrocardiograph (1903) Answering machine (1904) Our Grandparent’s Technology…
- 9. Heart -Lung Machine (1953) Artificial Intelligence (1956) Our Parent’s Technology
- 10. Random Access Memory(RAM) (1968) Computer mouse (1968) Our Generation’s technology
- 11. ATM (1967) Internet (1969) Our Generation’s technology
- 12. Technology of the Future -Today
- 13. iPhone -2007, iPad -2010, & Apps Applications Such As: Personal Caregiver (iPhone) Pain Care (iPhone) iBiomed (iPhone/iPod)
- 16. Telemedicine Medapps.com Intel
- 19. GPSshoe.com
- 36. Simplified computing Telekin or Pointerware
- 46. Questions? Aaron Hagedorn USC Clinical Assistant Professor of Gerontology ahagedor@usc.edu 213-740-1725 Kathleen Walker, MSG [email_address]
Editor's Notes
- Flush Toilet – 2500 B.C. Toilet paper- 589 (in China) Sandwich – 1000 B.C.