AI Phone Monitoring Shows Promise in Reducing Hospitalizations for Heart Failure Patients

📰 Original title: Una llamada (hecha por la IA) puede evitar un ingreso

đŸ€– IA: It's not clickbait ✅
đŸ‘„ Users: It's not clickbait ✅

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#health #heartfailure #aihealthcare #remotemonitoring

AI Phone Monitoring Shows Promise in Reducing Hospitalizations for Heart Failure Patients

A study led by cardiologist Aleix Olivella at Vall d’Hebron University Hospital explores the use of conversational artificial intelligence to remotely monitor patients with heart failure, a chronic and often underrecognized condition that is a leading cause of hospitalization among older adults. Rather than relying on complex apps or devices, the system uses a simple and familiar tool: weekly automated phone calls. The AI system contacts patients and asks about common warning signs of worsening heart failure, such as shortness of breath, fatigue, or sudden weight gain due to fluid retention. Importantly, the AI does not make clinical decisions. Instead, it collects and organizes patient responses and flags potential concerns for review by healthcare professionals, who then determine whether intervention is needed. The study included thousands of automated calls, with over 90% successfully completed and high patient satisfaction reported. Many participants expressed reassurance from the Ń€Đ”ĐłŃƒĐ»ŃŃ€ check-ins, highlighting the psychological benefit of feeling monitored and supported. The additional workload for healthcare staff was minimal, requiring only a few minutes per patient each week. Although the study was relatively small and designed to test feasibility, the results were encouraging. Patients monitored through the AI system showed an estimated 60% reduction in the combined risk of hospitalization or death compared to standard care. They also received more timely treatment adjustments, suggesting that early detection of symptom changes helped prevent deterioration. Researchers emphasize that AI is not a replacement for medical professionals but a tool to enhance early detection and continuous care. This approach demonstrates that innovation in healthcare does not always require complex technology; even a simple phone call, when supported by AI, can significantly improve patient outcomes.

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Pro-Grade Ham Radio Displays: Integrating OpenHamClock into PiSignage

758 words, 4 minutes read time.

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—

If you are a ham radio operator, you know that a HamClock is the ultimate shack companion. But what if you want to move beyond a dedicated small screen and integrate that data-rich display into a professional digital signage environment?

By using PiSignage, you can rotate your HamClock with other station metrics, weather, or club announcements. However, getting a clean, secure, and “pop-up free” experience requires a few tricks.

In this post, I’ll show you how to deploy OpenHamClock using Docker and how to strip away the UI clutter for a seamless kiosk experience.

The Setup

To follow along, you will need a PiSignage server instance. I personally run mine as a Docker container, which keeps the server stack isolated and easy to back up.

1. The Docker Compose Configuration

PiSignage and modern browsers often require secure contexts (HTTPS) for certain features. Since the standard HamClock output is HTTP, we’ll use a two-service setup: the clock itself and a lightweight SSL-wrap sidecar using socat and openssl.

docker-componse.yml

services: openhamclock: image: ghcr.io/accius/openhamclock:latest container_name: openhamclock expose: - "3000" environment: - CALLSIGN=<CALL SIGN> - LOCATOR=<Grid Square Locator> - THEME=dark - UNITS=imperial restart: unless-stopped ssl-wrap: image: alpine container_name: hamclock-ssl ports: - "3000:3000" command: > sh -c "apk add --no-cache socat openssl && openssl req -x509 -newkey rsa:2048 -keyout /tmp/key.pem -out /tmp/cert.pem -days 365 -nodes -subj '/CN=localhost' && cat /tmp/cert.pem /tmp/key.pem > /tmp/combined.pem && socat OPENSSL-LISTEN:3000,cert=/tmp/combined.pem,verify=0,fork,reuseaddr TCP:openhamclock:3000" restart: unless-stopped

2. Silencing the “What’s New” Pop-ups

When using HamClock as a signage element, you want it to be “set and forget.” The “What’s New” slide-ins are helpful for desktop users but ruin a clean kiosk display.

While there is a formal change request pending for a toggle, you can currently “force” these elements to stay hidden by injecting a bit of CSS directly into the distribution files. Run this command within your app environment:

find /app/dist -name "*.css" -exec sh -c 'echo "div[style*=\"whatsNewSlideIn\"], div[style*=\"backdrop-filter\"] { display: none !important; }" >> {}' \;

3. Setting Up the Slide in PiSignage

Once your containers are humming along, you need to tell PiSignage how to display the clock.

Create the Weblink Asset

  • Log in to your PiSignage Admin Panel.
  • Navigate to Assets > Add > Weblink.
  • Fill in the details:
    • Name: OpenHamClock
    • Link Address: https://<YOUR-HOSTNAME>:3000/?kiosk=true
  • Click Save.
  • Pro Tip: The ?kiosk=true suffix is critical. It tells HamClock to hide its own internal menus and headers, giving you a dedicated, high-contrast dashboard perfect for a wall-mounted display.

    Deploy to Your Player

  • Go to Playlists and add your new “OpenHamClock” asset.
  • Set the Duration: Set this to 0 for a permanent display, or a high number (like 300 for 5 minutes) if it’s part of a rotation.
  • Go to Groups, select your player, and deploy the playlist.
  • Your screen should refresh and show a beautiful, clean HamClock interface within seconds!

    Running PiSignage in Docker?

    For those of you looking to keep your entire server stack contained, running the PiSignage central server in Docker is the way to go. It keeps your host OS clean and makes management a breeze.

    If you’d like me to discuss how to set up a dockerized PiSignage server, please comment below!

    — 73 —

    Call to Action

    Getting this stack to play nice wasn’t a “one-and-done” install. It was a hard-fought process that took multiple attempts to finally crack the code on bypassing those “What’s New” screens and forcing a clean kiosk display. But the victory is in the uptime.

    Don’t just lurk. If you’ve got the guts to show how you’re rebuilding your station on the wreckage of the old ways, drop a comment below. How are you occupying the victory today?

    SUPPORTSUBSCRIBECONTACT ME

    D. Bryan King

    Sources

    Disclaimer:

    I love sharing what I’m learning, but please keep in mind that everything I write here—including this post—is just my personal take. These are my own opinions based on my research and my understanding of things at the time I’m writing them. Since life moves way too fast and things change quickly, please use your own best judgment and consult the experts for your specific situations!

    #AlpineLinux #AmateurRadioDashboard #amateurRadioTechnology #Automation #containerization #CSSInjection #CustomCSS #DetroitHamRadio #devops #DigitalDashboard #DigitalSignage #DisplaySolutions #Docker #DockerCompose #DXCluster #EN82le #GHCR #gridSquare #hamRadio #HamRadioKiosk #hamRadioSoftware #hamRadioTools #HamClock #HomeLab #HTTPSWrapper #KioskMode #KioskSetup #KioskTrue #Linux #MaidenheadLocator #networkSecurity #OpenSource #OpenHamClock #OpenSSL #piSignage #PiSignageDocker #PiSignageTips #RadioStationDisplay #RaspberryPi #RaspberryPiProjects #realTimeData #RemoteMonitoring #ScreenRotation #SelfHosted #ServerManagement #ShackClock #SignalTracking #SmartShack #Socat #SoftwareWorkaround #SolarData #SSLWrap #StationIntegration #TechGuide #TechnicalTutorial #UITweaks #W8DBK #WebDevelopment #WebLinkAsset
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    How I converted a cheap PTZ camera into a high-performance DIY optical aircraft tracker using OpenCV, Kalman filters, and PID control.

    Ian Servin

    How Does Virtual Doorman Work?

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    🚀 Experience the Future of Health Monitoring — Right from Your Phone!
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    Try a self-demonstration today, explore the app’s features, and see how Caremindr is redefining patient-connected care.

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