Open Source Windows Healthcare Software

NEW VERSION 3.2.1.5 - MARS 2022 ECG Logger is a Wearable Cardio Monitor for Long-Term (up to 24h) ECG Data Acquisition and Analysis (aka Holter) with an ECG live (real-time) mode. The ECG Logger project is aimed for providing a very low-cost open-source "Hardware and Software" for a Cardiac Rhythmic Holter. The hardware has been made very simple and is based on an Arduino Nano micro-controller with two companion boards for the SD card mass-storage and the instrumentation differential amplifier. It can help monitoring arrhythmia syndromes such as bradycardia, tachycardia, extra-systoles or pause. WARNING: In no case it can be use to replace a professional medical examination. ************************************************************************************** see also : ECG Logger hardware : https://sourceforge.net/p/ecg-logger

Computing similarity factor (f2) bootstrap bias corrected and accelerated confidence interval

This networked(LAN) software is made as an IT solution for a blood bank to support the day-to-day actions. The software is coded using Java language and the UI is implemented with JavaFX. Please concern that this software is developed mainly for educational purpose.

BEDS evaluates patient flow in hospitals. Specifically, BEDS evaluates the occupancy of beds and the probability of receiving a bed on arrival to the hospital. BEDS is built on the assumption that patients arrive with a stationary intensity, and that the distribution governing their length-of-stay is also stationary. Thus, BEDS works only when modeling inpatient wards. BEDS further assumes a setup consisting of a number of patient types and wards. The wards contain a fixed capacity. Patient types are defined by their arrival intensity (how many arrive per day on average), and their average length-of-stay. Patients have a single preference for hospitalization in a specific ward. If the preferred ward is fully occupied on arrival, the patient is relocated to an alternative ward with a known probability. Several scientific studies have shown that this simple setup is an adequate approximation for describing the occupancy in inpatient wards.

Models of COVID-19 outbreak trajectories and hospital demand. This tool is based on the SIR model (see about page for details) that simulates a COVID19 outbreak. The population is initially mostly susceptible (other than for initial cases). Individuals that recover from COVID19 are subsequently immune. Currently, the parameters of the model are not fit data but are simply defaults. These might fit better for some localities than others. In particular, the initial case counts are often only rough estimates. The primary purpose of the tool is to explore the dynamics of COVID19 cases and the associated strain on the health care system in the near future. The outbreak is influenced by infection control measures such as school closures, lock-down etc. The effect of such measures can be included in the simulation by adjusting the mitigation parameters. Analogously, you can explore the effect of isolation on specific age groups in the column "Isolated" in the table on severity assumptions.

A portal experiment that links multiple areas of a healthy human life together. Tries to provide guidance for a healthy life for its users according to Blood Types "diet" and Wu Xing (Chinese 5 elements theory) linked to individual food items.

VIA es un juego con técnicas de Interfaz Cerebro Computador y de Neurofeedback, donde cualquier persona puede entrenar y mejorar sus niveles de atención después de repetidas sesiones. De esta manera será una herramienta útil para apoyar la labor de los psicólogos. El objetivo del juego se basa en un jugador que debe concentrarse lo suficiente para poder ganar una carrera de carros. El primer nivel del juego es de entrenamiento, en el cual aparecerán unas gasolinas de color azul por un determinado tiempo. El jugador debe hacer click con la tecla espaciadora y tener un nivel de atención superior a 0.5 mientras la gasolina sea visible. De lo contrario la velocidad del carro disminuirá y podrá perder la carrera.

The VistA Data Loader 1.0 is used to add data to training, demonstration, and test instances of the Department of Veteran Affairs VistA EHR (VistA). The Data Loader can insert data into the following VistA packages: Adverse Reaction Tracking (allergies) package Appointment/Scheduling package Consult/ Request Tracking package Laboratory package Outpatient Pharmacy package Problem List package Radiology package TIU (Text Integration Utility) package Vitals package

Code for modeling estimated deaths and infections for COVID-19 from "Estimating the effects of non-pharmaceutical interventions on COVID-19 in Europe", Flaxman, Mishra, Gandy et al, Nature, 2020, the published version of our original Report 13. This is the release related to our Tiers paper, where we use the latent factor model to estimate the effectiveness of tiers systems in England. Peer-reviewed version is to be out soon. All other code is still the same for previous releases. The code should be run in full mode to obtain credible results. Not running a full run to estimate anything is not recommended and discouraged. Only a full run should be used to get results.

A computer scientist has attempted to program a textbook of British general practice (primary care) medicine, that is, Hodgkin K (1978) "Towards Earlier Diagnosis....", 4th Edition, Churchill Livingstone. If a patient types presenting findings (such as headache, cough), the program prompts the user for expansion/denial of appropriate findings, in order to construct a list of patient findings. The program also calculates a list of likely diseases, which the user can use the web to find out more about. The program has about 600 diseases and 1000 findings. Brought to you by Kit Free Software 2024 Ltd. Keywords - disease, health, healthcare, illnesses, illnessindex, illness_index.