Runs Java utilities (JVM-based applications, standalone JARs, etc.) and visually assess their performance and functioning.
Profiles:
CPU usage – it enables you to track usage of CPU resources, including CPU cycles and time spent on functions.
Memory usage – it enables you to track memory allocations and active objects.
Exceptions – it enables you to obtain snapshots of all exceptions that occurred in the profiling process.
Monitor usage – it enables you to visually display CPU and memory usage.
Deadlocks – it enables you to obtain detailed information about deadlocks that occurred during the profiling process.
Performance charts – it enables you to view information in a schematic manner.
Allocations – it enables you to display all allocations that occurred during the profiling process.
Applications:
Tired of running Java utilities to examine their performance, including CPU and memory usage? Do you wish to efficiently run Java utilities on a remote system without additional tools? Want to know how your Java-based app performs?
Use YourKit Java Profiler to do the job and inspect the software with ease.
How to Get Started with YourKit Java Profiler:
Before getting YourKit Java Profiler, please download its trial version first, and then proceed with the setup process, after which you can open your Java-based utilities, and start analyzing their performance.
In order to profile a Java utility, you need to go through the ‘Tools’ section, from where you will obtain a new tab, and choose ‘Connect to Application’. YourKit Java Profiler will start investigating the app you selected in order to determine all its aspects.
You can also configure YourKit Java Profiler by using ‘Integration Wizards’, allowing you to set up the tool for various technologies, including Eclipse, NetBeans, IntelliJ IDEA and Eclipse Vert.x.
To obtain detailed information about YourKit Java Profiler, please check the readme.txt file, which will be uploaded with the tool.
YourKit Java Profiler Specifications:
User Interface:
Visual mode, visual interface, with the help of which you can launch and launch various Java applications and investigate their performance.
Access:
Publicly available via the Internet and easily accessible for everybody.
Compatibility:
Supported by Java 7, 8, and 9, and JDK 5.0, 6.0, 7.0, 8.0, and 9.0, along with the Sun J eea19f52d2

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Background

With the evolution of digital medicine in healthcare, processes are becoming more and more digitized, and the amount of personal data that goes into each process is increasing.

With the patients’ comfort, attention, and well-being taking a greater priority than ever before, healthcare professionals have an urgent need to ensure the security of their patients’ data.

For this, healthcare IT companies are offering solutions such as Electronic Health Records (EHR), EMR, Electronic Medical Records (EMR), Patient Portals, and Personal Health Records (PHR), among many others.

In this regard, EU’s General Data Protection Regulation (GDPR), which is going into effect in May 2018, addresses the issue of the security of personal data and how to use and manage this data, keeping the rights of the data subjects in mind.

This is where De-Identification comes in to help, by carrying out the process of identity reduction for a single image file or collection of images. De-Identification helps in:

Reducing patient identification information in medical images

Increasing the confidence that the images being used do not contain any personal or sensitive information.

“It’s a huge need and it’s definitely going to be a big solution that can be leveraged as the healthcare industry continues to move into digital modes.” – FDA spokesperson

The De-Identification Process

There are different types of de-identification programs, but the one that we are going to present to you today is called de-identification by visual pattern. This technique reduces all of the personal and identifiable information present on a digital image and also changes it to a generalized version. This generalized version is nothing more than the basic medical image that contains no personal information.

In this case, the application creates a pattern image where the unique identifiers are mapped to other specific patterns. This allows the application to map all of the unique identifiers to some general pattern.

The program is able to use 3 different ways to create the pattern:

Chameleon

Carpet

Poker

The application works with all of the popular and used formats as well as can also create other kinds of patterns according to the format.

Using the Process

As mentioned earlier, you can use the application from a GUI or from the command-line. In the GUI, you’ll be able to see a list of

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