Test and evaluate the monitoring and diagnostic tools of the JDK, focusing on advanced features like Java Mission Control and Java Flight Recording. Design a solution for integrating these tools with CERN Java applications. This implementation has to be pluggable in Virtual Machines, Kubernetes and Docker containers. Produce documentation on how to install, setup, configure and use the toolset in different environments and a sample application implementing the common performance issues in Java applications
A monitoring infrastructure is a key component in each task aimed at evaluating the dependability of...
Recently, the introduction of object-oriented technologies into accelerator controls has been unders...
This paper describes a virtual environment that allows efficient development of distributed measurem...
Test and evaluate the monitoring and diagnostic tools of the JDK, focusing on advanced features like...
CERN controls software is often developed on Java foundation. Some systems carry out a combination o...
This paper outlines directions for an evaluation of Real-Time Java suitability to be used in ESA spa...
One of the requirements of today's Data Acquisition systems is aMonitoring and Run Control tool whic...
The Java Mission Evaluation Workstation System (JMEWS) is a collection of applications designed to r...
JMaCS is software intended to facilitate, in soft realtime, the local or remote interactive and prog...
This paper describes our Java Performance Monitoring Toolkit (JPMT), which is developed for detailed...
The PS/SL Convergence Project was launched in March 1998. Its objective is to deliver a common contr...
The CERN Beam Instrumentation Group’s software section has recently performed a study of the tools u...
Java is a major platform for performance sensitive applications. Unit testing of functionality has a...
The Diagnostic system has been designed and implemented using Java applet for high energy accelerato...
The software engineering design of the Flight Software Memory Tracker (FMT) “Tool ” is discussed in ...
A monitoring infrastructure is a key component in each task aimed at evaluating the dependability of...
Recently, the introduction of object-oriented technologies into accelerator controls has been unders...
This paper describes a virtual environment that allows efficient development of distributed measurem...
Test and evaluate the monitoring and diagnostic tools of the JDK, focusing on advanced features like...
CERN controls software is often developed on Java foundation. Some systems carry out a combination o...
This paper outlines directions for an evaluation of Real-Time Java suitability to be used in ESA spa...
One of the requirements of today's Data Acquisition systems is aMonitoring and Run Control tool whic...
The Java Mission Evaluation Workstation System (JMEWS) is a collection of applications designed to r...
JMaCS is software intended to facilitate, in soft realtime, the local or remote interactive and prog...
This paper describes our Java Performance Monitoring Toolkit (JPMT), which is developed for detailed...
The PS/SL Convergence Project was launched in March 1998. Its objective is to deliver a common contr...
The CERN Beam Instrumentation Group’s software section has recently performed a study of the tools u...
Java is a major platform for performance sensitive applications. Unit testing of functionality has a...
The Diagnostic system has been designed and implemented using Java applet for high energy accelerato...
The software engineering design of the Flight Software Memory Tracker (FMT) “Tool ” is discussed in ...
A monitoring infrastructure is a key component in each task aimed at evaluating the dependability of...
Recently, the introduction of object-oriented technologies into accelerator controls has been unders...
This paper describes a virtual environment that allows efficient development of distributed measurem...