Abstract: A testing platform receives a code for testing, where the code is to be tested using a browser. The testing platform determines a number of a plurality of browsers that are to be used to test the code and generates a number of a plurality of virtual machines to host the plurality of browsers, where the number of the plurality of virtual machines is based on the number of the plurality of browsers. The testing platform assigns an automation script to each virtual machine of the virtual machines to test the code, and monitors execution of the automation script by each virtual machine of the plurality of virtual machines. The testing platform performs an action associated with the execution of the automation script by each virtual machine of the plurality of virtual machines.

Abstract: Various embodiments are generally directed to techniques of collecting analyzing information on various types of applications in an environment by an application performance analytics platform and acting on the analyzed information. The application performance analytics platform may include at least a monitoring system, a time series database, and an APM tool collector, all of which may be programmatically interfaced with or connected to each other. The APM tool collector may access or pull APM metrics from one or more APM tools and input the metrics to the monitoring system. The time series database may access or pull log files and extract log data for analysis. Based on the analysis, the application performance analytics platform may generate one or more alerts.

Abstract: Various embodiments are generally directed to techniques of collecting analyzing information on various types of applications in an environment by an application performance analytics platform and acting on the analyzed information. The application performance analytics platform may include at least a monitoring system, a time series database, and an APM tool collector, all of which may be programmatically interfaced with or connected to each other. The APM tool collector may access or pull APM metrics from one or more APM tools and input the metrics to the monitoring system. The time series database may access or pull log files and extract log data for analysis. Based on the analysis, the application performance analytics platform may generate one or more alerts.

Abstract: A testing platform receives a code for testing, where the code is to be tested using a browser. The testing platform determines a number of a plurality of browsers that are to be used to test the code and generates a number of a plurality of virtual machines to host the plurality of browsers, where the number of the plurality of virtual machines is based on the number of the plurality of browsers. The testing platform assigns an automation script to each virtual machine of the virtual machines to test the code, and monitors execution of the automation script by each virtual machine of the plurality of virtual machines. The testing platform performs an action associated with the execution of the automation script by each virtual machine of the plurality of virtual machines.

Abstract: A testing platform receives a code for testing, where the code is to be tested using a browser. The testing platform determines a number of a plurality of browsers that are to be used to test the code and generates a number of a plurality of virtual machines to host the plurality of browsers, where the number of the plurality of virtual machines is based on the number of the plurality of browsers. The testing platform assigns an automation script to each virtual machine of the virtual machines to test the code, and monitors execution of the automation script by each virtual machine of the plurality of virtual machines. The testing platform performs an action associated with the execution of the automation script by each virtual machine of the plurality of virtual machines.

Abstract: A battery charger with a fixed frequency charging signal at or near the resonant frequency of the battery to be charged is presented. The present invention utilizes a microprocessor to modulate a current source at or near the resonant frequency of the battery to be charged without the use of a PLL. To simplify conventional modulated battery chargers, the PLL or other methods of phase correction are removed, reducing most of the calculation requirements for adjusting the phase angle, thereby reducing the piece count and ultimately cost and complexity. The result is a solution wherein charging occurs at or near the resonant frequency of the battery, and although suboptimal, the results are superior to traditional charging methods.

Abstract: A battery charger with a fixed frequency charging signal at or near the resonant frequency of the battery to be charged is presented. The present invention utilizes a microprocessor to modulate a current source at or near the resonant frequency of the battery to be charged without the use of a PLL. To simplify conventional modulated battery chargers, the PLL or other methods of phase correction are removed, reducing most of the calculation requirements for adjusting the phase angle, thereby reducing the piece count and ultimately cost and complexity. The result is a solution wherein charging occurs at or near the resonant frequency of the battery, and although suboptimal, the results are superior to traditional charging methods.

Abstract: A system and method to determine a resonant frequency of a battery is presented. One embodiment of the invention utilizes a PLL, digital or analog, to adjust the phase angle of a modulated current charging signal to that of the resonant frequency of the battery. A second embodiment of the invention utilizes an energy managed delta function to determine the resonant frequency of the battery. A third embodiment utilizes a small signal frequency sweep in order to determine the resonant frequency of the battery.