A Micro-Kernel Test Engine for Automatic Test System

A Micro-Kernel Test Engine for Automatic Test System

In traditional automatic test solutions, a test engine usually encompasses all functions in its kernel, including compiling test program, generating test event chain, scheduling test process and executing test events. This makes the engine tightly coupled with test language and the system under test, so that it is difficult to maintain, optimize and extend the test engine. In order to solve the...

Engine Testing Engine Test System

Engine testing involves measurement of rotating speed and torque of the engine by applying load controlled by a dynamometer connected to its output shaft. HORIBA has developed various types of dynamometer for the purpose of engine testing. They are mainly classifi ed into two types; one is absorbing only dynamometer such as hydraulic dynamometers and eddy-current dynamometers, the other is abso...

Using Tcl/Tk for an Automatic Test Engine

Test Automation Programming Interface with Object Controlled Authentication, TAPIoca, is a Tcl/Tk based automatic test environment. It grew out of the need to construct automatic tests at the system level that could send commands to a System Under Test (SUT), get responses from the SUT, and control signal generation equipment connected to the same SUT. Tcl/Tk was chosen as the basis for this au...

Comparison of Micro Neutralization Test with Hemadsorption-Inhibition Test, and Immunoflrorescence Technique for Detecting Mumps Antibodies

A Kernel Independence Test for Random Processes

A non-parametric approach to the problem of testing the independence of two random processes is developed. The test statistic is the Hilbert-Schmidt Independence Criterion (HSIC), which was used previously in testing independence for i.i.d. pairs of variables. The asymptotic behaviour of HSIC is established when computed from samples drawn from random processes. It is shown that earlier bootstr...