. "Soft-protections" are programmed (they can be also programmed as "compati- bility formulas"-e.g., stimuli products or ratios that have to be within certain limits-or "exclusion lists"-e.g., to avoid remote configuring that can damage UUT by unwanted short-circuits, etc.) to limit the AO (e.g., preventing dangerous FET grid potentials). The Web pages were developed also to provide remote user's assistance by AO recommended values, by devices' data sheets and SPICE models, by sample test-reports, Adobe-Macromedia "Flash" animated "Visual-Help," and authors' published references. As soon as acquisitions from the (AI) analog inputs (for base and collector potentials, in the case of BJT) are accomplished, they are either directly incorpo- rated in output files which are assembled progressively with the measurement (by writing in APPEND mode): the .HTML file (for intuitive publication of stimuli and results that are graphically published just on the schematic), and also the .TXT file (including both experimental results and SPICE-emulated results) and the .XLS file (useful for different post-calculations and plots) that can be, both, downloaded by the user. At the end (as already justified), the AO of the card are automatically reset to zero. The way these files are assembled is the "Columbus egg" for most of these solu- tions: instead of using expensive "Internet Toolkit" add-ons for NI LabVIEW, Tele-Measurement Services for m-Learning direct and "intimate" (nonprotocolled) publication is done by workbench-server directly on Web server (see, e.g., for FET T&M, in Figure 12.13), as simple string that concatenates any preformatted (e.g., by Front-Page) "results" page (that can encapsulate workbench and UUT images-e.g., GIF in the example of Figure 12.13-with input and consistent output data-to avoid confusing it with the results requested by other user) with stimuli (inputs sent explicitly or computed by the workbench-server) and measured values; the assembled string becomes a file (e.g., results.htm) that is saved d