irectly in the inetpub/wwwroot directory of the Web server. 12.2.1.2 Emulation Synchronized with Real Remote Experiments It was implemented, the backup and validation of real remote measurement with emulation/simulation of systems behavior, based on advanced mathematical models (e.g., PSpice computer-aided solving of electron-devices equations with complex stimuli vectors [37,38]). The user can access on the experiments' server the hyper- schematic of the UUT, for example, developed with Adobe-Macromedia "Flash" and incorporated in courseware book-pages (it was used Click-to-Learn/SumTotal "Tool-Book Editor") where the reader can modify the parameters of these "living figures," working directly on the e-Book pages where he/she can post data (stimuli and different parameters-usually more than what can be adjusted in the real remote experiments) for preliminary or postmeasurement computation, in order to com- pare the measured results with the theoretical ones. An important step forward is parsing into simulation data (stimuli and/or con- figuration) of the same values/parameters that were sent to the real experiment (see Figure 12.14 for NI LabVIEW implementation in the particular case of BJT)! A great educational impact was foreseen (besides the above-mentioned validation, virtual reality completes the perception and trustful computation and comprehen- sion of theoretical models is encouraged [11]). 12.2.2 Wireless and Mobile Access to Remote Experiments 12.2.2.1 Content to Mobile Terminal Adaptation The principle of this implementation is the optimization of the processing load- share: central-on the server-and local-on (mobile) terminals-featuring embedded intelligence. Adaptation of normal Web content for mobile terminals should not need rewriting (of initial Web) pages into WAP-pages anymore. It should then be based on the innovative principle of (pseudo-)mini-browsers (actu- ally simple J2ME applications, very compact) that cooperate with middleware (intermediate servers that perform "small-screen rendering"