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This paper designed a kind of active measurement model named mixed-chain & character pre-setting active-measurement model(MC-CPSAM). By making improvement of the traditional chain structure of trust, MC-CPSAM made the metric agents more trusted. It made an achievement for a kind of active measurement by protecting metric agents and upgrading rights of metric agents. At last, it designed a hardware structure based on MC-CPSAM and made an attestation for the security of this model. [ABSTRACT FROM AUTHOR]

Computer Application course is a basic course in officer schools, and computer skills are one of the most basic skills for students. We propose some methods to improve the students' interest in learning Computer Application course, which include an elaborate design of the lead-in step, enrichment of classroom teaching methods, improvement in teaching language skills, and hierarchical design methods such as teaching target, elaborate organization skills and competition. [ABSTRACT FROM AUTHOR]

Aiming at the safety problems of trusted computing platform due to the Apps lack of trust, this paper presented a software identification distributing system, and introduced its function modules and workflow. Software identification acted as its safety carriers and authentication means, software behavior statement solved the problem of legitimacy and trust before distribution. It designed an authentication protocol to ensure the integrity of software during distribution, and provided a recommended strategies for choosing suitable software based on trustworthy behavior. Application examples demonstrate that the system has a higher research and practical value of enhancing the trustworthiness of the platform. [ABSTRACT FROM AUTHOR]

A novel sense amplifier is proposed to be suitable for the Multiple Time Programmable Nonvolatile Memory (MTP-NVM) of passive Radio-Frequency Identification (RFID). The circuit has superior performance such as low-power, high speed, reliability and highly sensitive without extra area overhead. The simulation based on GSMC 0.13μm-CMOS process shows that the new sense amplifier has high read speed and can work at low voltages (0.8V). When the voltage is 1.2V and the temperature is 27℃, the read delay is 10.5ns, the power consumption is 6.1μW@25MHz and the current difference it can identify accurately is about 33 nA. [ABSTRACT FROM AUTHOR]