'Low interaction' diaporamas de présentation

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The interaction plateau

The interaction plateau . CPI 494, April 9, 2009 Kurt VanLehn. Schematic of a natural language tutoring systems, AutoTutor. Step end. T: Tell. Step start. Only if out of hints. T: Elicit. S: Correct. Remediation:. T: Hint or prompt. S: Incorrect.

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An introduction to honeyclient technologies

An introduction to honeyclient technologies. Christian Seifert Angelo Dell'Aera. Speakers. Christian Seifert Full Member of the Honeynet Project since 2007 PhD from Victoria University of Wellington, NZ Research Software Engineer @ Microsoft Bing Angelo Dell'Aera

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Membership session outline

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A Multifaceted Approach to Understanding the Botnet Phenomenon

Internet Measurement Conference 2006. A Multifaceted Approach to Understanding the Botnet Phenomenon. Moheeb Abu Rajab, Jay Zarfoss , Fabian Monrose , Andreas Terzis Computer Science Department Johns Hopkins University. Outline. Introduction Working of Botnet Measuring of Botnet

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HONEYPOT

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Competitive Priorities

Competitive Priorities. Cost 1. Low-cost operations Quality 2. Top quality 3. Consistent quality Time 4. Delivery speed 5. On-time delivery 6. Development speed Flexibility 7. Customization 8. Variety 9. Volume flexibility . Strategic Gaps. PRIORITIES GAPS

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Honeypots

Honeypots. Presented by Javier Garcia April 21, 2010. Outline. Introduction Characteristics Approaches Types Word of Caution Examples. Introduction. A honeypot is a trap set to detect, deflect, or in some manner counteract attempts at unauthorized use of information systems.

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Pressure sensor using foil strain gauge

Pressure sensor using foil strain gauge. ANU Sensor Lab. Advantage of metal foil strain gauge. Universal and simple to use Small/ low mass Wide frequency range (>50kHz) Low interaction with measurement object Excellent linearity over a large strain range

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Flow Distribution, Pressure Drop and Liquid Holdup in a High-Pressure Trickle Bed Reactor

(2) (3) (4) (4) updated (5) Low interaction (5) High interaction (6) (6) updated. + 30 %. - 30 %. (9). + 20%. (7). (8). (2). (4). - 20%. (6). CHEMICAL REACTION ENGINEERING LABORATORY. Flow Distribution, Pressure Drop and Liquid Holdup in a High-Pressure Trickle Bed Reactor

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