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Favorite free course at Edinburgh University Agent Based Systems Automated Reasoning Bioinformatics Cognitive Modelling Computational Cognitive Neuroscience Computational ComplexityComputational Neuroscience of Vision Computational Systems Biology Data Mining and Exploration Fundamentals of Artificial Intelligence Genetic Algorithms and Genetic Programming Informatics 2D: Reasoning & Agents Informatics Research Methodologies Intelligent Autonomous Robotics Introduction to Cognitive Science Knowledge Modelling and Management Knowledge Representation and Engineering Learning from Data Modelling and Simulation Multi-agent Semantic Web Systems Neural Computation Neural Information Processing Operating Systems

[From] ftp://metalab.unc.edu:/pub/Linux/utils/scripts/survey-0.95.tar.gz ==============BEGIN================= echo echo ++++ LIST SYSTEM/VENDOR VERSION INFO: ++++ uname -a if [ -f /etc/redhat-release ] then echo RedHat Linux system release file - /etc/redhat-release cat /etc/redhat-release echo RedHat Linux release - rpm -q -a \ grep redhat rpm -q -a grep redhat fi if [ -d /var/lib/LST ] then echo Caldera OpenLinux release - rpm -q -a \ grep Open\COL rpm -q -a egrep Open\COL echo Caldera Base Version - /var/lib/LST/BASEVERSION: cat /var/lib/LST/BASEVERSION echo Caldera Main Version - /etc/.issue: cat /etc/.issue fi if [ -f /sbin/SuSEconfig ] then echo This is a SuSE Linux system - /sbin/SuSEconfig exists echo SuSE Release Version: /var/adm/inst-log/info cat /var/adm/inst-log/info fi if [ -d /usr/lib/setup ] then echo This is a Slackware Linux system - /usr/lib/setup exists echo The Slackware Version - /usr/lib/setup\grep version ls /usr/lib/setup grep version fi if [ -d /var/lib/corel_

Intelligent agent project - A proposal The aim is to build a software robot which can mimic most of human's intelligical activities, such as free will, memory, deductive thinking etc. The agent must also implement three laws for robots, can be able to evolution by itself. The agent must also communicate with each other, and learn from the environment. With this in mind, I can imagine several steps: 1. Create a road map 2. Research the technologies 3. Devlope a prototype 4. Review and redesign 5. Repeat 3 and 4 until a mature agent is created 6. Release on Internet to see how well it (they) can glow There's no weak points (such as time bomb) at design stage for them, as they are supposed to be intelligent enough to break the code by themselves. To maintain the security level it's necessary to review the prototypes carefully enough to make sure that they will not make real impact on human beings. Although the current technologies used in virus production will be reviewed and