A bidirectional feedback loop links computer modelling with: artificial science

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cognitive science

1. Programming a robot by physically moving it through the trajectory you want it to follow is called:
Options
A. contact sensing control
B. continuous-path control
C. robot vision control
D. pick-and-place control
E. None of the above

3. Computer accounts and user accounts in your domain have been seperated into OUs for administrative purpose. You want to require strong passwords for the local user accounts only. What should you do?
Options
A. Set a Group Policy on each local computer to enable the passwords must meet complexity requirements policy
B. Set a Group Policy on the domain to enable the passwords must meet complexity requirements policy
C. Set a Group Policy on all OUs containing computer accounts to enable the passwords must meet complexity requirements policy
D. Set a Group Policy on all OUs containing user accounts to enable the passwords must meet complexity requirements policy
E. None of above

4. Your network is configured as shown in the exhibit. "Engineering! and Salesl have DHCP installed up them." All the servers are Windows 2000 Server computers that use TCP/IP as the only network protocol. The sales department uses one subnet and has servers named Salesl and Sales2. The engineering department uses another subnet and has servers named Engineeringl and Engineering2. Salesl and Engineeringl are configured to act as DHCP servers. The router that joins the two subnets is not RFC 1542 compliant and does not support DHCP/BOOTP relay. You want to allow Salesl and Engineeringl to support client computers on each other's subnets. What should you do?
Options
A. Set the router option in the DHCP Scopes to 192.168.2.1 for Engineeringl and 192.168.1.1 for Salesl
B. On Engineering2 and Sales2, install Routing and Remote Access, and configure RIP as a routing protocol
C. On Engineering2 and Sales2, install and configure the DHCP Relay Agent service
D. Configure Engineering2 and Sales2 as DHCP servers without any scopes
E. None of above

5. Some applications on your company network use defined domain user accounts as their service accounts. Each computer that runs one of these applications should have the respective service account in the Local Administrators Group. Currently, you individually place these service accounts in the Local Administrators Group on the appropriate Windows 2000 Professional computers. You need to centralize this process. What should you do?
Options
A. Add the applications service accounts to the Domain Administrator Group
B. Add the applications service accounts to the Local Administrator Group. Use the Restricted Groups option in each computer's local group policy
C. Add the applications service accounts to the Local Administrator Group. Use the Restricted Groups option in an OU Group Policy
D. Add the applications service accounts to the Local Administrator Group. Use the Restricted Groups option in a Domain Group Policy
E. None of above

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