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The total is perhaps modest in a global diaspora recently estimated at 33 million, but significant as part of the seven million listed outside Asia (Ma 2003) The varied national backgrounds of ethnic Chinese in Toronto in 2001, over 80 percent of them foreign-born, include 43 percent born in Hong Kong, 34 percent in China, 75 percent in Vietnam and 4 percent in Taiwan, with the remainder coming from all corners of the world (Lo 2006) Hong Kongers and Taiwanese are more suburbanized, with modest spatial overlap, while Vietnamese- and Mainland-born (some of the latter former residents of Hong Kong) are more heavily located in Toronto s central city Among the immigrants who claim Chinese ethnicity and moved to Canada between 1980 and 2001, the distribution of schooling is bi-modal; 39 percent had nine years of education or less, while 43 percent had post-secondary education Their citizenship was diverse.

which, applying the Chernoff bound to the Gaussian Q-function, results in the union Chernoff bound Ps (E) exp Es sin2 N0 M (8.27)

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The equivalence between (11.28) and (11.26) can be established mathematically (after much tedious manipulation). Furthermore, (11.28) is valid for L = 1 and is thus the more general result. Figures 11.1 11.3 illustrate the evaluation of Pb (E) from (11.20) (the exact result) and from (11.28) (the approximate result) as a function of average total SNR L d for two- and four-element arrays and for the special case of equal average desired signal and interference powers (or equivalently d = I .) We observe that the difference between the curves using (11.20) and (11.28) is small. There is a simple, intuitive explanation for why the average BEPs are as close as they appear. For either L = 2 or L = 4, the array has a suf cient number of degrees of freedom to suppress the single interferer regardless of whether or not it is degraded by fading. Thus, the performance is affected predominantly by the interferer s average power (which is all that is needed in the approximate evaluation case) rather than its complete statistical description (which is what is needed in the exact evaluation case). As we shall soon see, obtaining exact results in useful form for more complex fading channels is dif cult. Thus, in view of the observation above, we shall resort to using the approximate approach for evaluating average BEP in these cases

1. What are possible reporting locations for the ISD 2. Why has the ISD historically reported to nance or accounting departments 3. List the mechanisms for ISD end users cooperation. 4. Summarize the new role of the CIO. 5. List Rockart s eight imperatives. 6. What is a steering committee 7. De ne SLAs and discuss the roles they play. 8. What are the services to end users that are usually provided by an information (help) center 9. De ne controls, threats, vulnerability, and backup. 10. What is a computer crime 11. List the four major categories of computer crimes. 12. What is a cybercrime 13. What is the difference between hackers and crackers 14. Explain a virus and a Trojan horse. 15. Explain a corporatewide security system. 16. De ne controls. 17. Describe prevention, deterrence, detection, recovery, and correction. 18. De ne biometrics; list ve of them. 19. Distinguish between general controls and application controls. 20. What is the difference between authorized and authenticated users 21. Explain DOS and how to defend against it. 22. How you protect against viruses 23. De ne rewall. What is it used for 24. Explain encryption. 25. De ne a business continuity plan. 26. De ne and describe a disaster recovery plan. 27. What are hot and cold recover sites 28. Describe auditing of information systems. 29. List and brie y describe the steps involved in risk analysis of controls.

: 40 : {CIM_NetworkAdapter, CIM_LogicalDevice, CIM_LogicalElement, CIM_ManagedSystemElement} __SERVER : JAMES-2008 __NAMESPACE : Root\cimv2 __PATH : \\JAMES-2008\Root\cimv2:Win32_NetworkAdapter .DeviceID= 9 AdapterType : Ethernet 802.3 AdapterTypeId : 0 AutoSense : Availability : 3 Caption : [00000009] Intel(R) Wireless WiFi Link 4965AGN ConfigManagerErrorCode : 0 ConfigManagerUserConfig : False CreationClassName : Win32_NetworkAdapter Description : Intel(R) Wireless WiFi Link 4965AGN DeviceID : 9 ErrorCleared : ErrorDescription : GUID : {B5186613-6363-4AC7-BE32-6B0F04C6D28E} Index : 9 InstallDate : Installed : True InterfaceIndex : 11 LastErrorCode : MACAddress : 00:21:5C:03:1B:BD Manufacturer : Intel Corporation MaxNumberControlled : 0 MaxSpeed : Name : Intel(R) Wireless WiFi Link 4965AGN NetConnectionID : Wireless Network NetConnectionStatus : 2 NetEnabled : True NetworkAddresses : PermanentAddress : PhysicalAdapter : True PNPDeviceID : PCI\VEN_8086&DEV_4230&SUBSYS_11118086&REV_61\ FF031BBD00 PowerManagementCapabilities : PowerManagementSupported : False ProductName : Intel(R) Wireless WiFi Link 4965AGN ServiceName : NETw4v64 Speed : 54000000 Status : StatusInfo : SystemCreationClassName : Win32_ComputerSystem SystemName : JAMES-2008 TimeOfLastReset : 20080921111111.375199+060

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