IT Governance, Risk, and Compliance:

Information Communication Technology


October 27, 2012  2:18 AM

Essential Operating System Protection Mechanisms – Part VI



Posted by: Robert Davis
Central Processing Unit, Configuration Management, Control Techniques, IAP, ICT, Information Communication Technology, Information Security, Information Security Infrastructure Management, Infrastructure Management, IT Configuration, IT Controls, IT Infrastructure, IT Security Infrastructure, Logical Security, Operational Level Agreement, OS, Risk Management, Risk Mitigation

Sustaining information integrity requires operating system protection Usually, IT network environments orchestrate direction and control through an operating system installed to coordinate processes; including application software. In other words, an operating system performs...

October 25, 2012  3:31 AM

Essential Operating System Protection Mechanisms – Part V



Posted by: Robert Davis
Central Processing Unit, Configuration Management, Control Techniques, IAP, ICT, Information Communication Technology, Information Security, Information Security Infrastructure Management, Infrastructure Management, IT Configuration, IT Controls, IT Infrastructure, IT Security Infrastructure, Logical Security, Operational Level Agreement, OS, Risk Management, Risk Mitigation

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October 20, 2012  12:44 AM

Essential Operating System Protection Mechanisms – Part IV



Posted by: Robert Davis
Central Processing Unit, Configuration Management, Control Techniques, IAP, ICT, Information Communication Technology, Information Security, Information Security Infrastructure Management, Infrastructure Management, IT Configuration, IT Controls, IT Infrastructure, IT Security Infrastructure, Logical Security, Operational Level Agreement, OS, Risk Management, Risk Mitigation

Preventing infinite program loops Processor protection deters infinite program loops that could affect availability. Inserting a timer prevents programs from being stuck in infinite loops, and never returning control to the operating system. The operating system timer...


October 18, 2012  1:18 AM

Essential Operating System Protection Mechanisms – Part III



Posted by: Robert Davis
Central Processing Unit, Configuration Management, Control Techniques, IAP, ICT, Information Communication Technology, Information Security, Information Security Infrastructure Management, IT Configuration, IT Controls, IT Infrastructure, IT Security, IT Security Infrastructure, Logical Security, Operational Level Agreement, OS, Risk Management, Risk Mitigation

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October 13, 2012  12:40 AM

Essential Operating System Protection Mechanisms – Part II



Posted by: Robert Davis
Central Processing Unit, Configuration Management, Control Techniques, IAP, ICT, Information Communication Technology, Information Security, Information Security Infrastructure Management, Infrastructure Management, IT Configuration, IT Controls, IT Infrastructure, IT Security, IT Security Infrastructure, Logical Security, Operational Level Agreement, OS, Risk Management, Risk Mitigation

Deployable operating system protection mechanisms In most instances, the purpose of operating system protection mechanisms are to prevent programs from interfering with each other during processing and to ensure there are no errors in referencing of subroutines in the program...


October 11, 2012  12:39 PM

Essential Operating System Protection Mechanisms – Part I



Posted by: Robert Davis
BYOD, Central Processing Unit, Configuration Management, Control Techniques, IAP, Information Communication Technology, Information Security, Information Security Infrastructure Management, Infrastructure Management, IT Configuration, IT Controls, IT Infrastructure, IT Security, IT Security Infrastructure, Logical Security, Operational Level Agreement, OS, Risk Management, Risk Mitigation

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September 22, 2012  12:07 AM

A Few Fundamentals of Networking Electronically Encoded Data – Part IV



Posted by: Robert Davis
Central Processing Unit, Configuration Management, CPU, ICT, Information Communication Technology, IT Architecture, IT Configuration, Multiplexor, Risk Management, Service Delivery, Token, Transport Mode, Tunnel Mode, Virtual Private Network

In TDM (typically utilized for digital signals) a device is given a specific time slot during which it can utilize a particular channel. In contrast, with FDM (typically utilized for analog signals) the channel is subdivided into sub-channels, each with a different frequency width that is assigned...


September 20, 2012  1:09 AM

A Few Fundamentals of Networking Electronically Encoded Data – Part III



Posted by: Robert Davis
Central Processing Unit, Configuration Management, CPU, ICT, Information Communication Technology, IT Architecture, IT Configuration, Multiplexor, Risk Management, Service Delivery, Token, Transport Mode, Tunnel Mode, Virtual Private Network

Packet assembly and disassembly between telecommunication links Input or output (I/O) channels are paths along which datum are transmitted to and from primary storage. These communication channels also handle the transfer of datum to and from I/O devices. As a result, this...


September 15, 2012  12:24 AM

A Few Fundamentals of Networking Electronically Encoded Data – Part II



Posted by: Robert Davis
Configuration Management, ICT, Information Communication Technology, IT Architecture, IT Configuration, IT Infrastructure, IT Service Delivery, Multiplexor, Risk Management, Service Delivery, Token, Transport Mode, Tunnel Mode, Virtual Private Network

All of the computers and other hardware connected to a particular network must follow the same rules or operations commonly called protocols. Operational rules are typically divided up into layers so a programmer or network administrator need only be concerned with the layer with which the...


September 13, 2012  12:42 AM

A Few Fundamentals of Networking Electronically Encoded Data – Part I



Posted by: Robert Davis
ICT, Information Communication Technology, IT Architecture, IT Configuration, IT Infrastructure, IT Service Delivery, Multiplexor, Risk Management, Service Delivery, Token, Tunnel Mode, Virtual Private Network

Any distributed IT infrastructure requires a complex set of communication functions for proper operation. Many of these functions, such as reliability mechanisms, are common across IT architectures. Thus, the communication task is generally viewed as consisting of a modular architecture, in which...


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