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Step 5 Locate the local PC user groups in your town almost every town has at least one Explain your situation to them; you ll usually nd someone who s willing to give you a part or two, and you may also nd others who are studying for the CompTIA A+ exams You may even be able to start or join a study group! Step 6 Check out the Craigslist page for your area (wwwcraigslistcom) and look in the For Sale/ Computer category Craigslist is like a big online garage sale, and you can almost always nd someone trying to get rid of old PC equipment for next to nothing Failing that, you can check out their forums, or even place an ad yourself saying that you re looking for old PC parts Step 7 Speaking of study groups, try teaming up with as many fellow students as you can to pool cash for parts and to work as a study group If you re in a course, this is easy your fellow students are your study group! Have everyone go equipment hunting, using the different methods described to get equipment, and pool the items you nd for everyone to use You might even hold a drawing after you all get certi ed, to choose who gets to keep the equipment

Now that you ve installed the tools, let s explore. The first thing to note is the new Developer folder at the top level of your hard drive. Go ahead and take a look. It is at the same level as your Applications folder. As you make your way down your programming path, you will spend a lot of time in the Developer folder.

Unix folks have created a very efficient system for describing where files live. Files and folders at the top level of your hard drive start with a slash character / , which is followed by the file or folder name. Thus, we might refer to /Applications or /Developer. To dive deeper, add another slash and another file or folder name. For example, inside the Applications folder is a Utilities subfolder, and inside that is an application named Terminal. Unix folks would refer to the Terminal application using this path: /Applications/Utilities/ Terminal. Get the idea

Pipelining is a microarchitecture technique that can be applied to any ISA It is true that the features of RISC architectures make pipelining easier and produce more efficient pipeline designs However, pipelining is equally effective on CISC architectures Pipelining has proved to be a very powerful technique in increasing processor performance, and in terms of pipeline depth there is still plenty of headroom We can expect much deeper pipelines The key impediment to pipelined processor performance is the stalling of the pipeline due to inter-instruction dependences A branch penalty due to control dependences is the biggest culprit Dynamic branch prediction can alleviate this problem so as to incur the branch penalty only when a branch misprediction occurs When a branch is correctly predicted, there is no stalling of the pipeline; however, when a branch misprediction is detected, the pipeline must be flushed As pipelines get deeper, the branch penalty increases and becomes the key challenge One strategy is to reduce the branch penalty by reducing the depth of the front end of the pipeline, that is, the distance between the instruction fetch stage and the stage in which branch instructions are resolved An alternative is to increase the accuracy of the dynamic branch prediction algorithm so that the frequency of branch misprediction is reduced; hence, the frequency of incurring the branch penalty is also reduced We did not cover dynamic branch prediction in this chapter This is a very important topic, and we have chosen to present branch prediction in the context of superscalar processors We will get to it in 5 Pipelined processor design alters the relevance of the classic view of CPU design The classic view partitions the design of a processor into data path design and control path design Data path design focuses on the design of the ALU and other functional units as well as the accessing of registers Control path design focuses on the design of the state machines to decode instructions and generate the sequence of control signals necessary to appropriately manipulate the data path This view is no longer relevant In a pipelined processor this partition is no longer obvious Instructions are decoded in the decode stage, and the decoded instructions, including the associated control signals, are propagated down the pipeline and used by various subsequent pipeline stages Each pipeline stage simply uses the appropriate fields of the decoded instruction and associated control signals Essentially there is no longer the centralized control performed by the control path Instead, a form of distributed control via the propagation of the control signals through the pipeline stages is used The traditional sequencing through multiple control path states to process an instruction is now replaced by the traversal through the various pipeline stages Essentially, not only is the data path pipelined, but also the control path Furthermore, the traditional data path and the control path are now integrated into the same pipeline.