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Since the earliest days, when an intrepid caveman rubbed some sticks together and discovered he could warm himself, and finally cook that hot meal he had been dying for, we have been burning biofuels. Wood has been a staple fuel for heating and cooking. With the advent of the steam age (the invention of the external combustion engine ), it became possible to turn heat into kinetic energy motion. This paved the way for the industrial revolution, and brought us mechanized transport in the form of early steam vehicles. Much of the industrial revolution was powered by coal, as it was easy to extract and had a high energy density. However, there are also numerous examples of steam engines being powered by wood fuel. This is all very nice . . . but things really start to get interesting with the invention of the internal combustion engine. This invention can be attributed to one Nikolaus August Otto (June 14, 1832 January 28, 1891) whose picture you can see in Figure 18-5. His idea was pretty revolutionary, and really threw the cat amongst the pigeons. Rather than burning the fuel outside of the cylinder, the new idea was to burn the fuel inside the cylinder. In May 1867, there was a new revolution, the internal combustion engine was born. You might think that this is bad news for biofuels, as it could be tricky squeezing large logs inside a small cylinder. Quite the contrary in fact, Otto s original plan was to use ethanol, which we have read about in this chapter. Ethanol is a biofuel.

Part IV:

FIGURE 17-4

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of choices for clients, who can seamlessly manage their own backups across multiple hosts and devices. NetBackup also includes support for many server-side database systems, such as Oracle, dispensing with the need to perform separate warm dumps to backed-up files. NetBackup uses a set of storage rules on the server side to determine how files and data sources of various types are managed. These can be configured remotely by network administrators from any client that has access to the backup servers. VERITAS, like Legato, supplies several clients that make it easier for PC clients to operate within a larger storage management framework. Backup Exec is the VERITAS Windows NT client that can be used to back up local files to a remote server running NetBackup. Figure 17-5 shows the easy-to-use interface for the Backup Exec client. Similar to RAID, backup devices can be used concurrently to store data from different clients transparently through multiplexing; there is a logical separation between the client and what storage may be optimal with respect to the particular strengths and weaknesses of any one server. In addition, load can be balanced much more evenly across backup devices without concern for the capacity of any one particular drive. Thus, unlike AMANDA, it is easy to back up a single large partition using NetBackup. Further information about NetBackup can be found at http://www.veritas.com/.

17:

Processes lie at the heart of all modern multiuser operating systems. By dividing system tasks into small, discrete elements that are each uniquely identified by a PID, Solaris is able to manage all the applications that may be concurrently executed by many different users. In addition, individual users may execute more than one application at any time. Each Solaris process is associated with a user ID (UID) and a group ID (GID), just like a standard file. This means that only users may send signals to their own processes (except for the superuser, who may send signals to any process on the system). Signals are typically used to restart or terminate processes. The multiuser, multitasking process model in Solaris ensures that system resources can be shared equally among all competing processes or allocated preferentially to the most important applications. For example,

Part I:

This is because we are putting carbon into the atmosphere which was safely tucked away millions of years ago. If you look at Figure 18-4, you can see that the plant is taking in water and carbon dioxide and producing oxygen. However, those with some knowledge of chemistry must realize that any equation must be balanced. Take a peek at Equation 1.

a firewall application would probably take precedence over all other system processes. Individual users and the superuser may allocate a priority level to active processes in real time. Solaris provides a number of command-line tools that can be used to manage processes. In addition, APIs are provided for C programmers to allow them to operate directly on processes spawning, managing, and killing as necessary. Solaris also provides lightweight processes (LWPs) that don t require as much overhead to operate as normal processes.

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